Ingersoll Rand Impact2 Compressors

Transcription

Ingersoll Rand Impact2 Compressors
INGERSOLL RAND Impact™
SEMI HERMETIC RECIPROCATING COMPRESSOR CATALOG
HSM 52975-17-BD March 2007
INGERSOLL RAND Impact¥
SEMI HERMETIC RECIPROCATING COMPRESSOR
CATALOG
INTRODUCTION
This catalog is published by Hussmann Corporation to provide information required to
select and service Ingersoll Rand Impact¥ semi hermetic compressors. There are several
major category tabs to enable quick access to required information.
TABLE OF CONTENTS
1. Features and Benefits
a. Model Number Description
b. Nominal Horsepower Rating
2. Performance Data
a. R-404A/507
b. R-22
3. Application Guidelines
a. I-Cool
b. Liquid Injection
c. Head Cooling Fans
d. Unloaders
e. Application Envelopes
4. Physical Dimensions
a. Dimensional Drawings
b. Table
i. Suction and Discharge Valve Sizes & Locations
ii. Displacement
iii. Oil Charge
iv. Bolt Torque Specifications
IR Impact¥ Compressor
1
5. Electrical Data
a. Electrical Description
i. Rated Load Current
ii. Component Sizing
iii. Marking on Compressor Nameplate
b. Tables – By Voltage, Application Range, and Refrigerant
i. LRA
ii. MCC
iii. RLA
iv. Circuit Breaker Size
v. Contactor Size
vi. Wire Size
c. Motor Protection Devices
d. Wiring Schematics
6. Mechanical Design
a. Lubrication System and Control
i. Oil Pump Compressors
ii. Enhanced Centrifugal Lubrication
b. Oil Monitoring
c. I-Cool - Supplemental Cooling
d. Inject Cool – Supplemental Cooling
e. Discharge Mufflers
f. Capacity Control
g. Crankcase Heaters
h. Head Cooling Fans
i. Cylinder Heads
j. Minimum Space Requirements
7. Installation and Start-up Instructions
a. Safety
b. Design and Application
c. Handling and Receiving
d. Installation
i. Mechanical
ii. Electrical
iii. Refrigerant Piping
e. Leak Testing
f. Evacuation
g. Pre-check, Charging, and Start-up
h. Operation and Maintenance
i. Trouble Shooting
i. Procedures
ii. Chart
iii. Motor Burnout (Clean-up Procedure)
j. De-commissioning
IR Impact¥ Compressor
2
8. Lubrication
a. Polyolester Lubricants
i. IR POE32
b. Mineral Oils
i. IR MO32
9. Aftermarket
a. Model Number Nomenclature
b. Compressor Part Numbers
c. Distribution Network Map
d. Contact Information List
e. Cross Reference for Replacement Compressors
i. Copeland
ii. Carlyle
f. Compressor Spare Parts Lists
g. Compressor Exploded Parts Views
h. Retrofit Check Sheets
i. IR Impact Retrofit Survey Check List
ii. IR Impact Replacement Compressor Check List
i. Return Tag
j. Compressor Retrofit Core Coupon
k. Retrofit Brochure
l. Copeland 3D to IR Retrofit Adaptor Kits Table
m. Compressor Retrofit Guidelines
i. Copeland 3D
ii. Copeland 4D
iii. Copeland 6D
iv. Copeland 2D
v. Carlyle
IR Impact¥ Compressor
3
Ingersoll Rand Impact¥ Semi-hermetic Reciprocating
Compressors
Leading the way in Technology and Performance
Unloaders
Low Pressure Drop
Service Valves
Large Electrical
Terminal Box
Cast in Muffler Heads
Electronic Motor
Protection
Chrome Plated
Rings
Dual Voltage,
High Efficiency
Motors
Teflon
Impregnated
Bearings
Single Piece Casting
Enhanced Centrifugal
Oil System Reduces Oil
Carry Over
Eccentric Piston Rods
with Short Stroke
Features and Benefits
High Efficiency Valve
Plate Design
1
Ingersoll Rand Impact¥ Semi-hermetic Reciprocating Compressors
Features and Benefits
x Small physical size and weight for comparable displacement and capacity
x Universal
o One compressor version for all temperature ranges using R404A, R507,
and R22
x Smooth and Quiet Operation can be Attributed to:
o Short stroke operation
o Multiple cylinders positioned to avoid harmonic frequencies
o Balanced drive systems
o Cylinder heads with cast in muffler
o Precision machining
x Unloaders
o 1 step (50%) capacity control on 4-cylinder models
o 2 steps (33%, 66%) capacity control on 6-cylinder models
x Motors
o Dual voltage on models above 1480 CFH
o Motor efficiency 90% or greater
o Electronic motor protection with embedded thermisters to sense motor
winding temperatures
x Oil System – IR4C models, smaller 4 cylinder compressors
o Enhanced centrifugal lubrication system
o Front main bearing is located in cavity on front bearing plate and is
submersed in oil
o Fills front bearing cavity with oil in a fraction of a second
o When oil is diluted with refrigerant, separation of oil and refrigerant takes
place as the oil is “slung” against the front bearing cover
o Oil travels down internal passages in the crankshaft, driven by centrifugal
force. This lubricates the connecting rod bearings and motor bearings
o Hydrodynamic lubrication provides enough oil and pressure to lubricate
the bearings without floating the bearing in oil
o Piston pin bearings are splash lubricated by the connecting rod
o Oil carry over is minimized since high-pressure oil is not forced into the
motor cavity
o Efficiency is increased since no power is required to drive an oil pump
Features and Benefits
2
x Teflon Impregnated Bearings
o Bearing composition is metal and PTFE (Teflon)
o Allows for safe operation during marginal lubrication periods
x Eccentric Rods
o Aluminum alloy
o High quality and low tolerances can be maintained due to one-piece
construction
o Low bearing loading & high velocities, increase the running capability of
bearings under boundary lubrication conditions
x Crankshaft
o High quality cast iron
o A gas nitration process hardens all crankshafts
o Hardening provides a better bearing surface with excellent wear resistance
x Crankcase Design
o Allows for large oil volume in a compact housing
o Refrigerant flow paths and oil system reduce oil carry-over and reduce
liquid slugging potential during starting conditions
o Special gray cast iron provides durability and excellent heat transfer
characteristics
o Single casting requires only motor end bell cover and front bearing cover
x Oil Pump vs. Enhanced Centrifugal Lubrication
o Power consumption is approximately 0.5% less with the enhanced
centrifugal system
o Oil carry-over rate is lower with the enhanced centrifugal system
x Cast in Muffler
o Reduces discharge gas pulsations without external muffler or bulky
cylinder heads
o Pulsation reduction
ƒ62% at Low temperatures
ƒ70% at Medium temperatures
ƒ88% at A/C temperatures
x Piston Design
o Special aluminum alloy
o Similar to automotive designs
ƒAdaptability at varying temperature condition
ƒFull sealing capability at varying temperature conditions
Features and Benefits
3
x Piston Rings
o 4 & 6 cylinder models have two rings, a chrome plated compression ring
and an oil ring
o Chrome plated rings provide excellent running durability under boundary
lubrication conditions
o Piston rings are sealed by gas pressure balancing the ring tension to the
proper value
o Provides excellent sealing under various pressure and speed conditions
x Cylinder Design
o Crosshatch honing i.e. "Plateau honing"
o Cross-hatching allows for higher tolerance operation with marginal
lubrication
o Cross-hatching grooves help resist wear by retaining oil in the cylinder,
and therefore increases compressor life
x Valves Plates
o Spring steel reed valves
o Valve reeds are matched to compressor design to optimize performance
and efficiency
o Flow passages optimized for minimal pressure drop
o High volumetric efficiencies due to minimal re-expansion volume
Features and Benefits
4
INGERSOLL RAND Impact¥
SEMI HERMETIC RECIPROCATING COMPRESSOR
Model Number Nomenclature
IR 4 C 0000 S B
Voltage
B – 208-230/460/3/60
K – 208/230/3/60
M – 460/3/60
P – 575/3/60
R – 208/230/1/60
Oil System
S – Enhanced Centrifugal
P – Pump
T – Enhanced Centrifugal R22 LT(pre-existing model)
Q – Pump R22 LT(pre-existing model)
Displacement
Cubic Feet per Hour
Style
B – B Series
C – C Series
No. Of Cylinders
2 – Two Cylinders
4 – Four Cylinders
6 – Six Cylinders
8 – Eight Cylinders
Features and Benefits
5
INGERSOLL RAND Impact¥
SEMI HERMETIC RECIPROCATING COMPRESSOR
Nominal Horsepower Rating Table
Compressor
Model Number
IR2C0173
IR2C0222
IR2C0278
IR2C0323
IR2C0407
IR2C0484
IR2C0572
IR2C0692
IR4C0770
IR4C0969
IR4C1145
IR4C1385
IR4C1480
IR4C1761
IR4C2067
IR4C2397
IR4B2707
IR4B3139
IR4B3604
IR6B4060
IR6B4709
IR6B5406
IR6B6462
IR8C7863
IR8C9400
Nominal
Horsepower
0.5
0.75
1
1.25
1.5
2
2.2
3
4
5
6
6.5
7
9
10
12
14
16
19
22
25
30
35
60
70
Nominal horsepower ratings are based on power consumption conversion at standard
ARI rating conditions of –25 qF Saturated dew point suction temperature and 105qF
Saturated dew point condensing temperature and R-404A refrigerant.
Features and Benefits
6
Conditions
IR2C0173S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
2178
1798
1453
1137
989
850
719
600
-35
2705
2284
1898
1541
1373
1213
1062
922
798
-30
3285
2818
2387
1986
1796
1614
1440
1277
1126
-25
3924
3405
2925
2475
2261
2054
1856
1668
1492
-20
4649
4070
3532
3026
2784
2550
2324
2109
1904
Evaporating Temperature °F
-15
-10
-5
5458
6349
7331
4811
5627
6525
4208
4952
5772
3639
4315
5059
3367
4009
4715
3102
3711
4380
2846
3421
4054
2599
3141
3737
2364
2872
3432
-20
0.647
0.655
0.659
0.659
0.657
0.655
0.652
0.649
0.646
Evaporating Temperature °F
-15
-10
-5
0.674
0.697
0.717
0.690
0.722
0.750
0.702
0.742
0.779
0.710
0.758
0.803
0.713
0.765
0.814
0.715
0.772
0.825
0.717
0.777
0.835
0.718
0.783
0.844
0.718
0.788
0.853
-20
67
62
57
52
50
47
45
42
40
Evaporating Temperature °F
-15
-10
-5
79
92
107
74
87
101
68
81
94
63
75
88
60
72
85
58
69
82
55
67
79
53
64
76
50
61
73
-20
1.52
1.53
1.53
1.53
1.53
1.53
1.53
1.52
1.52
Evaporating Temperature °F
-15
-10
-5
1.54
1.56
1.57
1.55
1.58
1.60
1.56
1.59
1.62
1.57
1.60
1.64
1.57
1.61
1.65
1.57
1.61
1.66
1.57
1.62
1.66
1.57
1.62
1.67
1.57
1.63
1.68
0
8409
7511
6671
5874
5490
5115
4749
4392
4047
5
9591
8593
7656
6768
6339
5920
5510
5110
4721
10
10887
9776
8734
7746
7268
6801
6343
5895
5458
15
12303
11071
9913
8814
8283
7762
7252
6752
6263
20
13852
12484
11199
9979
9389
8811
8243
7686
7140
30
17386
15709
14131
12632
11907
11195
10496
9808
9131
0
0.734
0.775
0.812
0.845
0.860
0.875
0.889
0.903
0.916
5
0.748
0.798
0.843
0.884
0.903
0.922
0.940
0.958
0.975
10
0.759
0.817
0.871
0.920
0.944
0.967
0.989
1.011
1.032
15
0.768
0.834
0.896
0.954
0.982
1.009
1.035
1.061
1.086
20
0.775
0.849
0.919
0.985
1.017
1.048
1.079
1.109
1.138
30
0.783
0.874
0.960
1.042
1.082
1.122
1.161
1.199
1.237
0
123
116
110
103
100
97
93
90
87
5
141
134
126
119
116
112
109
105
102
10
161
153
145
137
133
130
126
122
118
15
183
174
165
157
153
149
145
141
137
20
207
197
188
179
174
170
166
161
157
30
263
251
240
230
225
219
214
210
205
0
1.59
1.62
1.65
1.67
1.69
1.70
1.71
1.72
1.73
5
1.60
1.63
1.67
1.70
1.72
1.74
1.75
1.77
1.78
10
1.60
1.65
1.69
1.73
1.75
1.77
1.79
1.81
1.83
15
1.61
1.66
1.71
1.76
1.79
1.81
1.83
1.86
1.88
20
1.62
1.68
1.73
1.79
1.82
1.84
1.87
1.90
1.93
30
1.62
1.70
1.77
1.84
1.88
1.91
1.95
1.98
2.02
40
19343
17432
15615
14735
13871
13021
12184
11358
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
0.505
0.482
0.453
0.419
0.401
0.381
0.361
0.340
-35
0.547
0.531
0.511
0.485
0.471
0.456
0.441
0.424
0.407
-30
0.584
0.576
0.564
0.547
0.537
0.527
0.515
0.503
0.491
-25
0.617
0.617
0.612
0.604
0.598
0.592
0.585
0.577
0.569
40
0.886
0.988
1.086
1.134
1.182
1.228
1.275
1.320
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
31
27
23
19
18
16
14
12
-35
39
35
31
26
24
22
20
18
17
-30
47
43
39
34
32
30
28
26
24
-25
57
52
47
43
40
38
36
34
31
40
314
301
289
283
277
271
266
260
Condensing Temperature
°F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
1.43
1.41
1.40
1.38
1.37
1.36
1.35
1.34
-35
1.45
1.44
1.43
1.42
1.41
1.40
1.39
1.38
1.37
-30
1.48
1.47
1.46
1.45
1.45
1.44
1.43
1.43
1.42
-25
1.50
1.50
1.50
1.49
1.49
1.48
1.48
1.47
1.47
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
40
1.71
1.79
1.88
1.92
1.97
2.01
2.05
2.10
IR2C0173S
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
20000
18000
16000
70 °F
BTU/HR
14000
80 °F
12000
90 °F
10000
100 °F
8000
105 °F
6000
110 °F
4000
120 °F
2000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
2.5
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
2.0
1.5
1.0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR2C0222S
R-404A & R-507A
65 °F Return Gas
Ingersoll-Rand "Impact" Compressor
No Liquid Sub Cooling
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
3235
2776
2340
1919
1713
1512
1317
1130
-35
3907
3400
2916
2448
2219
1994
1775
1564
1371
-30
4649
4086
3550
3031
2776
2525
2280
2042
1814
-25
5465
4842
4247
3671
3388
3109
2835
2567
2310
-20
6394
5699
5037
4395
4080
3768
3461
3161
2869
Evaporating Temperature °F
-15
-10
-5
0
7430
8574
9833
11216
6656
7711
8871
10146
5917
6887
7954
9126
5202
6090
7068
8140
4850
5699
6632
7655
4502
5311
6200
7176
4159
4927
5773
6701
3821
4550
5351
6231
3493
4180
4937
5768
-20
0.837
0.862
0.878
0.885
0.886
0.885
0.883
0.880
0.875
Evaporating Temperature °F
-15
-10
-5
0.877
0.913
0.944
0.912
0.957
0.999
0.937
0.992
1.044
0.954
1.020
1.082
0.960
1.031
1.099
0.965
1.041
1.114
0.968
1.050
1.128
0.970
1.057
1.141
0.971
1.064
1.154
-20
93
87
82
76
73
70
67
64
60
Evaporating Temperature °F
-15
-10
-5
108
125
144
102
119
137
96
112
130
90
106
123
87
103
120
84
99
116
81
96
113
77
92
109
74
89
105
-20
2.00
2.01
2.03
2.03
2.03
2.03
2.03
2.03
2.02
Evaporating Temperature °F
-15
-10
-5
2.03
2.05
2.08
2.05
2.09
2.12
2.07
2.11
2.15
2.08
2.13
2.18
2.09
2.14
2.20
2.09
2.15
2.21
2.09
2.16
2.22
2.09
2.16
2.23
2.10
2.17
2.24
5
12734
11543
10410
9315
8777
8244
7717
7194
6677
10
14396
13073
11814
10600
10003
9413
8827
8247
7672
15
16215
14746
13350
12003
11343
10688
10039
9395
8757
20
18202
16574
15026
13534
12803
12079
11361
10647
9938
30
22739
20744
18847
17021
16127
15241
14362
13488
12618
0
0.971
1.036
1.092
1.142
1.164
1.185
1.204
1.223
1.241
5
0.993
1.069
1.137
1.197
1.225
1.252
1.277
1.302
1.326
10
1.012
1.099
1.177
1.249
1.283
1.316
1.347
1.377
1.407
15
1.025
1.123
1.214
1.298
1.337
1.376
1.413
1.450
1.486
20
1.034
1.144
1.246
1.342
1.388
1.433
1.477
1.519
1.561
30
1.036
1.171
1.299
1.420
1.479
1.536
1.593
1.648
1.703
0
164
157
150
143
139
135
132
128
124
5
187
179
172
164
160
156
152
148
144
10
213
204
196
188
184
179
175
171
167
15
241
231
223
214
209
205
201
196
191
20
272
262
252
243
238
233
228
224
219
30
343
331
320
309
304
299
293
288
283
0
2.10
2.15
2.19
2.23
2.25
2.27
2.28
2.30
2.31
5
2.11
2.17
2.23
2.28
2.30
2.32
2.34
2.37
2.39
10
2.13
2.20
2.26
2.32
2.35
2.38
2.41
2.43
2.46
15
2.14
2.22
2.29
2.36
2.40
2.43
2.47
2.50
2.54
20
2.14
2.23
2.32
2.40
2.44
2.48
2.53
2.57
2.61
30
2.15
2.25
2.36
2.47
2.53
2.58
2.64
2.70
2.75
40
25439
23144
20935
19854
18783
17721
16663
15609
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
0.649
0.637
0.616
0.585
0.567
0.547
0.525
0.502
-35
0.702
0.699
0.686
0.665
0.651
0.636
0.619
0.600
0.581
-30
0.750
0.756
0.753
0.741
0.732
0.722
0.709
0.696
0.681
-25
0.795
0.810
0.816
0.813
0.809
0.804
0.797
0.788
0.778
40
1.173
1.326
1.473
1.544
1.614
1.684
1.752
1.819
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
46
42
38
33
30
28
25
23
-35
56
52
47
42
39
37
34
31
29
-30
67
62
57
52
49
47
44
41
38
-25
79
74
69
63
60
58
55
52
49
40
413
400
387
381
375
369
363
357
Condensing Temperature
°F
Current [Amps] *
70
80
90
100
105
110
115
120
125
-40
1.86
1.86
1.84
1.82
1.81
1.80
1.78
1.77
-35
1.90
1.90
1.89
1.87
1.87
1.85
1.84
1.83
1.82
-30
1.93
1.94
1.94
1.93
1.92
1.91
1.91
1.90
1.89
-25
1.97
1.98
1.98
1.98
1.98
1.97
1.97
1.96
1.95
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
40
2.26
2.39
2.52
2.59
2.66
2.73
2.81
2.88
IR2C0222S
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
30000
25000
70 °F
80 °F
BTU/HR
20000
90 °F
15000
100 °F
105 °F
10000
110 °F
120 °F
5000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
3.5
AMPS
3.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
2.5
2.0
1.5
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR2C0278S
R-404A & R-507A
65 °F Return Gas
Ingersoll-Rand "Impact" Compressor
No Liquid Sub Cooling
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
4385
3784
3215
2658
2381
2109
1845
1598
-35
5216
4563
3943
3334
3030
2728
2435
2156
1911
-30
6134
5423
4745
4076
3742
3410
3083
2770
2480
-25
7146
6368
5625
4891
4524
4157
3795
3445
3115
-20
8302
7444
6624
5813
5407
5001
4598
4206
3832
Evaporating Temperature °F
-15
-10
-5
9592
11018
12587
8644
9968
11424
7736
8961
10309
6839
7968
9209
6389
7470
8658
5939
6971
8105
5491
6474
7553
5052
5984
7008
4630
5509
6475
-20
1.059
1.087
1.104
1.110
1.110
1.107
1.103
1.096
1.087
Evaporating Temperature °F
-15
-10
-5
1.114
1.164
1.209
1.154
1.216
1.275
1.182
1.258
1.329
1.201
1.288
1.372
1.206
1.300
1.390
1.209
1.309
1.406
1.210
1.315
1.419
1.209
1.320
1.429
1.205
1.323
1.438
-20
120
114
107
101
97
93
89
85
81
Evaporating Temperature °F
-15
-10
-5
139
160
184
133
153
176
126
146
169
119
139
161
115
135
157
111
130
152
106
126
148
102
121
143
98
117
138
-20
2.64
2.66
2.67
2.68
2.68
2.67
2.67
2.67
2.66
Evaporating Temperature °F
-15
-10
-5
2.68
2.71
2.74
2.70
2.75
2.79
2.72
2.78
2.83
2.74
2.80
2.87
2.74
2.81
2.88
2.74
2.82
2.89
2.74
2.82
2.90
2.74
2.82
2.91
2.74
2.83
2.92
0
14313
13023
11787
10569
9959
9348
8737
8130
7536
5
16207
14777
13407
12059
11384
10708
10032
9359
8696
10
18282
16698
15179
13687
12941
12194
11446
10701
9964
15
20553
18798
17115
15464
14640
13815
12989
12164
11346
20
23035
21091
19228
17402
16493
15582
14669
13757
12850
30
28705
26326
24043
21813
20704
19595
18483
17371
16260
0
1.249
1.329
1.396
1.453
1.478
1.499
1.519
1.536
1.551
5
1.283
1.377
1.459
1.530
1.561
1.590
1.616
1.640
1.662
10
1.312
1.421
1.517
1.602
1.641
1.677
1.710
1.741
1.769
15
1.334
1.458
1.570
1.670
1.716
1.759
1.800
1.838
1.874
20
1.350
1.490
1.618
1.733
1.787
1.838
1.886
1.932
1.975
30
1.360
1.534
1.695
1.843
1.912
1.979
2.044
2.106
2.165
0
210
202
194
185
181
176
172
167
162
5
239
230
221
213
208
203
198
193
188
10
270
261
252
242
238
233
227
222
216
15
305
295
285
275
270
265
259
254
248
20
344
333
322
312
306
301
295
289
283
30
433
421
408
397
390
384
378
371
364
0
2.77
2.83
2.88
2.93
2.95
2.97
2.98
3.00
3.01
5
2.80
2.87
2.93
2.99
3.02
3.04
3.06
3.08
3.10
10
2.82
2.90
2.98
3.05
3.09
3.12
3.15
3.17
3.20
15
2.84
2.93
3.03
3.11
3.15
3.19
3.23
3.26
3.29
20
2.85
2.96
3.07
3.17
3.21
3.26
3.30
3.34
3.38
30
2.86
3.00
3.13
3.26
3.33
3.39
3.45
3.51
3.56
40
32215
29454
26759
25421
24085
22746
21405
20062
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
0.814
0.797
0.771
0.737
0.716
0.693
0.668
0.641
-35
0.880
0.874
0.858
0.833
0.817
0.799
0.779
0.756
0.732
-30
0.943
0.948
0.942
0.927
0.916
0.903
0.887
0.870
0.850
-25
1.002
1.018
1.023
1.019
1.013
1.005
0.994
0.982
0.967
40
1.540
1.734
1.916
2.002
2.085
2.166
2.245
2.322
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
63
57
52
46
42
39
35
32
-35
75
69
63
57
54
50
47
43
40
-30
88
83
77
70
67
63
59
55
52
-25
103
97
91
84
81
77
73
69
65
40
523
509
495
488
481
474
467
459
Condensing Temperature
°F
Current [Amps] *
70
80
90
100
105
110
115
120
125
-40
2.50
2.49
2.48
2.47
2.46
2.45
2.44
2.43
-35
2.54
2.53
2.53
2.51
2.50
2.50
2.49
2.48
2.47
-30
2.57
2.57
2.57
2.56
2.56
2.55
2.54
2.53
2.52
-25
2.61
2.62
2.62
2.62
2.61
2.61
2.60
2.59
2.59
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
40
3.00
3.17
3.33
3.41
3.49
3.56
3.64
3.71
IR2C0278S
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
35000
30000
70 °F
25000
BTU/HR
80 °F
90 °F
20000
100 °F
15000
105 °F
10000
110 °F
120 °F
5000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
4.0
AMPS
3.5
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
3.0
2.5
2.0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR2C0323S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Capacity [Btu/hr]
Condensing Temperature
°F
Evaporating Temperature °F
70
80
90
100
105
110
115
120
125
-40
5094
4480
3893
3325
3048
2777
2514
2261
-35
6056
5371
4715
4079
3769
3463
3166
2878
2614
-30
7117
6352
5620
4910
4562
4220
3884
3558
3244
-25
8283
7431
6615
5823
5434
5051
4675
4307
3951
-20
9614
8659
7746
6859
6423
5994
5570
5155
4751
-15
11098
10029
9006
8013
7525
7043
6568
6100
5643
-10
12735
11539
10394
9285
8740
8200
7668
7143
6627
-5
14536
13199
11921
10683
10074
9472
8877
8288
7709
-20
1.208
1.247
1.279
1.304
1.315
1.325
1.335
1.345
1.355
Evaporating Temperature °F
-15
-10
-5
1.275
1.337
1.393
1.326
1.401
1.471
1.369
1.456
1.540
1.406
1.506
1.603
1.423
1.529
1.633
1.439
1.552
1.662
1.455
1.574
1.690
1.471
1.595
1.718
1.486
1.617
1.747
-20
139
132
126
119
115
111
108
104
100
Evaporating Temperature °F
-15
-10
-5
161
185
212
154
177
204
146
170
195
139
162
187
135
158
182
131
153
178
127
149
174
123
145
169
119
141
165
-20
2.74
2.77
2.79
2.81
2.82
2.83
2.84
2.84
2.85
Evaporating Temperature °F
-15
-10
-5
2.79
2.84
2.88
2.83
2.89
2.94
2.86
2.93
3.00
2.89
2.97
3.05
2.91
2.99
3.08
2.92
3.01
3.10
2.93
3.03
3.13
2.94
3.05
3.15
2.96
3.07
3.18
0
16514
15023
13597
12217
11539
10868
10203
9546
8897
5
18684
17022
15434
13897
13143
12396
11656
10922
10197
10
21059
19210
17443
15735
14896
14066
13243
12427
11618
15
23658
21602
19639
17742
16811
15890
14976
14068
13167
20
26496
24214
22035
19931
18899
17877
16863
15856
14855
30
32975
30174
27499
24916
23650
22396
21152
19914
18681
0
1.445
1.536
1.620
1.696
1.733
1.769
1.804
1.840
1.875
5
1.490
1.597
1.695
1.786
1.830
1.873
1.916
1.958
2.001
10
1.529
1.651
1.765
1.872
1.923
1.974
2.025
2.075
2.124
15
1.561
1.700
1.829
1.953
2.012
2.071
2.129
2.187
2.245
20
1.586
1.741
1.888
2.028
2.096
2.163
2.230
2.296
2.363
30
1.610
1.803
1.986
2.162
2.248
2.333
2.417
2.501
2.585
0
242
233
223
214
210
205
200
196
191
5
275
265
255
245
240
235
230
225
220
10
311
300
289
279
273
268
263
258
252
15
351
339
327
316
310
305
299
293
288
20
395
382
369
357
351
345
339
333
327
30
498
482
467
543
446
439
432
425
419
0
2.92
3.00
3.07
3.13
3.17
3.20
3.23
3.26
3.29
5
2.96
3.05
3.13
3.21
3.25
3.29
3.33
3.37
3.41
10
2.99
3.09
3.19
3.29
3.34
3.38
3.43
3.48
3.52
15
3.02
3.14
3.25
3.36
3.42
3.47
3.53
3.58
3.64
20
3.04
3.17
3.30
3.43
3.50
3.56
3.63
3.69
3.75
30
3.06
3.23
3.39
3.56
3.64
3.73
3.81
3.89
3.98
40
36876
33635
30506
28976
27453
25944
24443
22944
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
0.918
0.916
0.906
0.891
0.882
0.872
0.862
0.852
-35
0.995
1.002
1.002
0.996
0.991
0.986
0.981
0.975
0.970
-30
1.069
1.086
1.096
1.099
1.100
1.099
1.099
1.098
1.097
-25
1.139
1.167
1.187
1.201
1.206
1.211
1.216
1.220
1.224
40
1.819
2.040
2.254
2.359
2.463
2.566
2.669
2.772
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
73
68
63
57
54
51
48
45
-35
87
82
76
70
67
64
61
57
54
-30
103
97
91
84
81
78
75
71
68
-25
120
113
107
100
97
94
90
87
83
40
598
581
564
556
548
541
533
525
Condensing Temperature
°F
Current [Amps] *
70
80
90
100
105
110
115
120
125
-40
2.56
2.56
2.55
2.54
2.54
2.53
2.53
2.52
-35
2.60
2.61
2.61
2.60
2.60
2.60
2.59
2.59
2.59
-30
2.65
2.66
2.67
2.67
2.67
2.67
2.67
2.67
2.67
-25
2.69
2.71
2.73
2.74
2.74
2.74
2.75
2.75
2.75
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
40
3.24
3.45
3.65
3.75
3.85
3.96
4.06
4.17
IR2C0323S
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
50000
45000
40000
70 °F
BTU/HR
35000
80 °F
30000
90 °F
25000
100 °F
20000
105 °F
15000
110 °F
10000
120 °F
5000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
5.0
4.5
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
4.0
3.5
3.0
2.5
2.0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR2C0407S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
6626
5820
5049
4302
3936
3577
3228
2892
-35
7787
6906
6061
5239
4835
4436
4045
3667
3320
-30
9071
8106
7178
6272
5825
5382
4946
4521
4112
-25
10486
9427
8406
7407
6913
6422
5936
5460
4999
-20
12107
10936
9806
8698
8148
7601
7059
6525
6003
Evaporating Temperature °F
-15
-10
-5
13919
15921
18126
12622
14482
16530
11367
13090
14985
10136
11722
13465
9525
11041
12709
8915
10363
11954
8309
9687
11201
7710
9016
10452
7122
8355
9710
-20
1.463
1.516
1.557
1.587
1.599
1.609
1.619
1.627
1.634
Evaporating Temperature °F
-15
-10
-5
1.542
1.617
1.685
1.611
1.701
1.786
1.666
1.773
1.875
1.712
1.835
1.954
1.732
1.863
1.991
1.750
1.889
2.026
1.767
1.915
2.061
1.783
1.939
2.094
1.799
1.963
2.126
-20
175
167
159
150
146
141
136
131
127
Evaporating Temperature °F
-15
-10
-5
202
232
265
194
223
255
185
214
245
176
204
235
171
199
230
166
194
225
161
189
219
156
183
213
151
178
207
-20
3.17
3.21
3.24
3.26
3.27
3.28
3.28
3.29
3.30
Evaporating Temperature °F
-15
-10
-5
3.23
3.28
3.34
3.28
3.35
3.42
3.32
3.41
3.49
3.36
3.46
3.56
3.37
3.48
3.59
3.39
3.50
3.62
3.40
3.53
3.65
3.42
3.55
3.68
3.43
3.57
3.71
0
20552
18782
17066
15379
14539
13700
12862
12027
11198
5
23215
21252
19348
17476
16544
15612
14681
13751
12826
10
26134
23958
21846
19769
18736
17702
16668
15635
14604
15
29329
26918
24577
22275
21129
19984
18837
17690
16543
20
32822
30152
27559
25008
23739
22470
21200
19928
18654
30
40803
37537
34359
31233
29678
28124
26567
25006
23439
0
1.747
1.865
1.972
2.070
2.116
2.161
2.204
2.247
2.289
5
1.802
1.938
2.064
2.181
2.237
2.292
2.345
2.397
2.449
10
1.849
2.004
2.150
2.288
2.354
2.418
2.482
2.544
2.606
15
1.887
2.063
2.230
2.388
2.465
2.540
2.615
2.688
2.760
20
1.916
2.114
2.302
2.482
2.570
2.657
2.742
2.826
2.910
30
1.943
2.187
2.422
2.649
2.760
2.870
2.979
3.087
3.194
0
301
291
280
270
264
259
253
246
240
5
342
330
319
308
302
296
290
283
277
10
386
374
362
350
344
338
331
324
317
15
435
422
410
397
390
383
376
369
362
20
490
476
462
448
441
434
426
419
411
30
616
600
584
568
560
551
543
534
525
0
3.39
3.48
3.58
3.66
3.70
3.75
3.79
3.83
3.86
5
3.43
3.55
3.66
3.76
3.82
3.87
3.92
3.97
4.02
10
3.47
3.60
3.74
3.86
3.93
3.99
4.05
4.11
4.18
15
3.50
3.66
3.81
3.96
4.04
4.11
4.18
4.26
4.33
20
3.53
3.70
3.88
4.05
4.14
4.23
4.31
4.40
4.49
30
3.55
3.77
3.99
4.22
4.33
4.45
4.56
4.68
4.80
40
45847
42000
38213
36330
34448
32562
30670
28768
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
1.123
1.124
1.112
1.090
1.076
1.059
1.042
1.023
-35
1.212
1.225
1.226
1.215
1.207
1.196
1.185
1.172
1.159
-30
1.298
1.324
1.337
1.339
1.337
1.333
1.328
1.322
1.315
-25
1.381
1.420
1.446
1.462
1.466
1.469
1.471
1.472
1.472
40
2.205
2.488
2.763
2.898
3.033
3.166
3.299
3.432
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
95
88
81
74
70
66
62
58
-35
112
105
98
90
86
82
77
73
69
-30
131
123
116
108
104
99
95
91
86
-25
152
144
136
128
123
119
114
110
105
40
744
725
707
697
688
678
669
659
Condensing Temperature
°F
Current [Amps] *
70
80
90
100
105
110
115
120
125
-40
2.95
2.95
2.94
2.93
2.92
2.91
2.90
2.89
-35
3.00
3.01
3.01
3.00
3.00
2.99
2.99
2.98
2.97
-30
3.06
3.07
3.08
3.08
3.08
3.08
3.08
3.07
3.07
-25
3.11
3.14
3.16
3.17
3.17
3.17
3.17
3.18
3.18
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
40
3.79
4.06
4.34
4.48
4.62
4.76
4.91
5.06
IR2C0407S
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
50000
45000
40000
70 °F
BTU/HR
35000
80 °F
30000
90 °F
25000
100 °F
20000
105 °F
15000
110 °F
10000
120 °F
5000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
5.5
5.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
4.5
4.0
3.5
3.0
2.5
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR2C0484S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
7995
7093
6223
5363
4936
4515
4105
3715
-35
9426
8432
7470
6518
6044
5573
5113
4671
4271
-30
11006
9908
8845
7790
7263
6739
6224
5724
5249
-25
12745
11532
10355
9187
8603
8020
7445
6883
6343
-20
14733
13384
12074
10774
10124
9474
8829
8197
7584
Evaporating Temperature °F
-15
-10
-5
16954
19404
22102
15450
17729
20235
13991
16102
18425
12542
14490
16631
11817
13683
15733
11092
12875
14834
10371
12070
13937
9660
11273
13046
8967
10492
12169
-20
1.695
1.789
1.865
1.922
1.944
1.961
1.974
1.982
1.986
Evaporating Temperature °F
-15
-10
-5
1.787
1.873
1.951
1.902
2.010
2.112
1.998
2.128
2.252
2.075
2.225
2.371
2.106
2.266
2.423
2.132
2.302
2.469
2.154
2.333
2.510
2.170
2.358
2.545
2.182
2.379
2.576
-20
213
205
196
186
181
176
171
165
160
Evaporating Temperature °F
-15
-10
-5
246
283
323
237
273
312
228
263
302
218
252
291
212
247
285
207
241
279
201
235
272
195
229
266
190
223
260
-20
3.81
3.88
3.94
3.98
4.00
4.02
4.03
4.03
4.04
Evaporating Temperature °F
-15
-10
-5
3.88
3.94
4.01
3.97
4.06
4.14
4.05
4.16
4.27
4.11
4.24
4.38
4.14
4.28
4.43
4.16
4.31
4.47
4.18
4.34
4.51
4.20
4.37
4.55
4.21
4.39
4.58
0
25066
22989
20973
18980
17982
16984
15985
14992
14009
5
28319
26007
23766
21552
20445
19336
18227
17121
16023
10
31881
29312
26823
24365
23138
21908
20677
19447
18224
15
35779
32926
30162
27437
26077
24715
23350
21985
20624
20
40038
36874
33808
30788
29282
27774
26262
24749
23237
30
49764
45880
42117
38416
36572
34727
32877
31022
29161
0
2.021
2.207
2.371
2.513
2.576
2.633
2.685
2.731
2.771
5
2.081
2.294
2.483
2.650
2.724
2.793
2.856
2.913
2.964
10
2.131
2.371
2.587
2.780
2.867
2.948
3.022
3.091
3.153
15
2.169
2.438
2.682
2.902
3.002
3.096
3.183
3.264
3.338
20
2.194
2.493
2.767
3.015
3.129
3.236
3.337
3.431
3.518
30
2.201
2.565
2.901
3.210
3.354
3.491
3.620
3.743
3.857
0
368
356
345
333
327
320
314
307
301
5
417
404
392
380
373
367
360
353
346
10
471
458
445
432
425
418
410
403
396
15
531
517
503
489
482
474
466
459
451
20
598
582
567
552
544
536
528
520
512
30
751
733
716
698
690
681
672
663
654
0
4.07
4.23
4.38
4.51
4.58
4.63
4.68
4.73
4.77
5
4.12
4.31
4.49
4.65
4.72
4.79
4.86
4.92
4.97
10
4.16
4.38
4.59
4.78
4.87
4.95
5.03
5.10
5.17
15
4.19
4.44
4.68
4.90
5.01
5.11
5.20
5.29
5.37
20
4.22
4.50
4.77
5.02
5.14
5.26
5.37
5.47
5.57
30
4.22
4.56
4.90
5.23
5.39
5.54
5.68
5.82
5.95
40
56009
51448
46965
44734
42502
40264
38016
35758
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
1.300
1.323
1.331
1.324
1.315
1.302
1.286
1.266
-35
1.403
1.442
1.465
1.473
1.471
1.465
1.455
1.441
1.424
-30
1.503
1.559
1.599
1.622
1.627
1.628
1.625
1.618
1.607
-25
1.599
1.673
1.730
1.770
1.783
1.792
1.797
1.797
1.793
40
2.560
2.963
3.336
3.511
3.679
3.839
3.991
4.135
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
115
108
100
92
88
83
78
74
-35
136
128
120
112
107
103
98
93
89
-30
159
151
143
134
129
124
120
115
110
-25
184
176
167
158
154
149
143
138
133
40
909
888
869
859
849
839
829
819
Condensing Temperature
°F
Current [Amps] *
70
80
90
100
105
110
115
120
125
-40
3.54
3.56
3.56
3.56
3.55
3.54
3.53
3.52
-35
3.61
3.63
3.64
3.65
3.65
3.64
3.64
3.63
3.62
-30
3.67
3.71
3.74
3.75
3.76
3.76
3.75
3.75
3.74
-25
3.74
3.79
3.83
3.86
3.87
3.88
3.88
3.88
3.88
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
40
4.56
4.97
5.37
5.56
5.75
5.93
6.10
6.27
IR2C0484S
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
60000
50000
70 °F
80 °F
BTU/HR
40000
90 °F
30000
100 °F
105 °F
20000
110 °F
120 °F
10000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
7.0
6.5
6.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
5.5
5.0
4.5
4.0
3.5
3.0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR2C0572S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
9298
8221
7178
6146
5634
5128
4637
4168
-35
10971
9784
8633
7492
6924
6361
5810
5280
4801
-30
12817
11508
10236
8974
8345
7719
7103
6506
5938
-25
14850
13404
11998
10603
9905
9211
8524
7854
7211
-20
17174
15566
14003
12452
11676
10902
10135
9382
8653
Evaporating Temperature °F
-15
-10
-5
19769
22632
25785
17978
20638
23565
16238
18702
21410
14513
16782
19277
13649
15822
18210
12786
14862
17143
11929
13905
16078
11084
12960
15022
10260
12033
13982
-20
2.007
2.096
2.166
2.218
2.236
2.249
2.257
2.260
2.257
Evaporating Temperature °F
-15
-10
-5
2.115
2.216
2.309
2.229
2.356
2.475
2.324
2.476
2.621
2.399
2.576
2.748
2.429
2.618
2.803
2.454
2.655
2.853
2.473
2.687
2.897
2.487
2.713
2.936
2.496
2.734
2.969
-20
249
238
227
215
209
203
196
189
182
Evaporating Temperature °F
-15
-10
-5
287
330
377
276
317
364
264
305
351
252
292
337
245
285
330
238
278
322
231
271
314
224
263
306
217
256
298
-20
4.05
4.13
4.19
4.24
4.25
4.27
4.27
4.28
4.27
Evaporating Temperature °F
-15
-10
-5
4.15
4.24
4.32
4.25
4.36
4.48
4.33
4.48
4.62
4.41
4.58
4.75
4.43
4.62
4.80
4.46
4.65
4.85
4.48
4.69
4.90
4.49
4.71
4.94
4.50
4.73
4.97
0
29250
26780
24383
22014
20830
19644
18461
17284
16120
5
33051
30305
27641
25012
23698
22383
21069
19760
18462
10
37215
34164
31206
28290
26834
25377
23920
22466
21020
15
41771
38384
35102
31870
30258
28645
27030
25417
23809
20
46794
42993
39355
35775
33991
32206
30419
28632
26847
30
58118
53511
49049
44664
42483
40301
38116
35927
33734
0
2.391
2.585
2.759
2.913
2.982
3.045
3.102
3.154
3.200
5
2.463
2.686
2.889
3.071
3.154
3.231
3.302
3.368
3.428
10
2.523
2.776
3.009
3.220
3.318
3.410
3.495
3.575
3.649
15
2.570
2.854
3.118
3.361
3.473
3.580
3.681
3.776
3.865
20
2.604
2.920
3.216
3.490
3.619
3.741
3.858
3.968
4.072
30
2.623
3.008
3.372
3.714
3.876
4.032
4.182
4.325
4.461
0
429
415
401
386
379
371
363
354
346
5
486
471
456
441
433
424
416
407
398
10
550
534
518
501
493
484
475
466
456
15
620
602
585
568
559
549
540
530
520
20
698
678
660
641
632
622
612
602
591
30
878
855
833
812
801
790
779
767
756
0
4.40
4.58
4.76
4.92
4.99
5.05
5.12
5.17
5.22
5
4.47
4.68
4.89
5.08
5.17
5.25
5.33
5.40
5.47
10
4.52
4.78
5.02
5.24
5.35
5.45
5.54
5.63
5.71
15
4.57
4.86
5.13
5.39
5.52
5.64
5.75
5.86
5.96
20
4.60
4.92
5.24
5.54
5.68
5.82
5.95
6.07
6.19
30
4.62
5.02
5.41
5.79
5.97
6.15
6.32
6.49
6.65
40
65339
59935
54629
51992
49355
46713
44064
41404
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
1.535
1.537
1.522
1.488
1.465
1.436
1.403
1.364
-35
1.659
1.682
1.687
1.673
1.659
1.640
1.616
1.588
1.555
-30
1.779
1.823
1.849
1.856
1.852
1.843
1.830
1.811
1.787
-25
1.893
1.959
2.006
2.035
2.042
2.044
2.041
2.033
2.019
40
3.012
3.446
3.858
4.055
4.245
4.429
4.607
4.777
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
134
125
115
105
100
94
89
83
-35
158
149
139
129
123
117
111
105
100
-30
185
175
165
154
149
143
136
130
124
-25
215
204
194
183
177
171
164
158
151
40
1060
1035
1010
998
986
973
961
948
Condensing Temperature
°F
Current [Amps] *
70
80
90
100
105
110
115
120
125
-40
3.69
3.69
3.68
3.66
3.64
3.63
3.60
3.58
-35
3.78
3.80
3.80
3.79
3.78
3.77
3.75
3.73
3.71
-30
3.87
3.90
3.92
3.93
3.93
3.92
3.91
3.89
3.88
-25
3.96
4.01
4.05
4.08
4.08
4.09
4.08
4.08
4.06
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
40
5.02
5.49
5.95
6.17
6.40
6.61
6.82
7.03
IR2C0572S
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No liquid Sub Cooling
Capacity
70000
60000
70 °F
50000
BTU/HR
80 °F
90 °F
40000
100 °F
30000
105 °F
20000
110 °F
120 °F
10000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
8
7
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
6
5
4
3
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR2C0692S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
11301
10037
8843
7687
7122
6573
6047
5557
-35
13350
11950
10619
9325
8689
8066
7464
6895
6391
-30
15610
14058
12576
11128
10413
9710
9026
8373
7761
-25
18099
16375
14725
13108
12308
11518
10744
9998
9292
-20
20939
19016
17170
15358
14459
13569
12694
11844
11030
Evaporating Temperature °F
-15
-10
-5
24111
27610
31461
21962
25208
28780
19895
22896
26196
17864
20624
23657
16855
19495
22395
15854
18371
21138
14866
17260
19891
13901
16169
18663
12970
15109
17462
-20
2.405
2.516
2.608
2.684
2.717
2.745
2.771
2.793
2.813
Evaporating Temperature °F
-15
-10
-5
2.544
2.674
2.795
2.682
2.841
2.992
2.801
2.989
3.170
2.904
3.119
3.329
2.949
3.178
3.403
2.990
3.233
3.472
3.029
3.285
3.538
3.064
3.333
3.600
3.096
3.378
3.659
-20
303
291
278
266
259
252
245
239
233
Evaporating Temperature °F
-15
-10
-5
350
402
460
337
388
444
324
374
429
310
359
413
303
351
405
296
344
397
288
336
389
281
328
381
274
321
373
-20
4.95
5.04
5.12
5.18
5.21
5.23
5.26
5.28
5.29
Evaporating Temperature °F
-15
-10
-5
5.06
5.17
5.28
5.18
5.32
5.45
5.28
5.45
5.62
5.37
5.57
5.77
5.41
5.63
5.85
5.45
5.68
5.91
5.49
5.73
5.98
5.52
5.78
6.04
5.55
5.82
6.10
0
35692
32701
29818
26895
25576
24173
22778
21399
20045
5
40333
37000
33786
30629
29060
27495
25938
24394
22873
10
45416
41705
38126
34614
32868
31126
29391
27668
25963
15
50976
46850
42869
38965
37025
35089
33159
31239
29334
20
57051
52468
48046
43710
41557
39409
37265
35129
33005
30
70920
65285
59843
54513
51867
49227
46591
43957
41329
0
2.905
3.134
3.343
3.533
3.622
3.707
3.787
3.865
3.938
5
3.003
3.265
3.507
3.730
3.834
3.935
4.031
4.124
4.213
10
3.087
3.384
3.660
3.917
4.039
4.156
4.269
4.378
4.483
15
3.157
3.490
3.803
4.095
4.234
4.369
4.499
4.626
4.748
20
3.211
3.582
3.932
4.262
4.419
4.572
4.721
4.865
5.005
30
3.266
3.717
4.147
4.556
4.753
4.945
5.132
5.315
5.493
0
523
506
490
473
465
456
447
439
430
5
594
575
558
540
531
521
512
503
494
10
671
651
632
613
603
593
583
573
564
15
757
735
715
694
684
673
662
652
641
20
851
828
806
783
772
761
749
738
727
30
1071
1043
1017
991
978
965
952
939
926
0
5.37
5.59
5.79
5.98
6.07
6.15
6.24
6.32
6.40
5
5.46
5.71
5.95
6.18
6.29
6.39
6.50
6.60
6.69
10
5.54
5.83
6.11
6.37
6.50
6.63
6.75
6.87
6.99
15
5.61
5.93
6.25
6.56
6.71
6.86
7.01
7.15
7.28
20
5.66
6.03
6.39
6.74
6.92
7.09
7.25
7.41
7.57
30
5.71
6.16
6.62
7.07
7.29
7.50
7.71
7.92
8.12
40
79696
73089
66618
63408
60205
57004
53801
50596
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
1.812
1.829
1.829
1.814
1.802
1.787
1.768
1.747
-35
1.967
2.005
2.027
2.033
2.031
2.025
2.017
2.006
1.993
-30
2.117
2.178
2.222
2.250
2.259
2.264
2.266
2.266
2.263
-25
2.261
2.346
2.413
2.465
2.485
2.501
2.515
2.526
2.534
40
3.756
4.269
4.760
4.998
5.231
5.459
5.682
5.900
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
162
152
142
132
126
121
116
111
-35
192
181
171
160
154
149
143
138
133
-30
225
214
203
191
185
179
173
168
163
-25
262
250
238
226
220
213
207
201
195
40
1293
1262
1232
1217
1203
1188
1173
1158
Condensing Temperature
°F
Current [Amps] *
70
80
90
100
105
110
115
120
125
-40
4.53
4.54
4.55
4.54
4.53
4.52
4.51
4.49
-35
4.63
4.66
4.68
4.68
4.68
4.67
4.67
4.66
4.65
-30
4.74
4.78
4.81
4.83
4.84
4.85
4.85
4.85
4.84
-25
4.84
4.91
4.96
5.00
5.02
5.03
5.04
5.05
5.06
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
40
6.20
6.75
7.30
7.56
7.83
8.08
8.33
8.57
IR2C0692S
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
90000
BTU/HR
80000
70000
70 °F
60000
80 °F
50000
90 °F
100 °F
40000
105 °F
30000
110 °F
20000
120 °F
10000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
9
8
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
7
6
5
4
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4C0770S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
12773
11303
9892
8507
7823
7152
6501
5886
-35
15052
13430
11868
10330
9568
8816
8083
7382
-30
17568
15774
14043
12337
11489
10650
9826
9032
8280
-25
20336
18351
16434
14541
13599
12663
11742
10846
9990
-20
23339
21154
19044
16958
15918
14883
13859
12856
11889
-15
26854
24418
22063
19737
18577
17420
16272
15143
14046
Evaporating Temperature °F
-10
-5
0
30733
35003
39696
28017
31976
36324
25391
29049
33064
22798
26162
29852
21505
24722
28251
20213
23284
26650
18930
21851
25055
17663
20433
23471
16425
19040
21910
-15
2.844
2.992
3.120
3.225
3.269
3.307
3.338
3.363
3.381
Evaporating Temperature °F
-10
-5
0
2.990
3.125
3.246
3.170
3.339
3.495
3.330
3.531
3.722
3.466
3.700
3.924
3.525
3.775
4.016
3.578
3.843
4.101
3.624
3.905
4.179
3.664
3.960
4.250
3.696
4.007
4.313
-15
390
374
359
342
334
325
315
306
297
Evaporating Temperature °F
-10
-5
0
448
511
582
431
493
563
414
476
543
397
457
524
388
447
514
378
437
503
368
427
492
359
417
481
349
406
470
-15
5.94
6.06
6.16
6.25
6.29
6.33
6.35
6.38
6.39
Evaporating Temperature °F
-10
-5
0
6.05
6.17
6.27
6.21
6.35
6.50
6.35
6.53
6.71
6.47
6.69
6.90
6.52
6.76
6.99
6.57
6.82
7.08
6.62
6.88
7.15
6.65
6.94
7.23
6.68
6.98
7.29
5
44843
41090
37463
33893
32114
30336
28562
26797
25051
10
50481
46308
42276
38312
36337
34364
32394
30431
28483
15
56648
52013
47535
43136
40947
38760
36575
34394
32225
20
63388
58244
53275
48399
45974
43551
41129
38710
36299
30
78776
72461
66358
60377
57406
54439
51472
48504
45537
5
3.352
3.638
3.901
4.138
4.247
4.349
4.444
4.532
4.612
10
3.442
3.766
4.066
4.340
4.467
4.587
4.700
4.805
4.903
15
3.514
3.878
4.217
4.528
4.674
4.812
4.944
5.067
5.183
20
3.566
3.971
4.350
4.701
4.866
5.024
5.174
5.317
5.452
30
3.606
4.097
4.560
4.994
5.200
5.399
5.590
5.773
5.949
5
660
639
618
597
587
575
564
552
541
10
746
723
701
679
667
655
643
631
618
15
841
816
792
768
756
743
731
717
704
20
946
919
893
867
854
841
827
813
799
30
1190
1158
1127
1098
1083
1067
1052
1036
1020
5
6.37
6.63
6.88
7.11
7.22
7.33
7.43
7.52
7.60
10
6.45
6.75
7.04
7.32
7.45
7.57
7.69
7.80
7.91
15
6.51
6.86
7.19
7.51
7.67
7.81
7.95
8.09
8.21
20
6.56
6.95
7.33
7.69
7.87
8.04
8.20
8.36
8.51
30
6.60
7.07
7.55
8.01
8.23
8.45
8.66
8.87
9.07
40
88446
81047
73800
70204
66613
63022
59425
55819
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
2.031
2.042
2.031
2.000
1.977
1.948
1.915
1.876
-35
2.208
2.243
2.257
2.251
2.240
2.224
2.202
2.174
-30
2.378
2.439
2.480
2.500
2.502
2.500
2.488
2.473
2.451
-25
2.542
2.620
2.698
2.745
2.760
2.770
2.773
2.770
2.760
-20
2.688
2.805
2.902
2.978
3.007
3.031
3.048
3.059
3.063
40
4.103
4.653
5.173
5.422
5.663
5.896
6.122
6.339
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
183
171
159
146
139
131
124
117
-35
217
204
191
177
170
162
155
147
-30
253
240
227
212
205
197
189
181
173
-25
294
280
266
251
243
235
226
218
210
-20
338
323
309
293
285
277
268
259
251
40
1435
1399
1365
1348
1330
1313
1295
1278
Condensing
Temperature °F
Current [Amps] *
70
80
90
100
105
110
115
120
125
-40
5.35
5.36
5.35
5.33
5.32
5.30
5.28
5.26
-35
5.47
5.49
5.50
5.50
5.49
5.48
5.46
5.44
-30
5.58
5.63
5.66
5.67
5.67
5.67
5.66
5.65
5.63
-25
5.70
5.77
5.82
5.86
5.87
5.88
5.88
5.88
5.88
-20
5.81
5.90
5.98
6.04
6.07
6.09
6.10
6.11
6.12
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
40
7.08
7.64
8.20
8.48
8.75
9.01
9.27
9.52
IR4C0770S
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
90000
BTU/HR
80000
70000
70 °F
60000
80 °F
50000
90 °F
100 °F
40000
105 °F
30000
110 °F
20000
120 °F
10000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
10
9
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
8
7
6
5
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4C0770S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
6387
5651
4946
4254
3912
3576
3251
2943
-35
7526
6715
5934
5165
4784
4408
4042
3691
-30
8784
7887
7022
6169
5745
5325
4913
4516
4140
-25
10168
9175
8217
7270
6799
6332
5871
5423
4995
-20
11670
10577
9522
8479
7959
7442
6930
6428
5945
-15
13427
12209
11032
9869
9289
8710
8136
7572
7023
Evaporating Temperature °F
-10
-5
0
15367
17502
19848
14009
15988
18162
12696
14525
16532
11399
13081
14926.0
10753
12361
14126
10107
11642
13325
9465
10926
12528
8832
10217
11736
8213
9520
10955
5
22422
20545
18732
16947
16057
15168
14281
13399
12526
10
25241
23154
21138
19156
18169
17182
16197
15216
14242
15
28324
26007
23768
21568
20474
19380
18288
17197
16113
20
31694
29122
26638
24200
22987
21776
20565
19355
18150
30
39388
36231
33179
30189
28703
27220
25736
24252
22769
5
1.825
1.981
2.124
2.253
2.312
2.368
2.420
2.468
2.511
10
1.865
2.041
2.203
2.352
2.421
2.485
2.547
2.604
2.657
15
1.896
2.092
2.275
2.443
2.522
2.597
2.667
2.734
2.797
20
1.917
2.135
2.339
2.527
2.616
2.701
2.782
2.858
2.931
30
1.926
2.189
2.436
2.668
2.778
2.885
2.987
3.084
3.178
5
330
319
309
299
293
288
282
276
270
10
373
362
351
339
334
328
322
315
309
15
421
408
396
384
378
372
365
359
352
20
473
460
447
434
427
420
414
407
400
30
595
579
564
549
541
534
526
518
510
5
5.23
5.32
5.41
5.50
5.54
5.58
5.61
5.65
5.68
10
5.25
5.36
5.46
5.57
5.61
5.66
5.71
5.75
5.79
15
5.27
5.39
5.51
5.63
5.69
5.74
5.80
5.85
5.90
20
5.29
5.42
5.56
5.69
5.76
5.82
5.89
5.95
6.00
30
5.29
5.45
5.63
5.80
5.88
5.97
6.05
6.13
6.21
40
44223
40524
36900
35102
33307
31511
29713
27910
Condensing
Temperature °F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
1.195
1.201
1.195
1.177
1.163
1.147
1.127
1.104
-35
1.283
1.303
1.312
1.309
1.302
1.293
1.280
1.264
-30
1.367
1.402
1.425
1.437
1.438
1.436
1.430
1.421
1.409
-25
1.445
1.496
1.534
1.561
1.570
1.575
1.577
1.575
1.570
-20
1.515
1.581
1.636
1.679
1.695
1.709
1.718
1.724
1.727
-15
1.590
1.672
1.744
1.803
1.827
1.848
1.866
1.880
1.890
Evaporating Temperature °F
-10
-5
0
1.659
1.721
1.777
1.758
1.839
1.913
1.847
1.945
2.037
1.922
2.038
2.148
1.955
2.079
2.198
1.984
2.117
2.245
2.010
2.151
2.288
2.032
2.181
2.326
2.050
2.207
2.361
40
2.181
2.474
2.750
2.883
3.011
3.135
3.254
3.370
Condensing
Temperature °F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
91
85
79
73
69
65
62
58
-35
108
102
95
88
85
81
77
73
-30
126
120
113
106
102
98
94
90
86
-25
147
140
133
125
121
117
113
109
105
-20
169
162
154
147
143
138
134
130
125
-15
195
187
179
171
167
162
158
153
149
Evaporating Temperature °F
-10
-5
0
224
256
291
215
247
281
207
238
272
198
229
262
194
224
257
189
219
251
184
214
246
179
208
240
175
203
235
40
717
700
682
674
665
657
648
639
Condensing
Temperature °F
Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
4.94
4.94
4.94
4.93
4.92
4.92
4.91
4.90
-35
4.97
4.98
4.98
4.98
4.97
4.97
4.97
4.96
-30
5.00
5.02
5.03
5.03
5.03
5.03
5.03
5.03
5.02
-25
5.04
5.06
5.08
5.09
5.10
5.10
5.10
5.10
5.10
-20
5.07
5.10
5.13
5.15
5.16
5.17
5.17
5.18
5.18
-15
5.11
5.15
5.19
5.22
5.23
5.25
5.25
5.26
5.27
Evaporating Temperature °F
-10
-5
0
5.14
5.17
5.20
5.20
5.24
5.28
5.25
5.30
5.36
5.29
5.36
5.43
5.31
5.38
5.46
5.33
5.41
5.49
5.34
5.43
5.52
5.35
5.45
5.55
5.36
5.47
5.57
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
40
5.45
5.65
5.86
5.96
6.07
6.18
6.28
6.38
IR4C0770S
Conditions
R-404A & R-507A
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
50000
45000
40000
70 °F
BTU/HR
35000
80 °F
30000
90 °F
25000
100 °F
20000
105 °F
15000
110 °F
10000
120 °F
5000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
6.5
6.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
5.5
5.0
4.5
-40
-35
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Conditions
IR4C0969S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
16023
14110
12271
10478
9601
8747
7928
7160
-35
18955
16839
14800
12805
11825
10865
9938
9057
-30
22189
19846
17584
15266
14272
13198
12152
11150
10208
-25
25747
23151
20641
18177
16960
15760
14586
13452
12375
-20
29604
26744
23980
21262
19916
18583
17274
16001
14780
-15
34116
30924
27839
24805
23301
21810
20340
18902
17513
Evaporating Temperature °F
-10
-5
0
39092
44569
50585
35532
40600
46165
32090
36764
41893
28707
32996
37701
27030
31127
35622
25364
29270
33553
23717
27429
31501
22101
25617
29474
20528
23845
27484
-15
3.566
3.741
3.882
3.991
4.033
4.069
4.097
4.118
4.132
Evaporating Temperature °F
-10
-5
0
3.753
3.925
4.078
3.973
4.190
4.392
4.155
4.417
4.665
4.304
4.608
4.900
4.365
4.690
5.004
4.419
4.763
5.099
4.466
4.829
5.185
4.504
4.887
5.262
4.536
4.937
5.332
-15
495
474
453
430
419
407
394
382
371
Evaporating Temperature °F
-10
-5
0
569
651
742
546
626
715
524
602
689
500
577
662
487
563
648
475
550
633
462
536
619
449
522
604
436
509
590
-15
6.56
6.73
6.86
6.97
7.01
7.04
7.07
7.09
7.11
Evaporating Temperature °F
-10
-5
0
6.74
6.90
7.05
6.95
7.17
7.37
7.13
7.40
7.66
7.28
7.60
7.91
7.34
7.68
8.02
7.40
7.76
8.12
7.45
7.83
8.22
7.49
7.89
8.30
7.52
7.95
8.38
5
57184
52264
47513
42853
40543
38244
35959
33698
31469
10
64411
58941
53661
48487
45922
43370
40831
38313
35823
15
72315
66240
60378
54639
51795
48964
46146
43347
40572
20
80951
74212
67709
61348
58198
55062
51938
48830
45744
30
100667
92398
84418
76621
72763
68921
65092
61275
57470
5
4.211
4.576
4.898
5.180
5.306
5.423
5.531
5.630
5.720
10
4.321
4.739
5.112
5.444
5.594
5.734
5.865
5.986
6.098
15
4.406
4.879
5.307
5.689
5.865
6.030
6.184
6.329
6.464
20
4.463
4.995
5.478
5.915
6.117
6.307
6.487
6.657
6.816
30
4.485
5.141
5.744
6.296
6.554
6.800
7.034
7.256
7.468
5
842
813
784
755
740
725
710
694
679
10
952
921
890
859
843
827
811
794
778
15
1074
1040
1007
973
956
939
922
904
887
20
1208
1171
1135
1100
1081
1063
1045
1026
1007
30
1520
1476
1434
1393
1372
1351
1330
1309
1288
5
7.19
7.56
7.90
8.21
8.35
8.48
8.60
8.71
8.81
10
7.30
7.73
8.14
8.50
8.67
8.83
8.97
9.11
9.24
15
7.39
7.88
8.35
8.78
8.97
9.16
9.34
9.51
9.66
20
7.44
8.01
8.54
9.03
9.26
9.48
9.69
9.89
10.08
30
7.47
8.17
8.84
9.47
9.77
10.06
10.33
10.60
10.85
40
112845
103180
93740
89071
84422
79785
75156
70530
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
2.514
2.507
2.473
2.415
2.378
2.336
2.289
2.238
-35
2.742
2.767
2.764
2.735
2.712
2.683
2.649
2.610
-30
2.963
3.022
3.052
3.054
3.045
3.031
3.011
2.985
2.954
-25
3.175
3.270
3.335
3.370
3.377
3.378
3.372
3.361
3.344
-20
3.364
3.498
3.600
3.671
3.696
3.713
3.724
3.729
3.727
40
5.124
5.852
6.526
6.843
7.147
7.438
7.717
7.983
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
230
214
197
179
170
161
151
142
-35
273
256
238
220
210
200
190
181
-30
320
302
284
264
254
244
233
223
214
-25
372
353
334
314
303
292
281
270
260
-20
429
409
389
368
357
345
334
322
312
40
1830
1781
1734
1710
1686
1662
1638
1615
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
5.68
5.68
5.65
5.61
5.58
5.55
5.52
5.49
-35
5.85
5.87
5.87
5.85
5.83
5.81
5.78
5.75
-30
6.03
6.08
6.11
6.11
6.10
6.09
6.07
6.05
6.02
-25
6.21
6.29
6.35
6.38
6.39
6.39
6.38
6.37
6.36
-20
6.38
6.50
6.59
6.66
6.68
6.70
6.71
6.71
6.71
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
40
8.15
8.96
9.74
10.11
10.47
10.82
11.15
11.48
IR4C0969S
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
120000
100000
70 °F
80 °F
BTU/HR
80000
90 °F
60000
100 °F
105 °F
40000
110 °F
120 °F
20000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
12
11
AMPS
10
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
9
8
7
6
5
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4C0969S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
8011
7055
6135
5239
4801
4374
3964
3580
-35
9478
8420
7400
6402
5912
5433
4969
4529
-30
11095
9923
8792
7683
7136
6599
6076
5575
5104
-25
12874
11575
10321
9089
8480
7880
7293
6726
6188
-20
14802
13372
11990
10631
9958
9292
8637
8001
7390
-15
17058
15462
13920
12403
11651
10905
10170
9451
8757
Evaporating Temperature °F
-10
-5
0
19546
22285
25293
17766
20300
23083
16045
18382
20947
14354
16498
18851
13515
15564
17811
12682
14635
16777
11859
13715
15751
11051
12809
14737
10264
11923
13742
5
28592
26132
23757
21427
20272
19122
17980
16849
15735
10
32206
29471
26831
24244
22961
21685
20416
19157
17912
15
36158
33120
30189
27320
25898
24482
23073
21674
20286
20
40476
37106
33855
30674
29099
27531
25969
24415
22872
30
50334
46199
42209
38311
36382
34461
32546
30638
28735
5
2.293
2.491
2.667
2.820
2.889
2.953
3.011
3.065
3.114
10
2.341
2.568
2.770
2.950
3.031
3.107
3.178
3.244
3.304
15
2.377
2.633
2.863
3.070
3.164
3.253
3.337
3.415
3.488
20
2.399
2.685
2.945
3.180
3.288
3.391
3.487
3.578
3.664
30
2.396
2.746
3.069
3.364
3.501
3.633
3.758
3.877
3.990
5
421
406
392
378
370
363
355
347
339
10
476
460
445
429
422
413
405
397
389
15
537
520
503
487
478
470
461
452
443
20
604
585
568
550
541
532
522
513
504
30
760
738
717
696
686
676
665
654
644
5
5.53
5.67
5.80
5.91
5.97
6.02
6.07
6.12
6.16
10
5.56
5.72
5.88
6.02
6.09
6.15
6.21
6.27
6.33
15
5.58
5.77
5.95
6.12
6.20
6.28
6.35
6.43
6.49
20
5.60
5.81
6.02
6.22
6.31
6.40
6.49
6.57
6.65
30
5.60
5.86
6.12
6.38
6.50
6.62
6.74
6.85
6.97
40
56423
51590
46870
44536
42211
39893
37578
35265
Condensing
Temperature °F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
1.479
1.475
1.455
1.421
1.399
1.375
1.347
1.317
-35
1.594
1.608
1.606
1.590
1.576
1.559
1.540
1.517
-30
1.702
1.737
1.754
1.755
1.750
1.742
1.730
1.716
1.698
-25
1.805
1.860
1.896
1.916
1.921
1.921
1.918
1.912
1.902
-20
1.896
1.972
2.029
2.069
2.083
2.093
2.099
2.102
2.101
-15
1.993
2.091
2.170
2.230
2.254
2.274
2.290
2.301
2.310
Evaporating Temperature °F
-10
-5
0
2.082
2.162
2.233
2.203
2.308
2.404
2.305
2.433
2.554
2.387
2.538
2.683
2.421
2.583
2.739
2.451
2.624
2.791
2.477
2.660
2.838
2.498
2.692
2.881
2.516
2.719
2.919
40
2.724
3.111
3.469
3.638
3.799
3.954
4.103
4.244
Condensing
Temperature °F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
115
107
98
89
85
80
75
71
-35
136
128
119
110
105
100
95
90
-30
160
151
142
132
127
122
116
111
107
-25
186
176
167
157
151
146
140
135
130
-20
214
204
194
184
178
173
167
161
156
-15
248
237
226
215
209
203
197
191
185
Evaporating Temperature °F
-10
-5
0
285
326
371
273
313
357
262
301
344
250
288
331
244
282
324
237
275
317
231
268
309
224
261
302
218
255
295
40
915
891
867
855
843
831
819
807
Condensing
Temperature °F
Unloaded Current [Amps] *
70
80
90
100
105
110
115
120
125
-40
5.05
5.05
5.04
5.03
5.02
5.01
5.00
4.98
-35
5.11
5.12
5.11
5.11
5.10
5.09
5.08
5.07
-30
5.16
5.18
5.19
5.19
5.19
5.19
5.18
5.17
5.16
-25
5.22
5.25
5.27
5.28
5.29
5.29
5.28
5.28
5.28
-20
5.27
5.32
5.35
5.38
5.39
5.39
5.39
5.40
5.40
-15
5.33
5.39
5.44
5.48
5.50
5.51
5.52
5.53
5.53
Evaporating Temperature °F
-10
-5
0
5.39
5.44
5.48
5.46
5.53
5.60
5.53
5.62
5.71
5.59
5.70
5.81
5.61
5.73
5.85
5.63
5.76
5.89
5.65
5.79
5.93
5.67
5.81
5.96
5.68
5.84
6.00
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
40
5.84
6.16
6.47
6.63
6.78
6.93
7.08
7.22
IR4C0969S
Conditions
R-404A & R-507A
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
60000
50000
70 °F
80 °F
BTU/HR
40000
90 °F
30000
100 °F
105 °F
20000
110 °F
120 °F
10000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
7.5
7.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
6.5
6.0
5.5
5.0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4C1145S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [btu/hr]
70
80
90
100
105
110
115
120
125
-40
18776
16410
14199
12098
11084
10102
9165
8291
-35
22220
19632
17198
14768
13646
12551
11495
10496
-30
26024
23185
20364
17806
16554
15325
14130
12987
11974
-25
30215
27094
24130
21261
19851
18463
17105
15796
14557
-20
34765
31347
28091
24928
23368
21825
20307
18832
17419
Evaporating Temperature °F
-15
-10
-5
40090
45968
52443
36297
41756
47765
32674
37724
43278
29144
33789
38894
27399
31839
36719
25668
29902
34555
23960
27984
32408
22289
26099
30289
20675
24266
28216
-20
3.973
4.119
4.238
4.328
4.362
4.389
4.408
4.421
4.425
Evaporating Temperature °F
-15
-10
-5
4.204
4.418
4.613
4.401
4.669
4.919
4.569
4.887
5.191
4.705
5.073
5.428
4.762
5.154
5.533
4.811
5.226
5.630
4.853
5.290
5.717
4.886
5.345
5.796
4.911
5.392
5.866
-20
504
479
455
431
418
405
392
379
367
Evaporating Temperature °F
-15
-10
-5
582
670
766
556
642
737
531
615
709
506
588
680
492
574
665
478
559
649
465
545
633
451
530
618
437
516
602
-20
8.78
8.88
8.97
9.04
9.06
9.09
9.10
9.11
9.11
Evaporating Temperature °F
-15
-10
-5
8.94
9.11
9.26
9.10
9.31
9.52
9.23
9.49
9.75
9.34
9.65
9.96
9.38
9.72
10.05
9.43
9.78
10.14
9.46
9.84
10.22
9.49
9.89
10.30
9.51
9.93
10.36
0
59562
54366
49376
44494
42072
39659
37259
34884
32550
5
67374
61605
56057
50628
47934
45247
42571
39915
37295
10
75935
69533
63369
57336
54341
51354
48375
45413
42480
15
85303
78202
71360
64662
61337
58019
54708
51410
48135
20
95543
87673
80083
72652
68964
65283
61607
57941
54292
30
118933
109287
99967
90842
86314
81795
77278
72763
68254
0
4.787
5.150
5.477
5.767
5.898
6.020
6.132
6.235
6.329
5
4.937
5.360
5.744
6.089
6.247
6.395
6.533
6.662
6.780
10
5.061
5.545
5.988
6.391
6.576
6.752
6.917
7.072
7.216
15
5.155
5.703
6.208
6.670
6.884
7.088
7.281
7.463
7.634
20
5.218
5.832
6.400
6.923
7.168
7.401
7.623
7.834
8.033
30
5.238
5.990
6.692
7.345
7.653
7.948
8.231
8.501
8.759
0
873
842
812
781
765
748
732
715
698
5
992
958
925
892
875
858
840
822
805
10
1122
1086
1051
1016
998
979
960
941
922
15
1267
1227
1190
1152
1133
1113
1093
1072
1052
20
1426
1383
1343
1302
1282
1260
1239
1217
1196
30
1796
1746
1698
1651
1628
1604
1579
1554
1530
0
9.41
9.71
10.00
10.27
10.39
10.51
10.62
10.72
10.81
5
9.53
9.90
10.25
10.58
10.73
10.88
11.01
11.14
11.26
10
9.64
10.07
10.48
10.87
11.06
11.23
11.40
11.56
11.71
15
9.72
10.21
10.69
11.15
11.37
11.58
11.78
11.98
12.16
20
9.77
10.33
10.88
11.41
11.66
11.91
12.15
12.38
12.59
30
9.79
10.48
11.17
11.85
12.18
12.50
12.81
13.12
13.41
40
133606
122306
111237
105746
100265
94784
89299
83805
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
2.994
2.955
2.896
2.817
2.769
2.716
2.658
2.595
-35
3.258
3.263
3.246
3.185
3.156
3.123
3.083
3.038
-30
3.512
3.563
3.567
3.568
3.560
3.546
3.525
3.498
3.484
-25
3.755
3.853
3.925
3.969
3.982
3.987
3.985
3.976
3.961
40
5.961
6.800
7.586
7.958
8.317
8.663
8.995
9.314
Condensing
Temperature °F
Mass Flow [lbs/hr]
70
80
90
100
105
110
115
120
125
-40
270
249
228
207
196
186
175
165
-35
320
298
277
253
242
231
220
209
-30
376
353
328
306
294
283
271
260
251
-25
437
414
391
367
355
342
330
318
306
40
2167
2112
2057
2030
2003
1975
1947
1919
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
8.15
8.13
8.09
8.05
8.03
8.00
7.97
7.94
-35
8.30
8.30
8.28
8.26
8.24
8.22
8.20
8.17
-30
8.46
8.49
8.50
8.50
8.49
8.48
8.47
8.45
8.44
-25
8.62
8.69
8.74
8.77
8.78
8.79
8.78
8.78
8.77
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
40
10.45
11.28
12.11
12.51
12.91
13.30
13.68
14.04
IR4C1145S
Conditions
R-404A & R-507A
Ingersoll-Rand I"mpact"Compressor
460/3/60Hz
65 F
° Return Gas
No Liquid Sub Cooling
Capacity
140000
120000
70 °F
100000
BTU/HR
80 °F
90 °F
80000
100 °F
60000
105 °F
110 °F
40000
120 °F
20000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
15
14
13
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
12
11
10
9
8
7
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
©2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4C1145S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact"Compressor
Condensing
Temperature °F
Unloaded Capacity [btu/hr]
70
80
90
100
105
110
115
120
125
-40
9310
8138
7044
6004
5503
5016
4552
4118
-35
11023
9741
8537
7384
6823
6276
5747
5248
-30
12915
11510
10182
8903
8277
7662
7065
6494
5959
-25
15000
13456
11990
10571
9874
9186
8513
7864
7248
-20
17383
15674
14046
12464
11684
10913
10154
9416
8710
Evaporating Temperature °F
-15
-10
-5
20045
22984
26222
18149
20878
23883
16337
18862
21639
14572
16895
19447
13700
15920
18360
12834
14951
17278
11980
13992
16204
11145
13050
15145
10338
12133
14108
0
29781
27183
24688
22247
21036
19830
18630
17442
16275
5
33687
30803
28029
25314
23967
22624
21286
19958
18648
10
37968
34767
31685
28668
27171
25677
24188
22707
21240
15
42652
39101
35680
32331
30669
29010
27354
25705
24068
20
47772
43837
40042
36326
34482
32642
30804
28971
27146
30
59467
54644
49984
45421
43157
40898
38639
36382
34127
0
2.621
2.820
2.998
3.157
3.229
3.296
3.357
3.414
3.465
5
2.688
2.918
3.127
3.315
3.401
3.482
3.557
3.627
3.691
10
2.742
3.005
3.245
3.463
3.563
3.659
3.748
3.832
3.910
15
2.782
3.077
3.350
3.599
3.715
3.825
3.929
4.027
4.119
20
2.805
3.135
3.441
3.722
3.853
3.979
4.098
4.211
4.318
30
2.799
3.200
3.576
3.924
4.089
4.246
4.397
4.542
4.680
5
496
479
463
446
438
429
420
411
402
10
561
543
525
508
499
490
480
471
461
15
633
614
595
576
566
556
546
536
526
20
713
692
671
651
641
630
620
609
598
30
898
873
849
826
814
802
790
777
765
5
7.99
8.11
8.23
8.34
8.39
8.44
8.49
8.54
8.58
10
8.01
8.15
8.29
8.43
8.49
8.56
8.62
8.68
8.73
15
8.04
8.19
8.36
8.52
8.60
8.67
8.75
8.81
8.88
20
8.04
8.23
8.41
8.60
8.69
8.78
8.87
8.95
9.03
30
8.04
8.27
8.50
8.74
8.86
8.98
9.09
9.21
9.32
40
66803
61153
55619
52873
50133
47392
44650
41903
Condensing
Temperature °F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
1.752
1.728
1.693
1.647
1.619
1.588
1.554
1.517
-35
1.883
1.885
1.875
1.852
1.836
1.816
1.793
1.767
-30
2.007
2.036
2.051
2.052
2.047
2.039
2.027
2.012
1.992
-25
2.124
2.179
2.220
2.245
2.253
2.256
2.255
2.251
2.242
-20
2.240
2.322
2.389
2.440
2.459
2.474
2.485
2.492
2.495
Evaporating Temperature °F
-15
-10
-5
2.350
2.450
2.541
2.460
2.589
2.710
2.553
2.710
2.859
2.630
2.814
2.990
2.662
2.858
3.048
2.689
2.898
3.101
2.712
2.934
3.149
2.731
2.965
3.192
2.745
2.991
3.231
40
3.169
3.615
4.033
4.231
4.422
4.606
4.782
4.952
Condensing
Temperature °F
Unloaded Mass Flow [lbs/hr]
70
80
90
100
105
110
115
120
125
-40
133
123
113
102
97
92
86
82
-35
158
147
137
126
121
115
110
104
-30
186
175
164
153
147
141
135
130
124
-25
216
205
193
182
176
170
163
157
152
-20
252
240
228
216
209
203
196
190
184
Evaporating Temperature °F
-15
-10
-5
291
335
383
278
321
368
266
308
354
253
294
340
246
287
332
239
280
325
232
272
317
225
265
309
219
258
301
0
437
421
406
390
382
374
366
357
349
40
1084
1056
1029
1015
1001
987
973
959
Condensing
Temperature °F
Unloaded Current [Amps]
70
80
90
100
105
110
115
120
125
-40
7.60
7.60
7.59
7.57
7.56
7.56
7.55
7.54
-35
7.65
7.65
7.64
7.64
7.63
7.62
7.62
7.61
-30
7.70
7.70
7.71
7.71
7.70
7.70
7.70
7.69
7.68
-25
7.73
7.76
7.77
7.78
7.79
7.79
7.79
7.79
7.78
-20
7.78
7.81
7.85
7.87
7.88
7.88
7.89
7.89
7.89
Evaporating Temperature °F
-15
-10
-5
7.83
7.87
7.91
7.88
7.94
7.99
7.92
8.00
8.08
7.96
8.05
8.14
7.97
8.08
8.18
7.99
8.09
8.21
8.00
8.12
8.24
8.01
8.13
8.26
8.01
8.15
8.28
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
©2004 Ingersoll-Rand Corp.
Printed in U.S.A.
0
7.95
8.05
8.15
8.24
8.28
8.32
8.36
8.40
8.43
40
8.25
8.53
8.82
8.97
9.11
9.26
9.40
9.55
IR4C1145S
Conditions
R-404A & R-507A
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
70000
60000
70 °F
50000
BTU/HR
80 °F
40000
90 °F
100 °F
30000
105 °F
20000
110 °F
120 °F
10000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
10.0
9.5
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
9.0
8.5
8.0
7.5
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4C1385S
R-404A/507
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
23864
21196
18642
16128
14862
13577
12265
10915
-35
27488
24652
21945
19292
17963
16619
15251
13849
-30
31725
28651
25723
22863
21436
19998
18539
17051
15524
-25
36605
33226
30006
26871
25311
23745
22162
20553
18909
-20
42161
38406
34827
31347
29621
27892
26150
24386
22590
Evaporating Temperature °F
-15
-10
-5
48422
55420
63187
44224
50710
57896
40216
46205
52824
36323
41830
47898
34396
39667
45466
32470
37509
43042
30534
35346
40617
28580
33168
38181
26599
30966
35724
-20
4.851
5.039
5.204
5.353
5.424
5.495
5.567
5.640
5.715
Evaporating Temperature °F
-15
-10
-5
5.144
5.423
5.684
5.382
5.714
6.030
5.596
5.980
6.349
5.794
6.229
6.652
5.890
6.350
6.800
5.985
6.470
6.947
6.081
6.591
7.093
6.177
6.713
7.241
6.277
6.837
7.391
-20
615
591
568
544
531
518
504
489
474
Evaporating Temperature °F
-15
-10
-5
707
809
924
681
781
893
656
754
864
631
727
835
617
714
821
604
699
806
590
685
791
575
670
775
560
654
759
-20
9.44
9.60
9.75
9.89
9.96
10.03
10.10
10.17
10.25
Evaporating Temperature °F
-15
-10
-5
9.69
9.94
10.19
9.90
10.21
10.51
10.10
10.46
10.82
10.30
10.71
11.13
10.39
10.83
11.28
10.49
10.96
11.44
10.58
11.08
11.59
10.68
11.21
11.75
10.79
11.34
11.91
0
71754
65812
60106
54560
51824
49100
46378
43649
40903
5
81151
74491
68081
61847
58772
55713
52660
49603
46535
10
91410
83962
76780
69789
66341
62912
59494
56076
52650
15
102563
94258
86235
78417
74562
70730
66912
63098
59279
20
114639
105410
96477
87764
83467
79197
74945
70701
66455
30
141691
130405
119445
108737
103453
98204
92980
87772
82570
159197
145935
132955
126547
120182
113849
107539
101243
40
0
5.923
6.326
6.702
7.060
7.236
7.410
7.584
7.759
7.936
5
6.136
6.598
7.033
7.449
7.653
7.856
8.059
8.262
8.467
10
6.320
6.843
7.338
7.815
8.049
8.281
8.513
8.746
8.980
15
6.469
7.056
7.614
8.153
8.418
8.682
8.944
9.207
9.472
20
6.580
7.232
7.856
8.460
8.757
9.053
9.347
9.642
9.938
30
6.671
7.463
8.224
8.964
9.329
9.691
10.052
10.414
10.776
7.501
8.408
9.293
9.730
10.164
10.597
11.030
11.463
0
1051
1018
986
955
939
924
908
891
874
5
1192
1156
1121
1088
1071
1054
1037
1020
1002
10
1348
1308
1270
1234
1216
1198
1180
1162
1143
15
1520
1476
1435
1395
1376
1357
1337
1318
1298
20
1709
1661
1616
1573
1552
1531
1510
1489
1468
30
2141
2084
2030
1979
1954
1930
1906
1882
1858
2584
2521
2461
2432
2403
2375
2348
2320
0
10.42
10.81
11.18
11.55
11.73
11.92
12.11
12.30
12.49
5
10.63
11.08
11.52
11.96
12.18
12.40
12.62
12.84
13.07
10
10.82
11.34
11.85
12.35
12.61
12.86
13.12
13.38
13.65
15
10.97
11.56
12.14
12.72
13.02
13.31
13.60
13.90
14.21
20
11.08
11.75
12.41
13.07
13.40
13.73
14.07
14.41
14.75
30
11.16
11.99
12.82
13.64
14.06
14.47
14.90
15.32
15.75
12.01
13.02
14.02
14.53
15.04
15.55
16.07
16.60
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
3.623
3.633
3.621
3.597
3.582
3.568
3.555
3.544
-35
3.931
3.982
4.010
4.026
4.032
4.037
4.043
4.052
-30
4.241
4.335
4.407
4.465
4.491
4.517
4.544
4.573
4.604
-25
4.549
4.689
4.806
4.908
4.957
5.005
5.053
5.103
5.157
40
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
337
318
297
275
262
249
235
220
-35
395
375
354
332
320
307
293
278
-30
460
439
418
395
383
370
357
342
327
-25
533
511
489
465
453
440
427
412
397
40
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
8.56
8.56
8.55
8.52
8.50
8.49
8.47
8.45
-35
8.75
8.78
8.80
8.81
8.81
8.82
8.82
8.82
-30
8.96
9.04
9.09
9.14
9.17
9.19
9.21
9.24
9.26
-25
9.19
9.31
9.41
9.50
9.55
9.59
9.64
9.69
9.74
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
40
IR4C1385S
Conditions
R-404A/507
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
180000
BTU/HR
160000
140000
70 °F
120000
80 °F
100000
90 °F
100 °F
80000
105 °F
60000
110 °F
40000
120 °F
20000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
AMPS
Current @ 460 V 3 ph 60 Hz
17.0
16.5
16.0
15.5
15.0
14.5
14.0
13.5
13.0
12.5
12.0
11.5
11.0
10.5
10.0
9.5
9.0
8.5
8.0
70
80
90
100
105
110
115
120
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
Evaporating Temperature °F
©2004 Ingersoll-Rand Corp.
P
rinted in U
.S.A.
15
20
30
40
Conditions
IR4C1385S
R-404A/507
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
11932
10598
9321
8064
7431
6789
6132
5457
-35
13744
12326
10973
9646
8981
8309
7625
6924
-30
15862
14326
12861
11432
10718
9999
9270
8525
7762
-25
18303
16613
15003
13435
12656
11872
11081
10276
9454
-20
21080
19203
17413
15674
14811
13946
13075
12193
11295
-40
2.132
2.139
2.133
2.120
2.112
2.104
2.096
2.090
-35
2.286
2.315
2.332
2.342
2.345
2.348
2.352
2.356
-30
2.438
2.492
2.533
2.567
2.582
2.596
2.612
2.628
2.645
-25
2.589
2.668
2.734
2.792
2.819
2.846
2.874
2.902
2.931
-20
2.736
2.841
2.933
3.017
3.057
3.096
3.136
3.177
3.219
Evaporating Temperature °F
-15
-10
-5
24211
27710
31594
22112
25355
28948
20108
23102
26412
18162
20915
23949
17198
19834
22733
16235
18755
21521
15267
17673
20308
14290
16584
19090
13299
15483
17862
0
35877
32906
30053
27280
25912
24550
23189
21824
20452
5
40575
37245
34040
30923
29386
27856
26330
24802
23267
10
45705
41981
38390
34894
33170
31456
29747
28038
26325
15
51281
47129
43118
39209
37281
35365
33456
31549
29640
20
57320
52705
48238
43882
41734
39599
37472
35350
33228
30
70846
65202
59723
54368
51726
49102
46490
43886
41285
40
0
3.244
3.464
3.670
3.866
3.962
4.058
4.153
4.249
4.345
5
3.342
3.593
3.830
4.057
4.168
4.279
4.389
4.500
4.612
10
3.424
3.708
3.977
4.236
4.363
4.489
4.615
4.741
4.868
15
3.489
3.806
4.108
4.400
4.543
4.685
4.827
4.970
5.113
20
3.535
3.887
4.222
4.548
4.708
4.867
5.025
5.184
5.344
30
3.562
3.985
4.392
4.787
4.982
5.176
5.370
5.563
5.757
0
525
509
493
477
470
462
454
446
437
5
596
578
561
544
535
527
519
510
501
10
674
654
635
617
608
599
590
581
572
15
760
738
717
698
688
678
669
659
649
20
854
830
808
786
776
765
755
745
734
30
1070
1042
1015
990
977
965
953
941
929
1292
1260
1230
1216
1202
1188
1174
1160
0
8.30
8.43
8.56
8.70
8.77
8.84
8.91
8.98
9.06
5
8.36
8.52
8.67
8.83
8.92
9.00
9.09
9.18
9.27
10
8.42
8.60
8.78
8.97
9.06
9.16
9.26
9.37
9.47
15
8.46
8.66
8.87
9.09
9.20
9.32
9.43
9.55
9.68
20
8.49
8.72
8.96
9.21
9.33
9.46
9.60
9.73
9.88
30
8.49
8.79
9.09
9.40
9.57
9.73
9.90
10.07
10.25
8.78
9.15
9.54
9.74
9.94
10.15
10.36
10.58
79598
72968
66478
63274
60091
56924
53769
50621
Condensing
Temperature °F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
Evaporating Temperature °F
-15
-10
-5
2.876
3.009
3.132
3.009
3.170
3.322
3.128
3.317
3.498
3.238
3.455
3.665
3.292
3.522
3.746
3.344
3.589
3.827
3.397
3.655
3.908
3.451
3.722
3.989
3.506
3.791
4.071
40
3.988
4.470
4.940
5.172
5.403
5.633
5.863
6.093
Condensing
Temperature °F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
168
159
149
137
131
125
118
110
-35
197
188
177
166
160
153
147
139
-30
230
220
209
198
192
185
178
171
163
-25
267
256
244
233
227
220
213
206
198
-20
307
296
284
272
265
259
252
245
237
Evaporating Temperature °F
-15
-10
-5
353
405
462
341
391
447
328
377
432
315
364
418
309
357
410
302
350
403
295
342
395
287
335
387
280
327
379
40
Condensing
Temperature °F
Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
7.74
7.75
7.75
7.74
7.73
7.73
7.72
7.71
-35
7.80
7.81
7.82
7.83
7.83
7.82
7.82
7.82
-30
7.86
7.89
7.91
7.92
7.93
7.94
7.95
7.95
7.96
-25
7.93
7.97
8.00
8.04
8.05
8.07
8.08
8.10
8.12
-20
8.00
8.06
8.11
8.16
8.18
8.21
8.23
8.26
8.29
Evaporating Temperature °F
-15
-10
-5
8.08
8.15
8.23
8.15
8.24
8.34
8.22
8.33
8.45
8.29
8.42
8.56
8.32
8.47
8.62
8.36
8.51
8.67
8.39
8.56
8.73
8.43
8.61
8.79
8.47
8.66
8.86
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Cooling Fan required
40
IR4C1385S
Conditions
R-404A/507
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
100000
90000
80000
70
BTU/HR
70000
80
60000
90
50000
100
105
40000
110
30000
115
20000
120
10000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
11.0
10.5
10.0
70
80
90
100
105
110
115
120
AMPS
9.5
9.0
8.5
8.0
7.5
7.0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
Evaporating Temperature °F
15
20
30
40
Conditions
IR4C1480S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
23197
20460
17864
15299
14023
12772
11574
10466
-35
27852
24809
21897
19003
17557
16129
14748
13450
-30
32991
29602
26340
23085
21452
19833
18253
16749
15363
-25
38649
34873
31222
27572
25735
23907
22113
20388
18772
-20
44986
40767
36676
32580
30516
28456
26424
24454
22587
Evaporating Temperature °F
-15
-10
-5
51999
59707
68162
47284
54440
62284
42701
49315
56559
38111
44183
50832
35798
36427
47944
33483
39003
45049
31191
36427
42165
28954
33900
39323
26812
31460
36561
-20
4.982
5.151
5.262
5.330
5.353
5.371
5.386
5.400
5.415
Evaporating Temperature °F
-15
-10
-5
5.320
5.638
5.933
5.541
5.916
6.271
5.704
6.133
6.546
5.822
6.302
6.768
5.869
6.490
6.863
5.908
6.434
6.948
5.943
6.490
7.026
5.975
6.541
7.097
6.005
6.587
7.162
-20
652
623
595
563
546
529
511
493
476
Evaporating Temperature °F
-15
-10
-5
755
870
996
725
837
961
694
804
926
661
769
888
643
750
868
624
730
846
605
709
824
586
688
802
567
668
780
-20
8.82
8.97
9.07
9.13
9.15
9.17
9.18
9.20
9.21
Evaporating Temperature °F
-15
-10
-5
9.12
9.42
9.71
9.33
9.69
10.05
9.49
9.91
10.33
9.60
10.08
10.56
9.65
10.15
10.66
9.68
10.21
10.75
9.72
10.27
10.83
9.75
10.32
10.91
9.78
10.37
10.98
0
77417
70866
64480
58100
54885
51659
48440
45256
42143
5
87534
80240
73129
66032
62459
58872
55288
51732
48239
10
98577
90465
82558
74676
70712
66731
62749
58788
54882
15
110615
101607
92825
84084
79691
75281
70864
66463
62107
20
123726
113734
103994
94311
89450
84570
79679
74798
69953
30
153510
141263
129321
117476
111540
105583
99609
93631
87669
0
6.200
6.603
6.938
7.217
7.337
7.448
7.549
7.642
7.729
5
6.434
6.908
7.308
7.646
7.795
7.933
8.059
8.177
8.287
10
6.630
7.181
7.653
8.056
8.235
8.401
8.556
8.700
8.836
15
6.784
7.420
7.968
8.441
8.654
8.852
9.037
9.212
9.377
20
6.891
7.620
8.253
8.802
9.051
9.283
9.503
9.710
9.908
30
6.945
7.888
8.713
9.440
9.771
10.085
10.383
10.667
10.940
0
1135
1097
1060
1019
998
975
951
927
904
5
1288
1248
1207
1164
1141
1116
1091
1066
1041
10
1457
1413
1369
1323
1298
1272
1246
1218
1191
15
1642
1596
1547
1498
1472
1444
1415
1386
1358
20
1847
1795
1744
1690
1662
1633
1602
1571
1541
30
2318
2257
2197
2136
2103
2070
2035
2000
1965
0
9.97
10.39
10.74
11.03
11.16
11.28
11.39
11.50
11.59
5
10.21
10.70
11.13
11.50
11.67
11.82
11.96
12.09
12.21
10
10.41
11.00
11.51
11.96
12.16
12.34
12.52
12.68
12.84
15
10.57
11.25
11.86
12.39
12.63
12.86
13.07
13.27
13.46
20
10.69
11.47
12.18
12.80
13.09
13.36
13.61
13.85
14.08
30
10.74
11.77
12.70
13.54
13.92
14.29
14.64
14.98
15.30
40
172798
158292
143924
136735
129523
122288
115034
107775
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
3.555
3.533
3.436
3.299
3.227
3.157
3.095
3.044
-35
3.919
3.943
3.900
3.817
3.770
3.723
3.680
3.645
-30
4.279
4.350
4.359
4.328
4.304
4.280
4.256
4.237
4.226
-25
4.632
4.751
4.811
4.830
4.830
4.826
4.822
4.819
4.820
40
7.924
8.978
9.915
10.346
10.756
11.148
11.525
11.889
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
333
310
287
262
249
235
221
209
-35
401
377
352
326
312
297
283
269
-30
476
450
425
397
382
366
351
335
322
-25
559
532
505
475
459
443
426
409
394
40
2803
2733
2662
2625
2587
2548
2508
2467
Condensing Temperature
°F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
7.67
7.66
7.59
7.50
7.45
7.41
7.37
7.34
-35
7.94
7.96
7.92
7.86
7.83
7.79
7.76
7.74
-30
8.22
8.28
8.28
8.26
8.24
8.22
8.20
8.19
8.18
-25
8.51
8.61
8.66
8.68
8.68
8.68
8.67
8.67
8.67
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
40
11.81
13.00
14.09
14.60
15.08
15.55
16.00
16.44
IR4C1480S
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
180000
BTU/HR
160000
140000
70 °F
120000
80 °F
100000
90 °F
100 °F
80000
105 °F
60000
110 °F
40000
120 °F
20000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
17
16
15
14
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
13
12
11
10
9
8
7
6
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4C1480S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
11599
10230
8932
7650
7012
6386
5787
5233
-35
13926
12405
10949
9502
8779
8065
7374
6725
-30
16496
14801
13170
11543
10726
9917
9127
8375
7682
-25
19325
17437
15611
13786
12868
11954
11057
10194
9386
-20
22493
20384
18338
16290
15258
14228
13212
12227
11294
Evaporating Temperature °F
-15
-10
-5
26000
29854
34081
23642
27220
31142
21350
24658
28280
19056
22092
25416
17899
18214
23972
16742
19502
22525
15596
18214
21083
14477
16950
19662
13406
15730
18281
0
38709
35433
32240
29050
27443
25830
24220
22628
21072
5
43767
40120
36565
33016
31230
29436
27644
25866
24120
10
49289
45233
41279
37338
35356
33366
31375
29394
27441
15
55308
50804
46413
42042
39846
37641
35432
33232
31054
20
61863
56867
51997
47156
44725
42285
39840
37399
34977
30
76755
70632
64661
58738
55770
52792
49805
46816
43835
40
0
3.394
3.615
3.798
3.951
4.017
4.077
4.133
4.184
4.231
5
3.503
3.761
3.979
4.163
4.244
4.319
4.388
4.452
4.512
10
3.592
3.891
4.147
4.365
4.462
4.552
4.636
4.714
4.788
15
3.660
4.004
4.300
4.555
4.669
4.776
4.876
4.970
5.059
20
3.704
4.096
4.436
4.732
4.865
4.990
5.108
5.220
5.326
30
3.710
4.214
4.655
5.043
5.220
5.388
5.547
5.699
5.845
4.213
4.773
5.271
5.500
5.718
5.927
6.127
6.321
5
644
624
604
582
570
558
546
533
520
10
728
706
685
661
649
636
623
609
596
15
821
798
774
749
736
722
708
693
679
20
923
897
872
845
831
816
801
786
770
30
1159
1128
1099
1068
1052
1035
1018
1000
982
40
0
1401
1367
1331
1313
1294
1274
1254
1234
5
7.64
7.82
7.99
8.13
8.19
8.25
8.31
8.36
8.41
10
7.70
7.92
8.11
8.29
8.37
8.44
8.51
8.58
8.65
15
7.75
8.00
8.23
8.45
8.54
8.64
8.72
8.80
8.89
20
7.78
8.08
8.35
8.60
8.71
8.82
8.93
9.03
9.13
30
7.79
8.17
8.53
8.87
9.03
9.18
9.34
9.48
9.62
40
86399
79146
71962
68368
64762
61144
57517
53888
Condensing
Temperature °F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
2.094
2.081
2.024
1.943
1.900
1.859
1.822
1.792
-35
2.279
2.293
2.268
2.220
2.193
2.165
2.141
2.120
-30
2.461
2.502
2.507
2.489
2.475
2.461
2.448
2.437
2.430
-25
2.636
2.704
2.738
2.786
2.748
2.747
2.744
2.743
2.743
-20
2.808
2.904
2.966
3.005
3.018
3.028
3.036
3.044
3.053
Evaporating Temperature °F
-15
-10
-5
2.973
3.127
3.268
3.097
3.281
3.454
3.188
3.402
3.605
3.254
3.496
3.728
3.280
3.534
3.780
3.302
3.569
3.827
3.322
3.600
3.870
3.339
3.628
3.909
3.356
3.654
3.945
40
Condensing
Temperature °F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
167
155
144
131
124
117
111
104
-35
200
188
176
163
156
149
141
134
-30
238
225
212
199
191
183
175
168
161
-25
279
266
252
238
230
221
213
205
197
-20
326
312
297
282
273
264
255
246
238
Evaporating Temperature °F
-15
-10
-5
378
435
498
362
419
480
347
402
463
331
385
444
322
375
434
312
365
423
302
355
412
293
344
401
284
334
390
0
568
549
530
510
499
487
476
464
452
Condensing
Temperature °F
Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
6.84
6.83
6.81
6.77
6.76
6.74
6.73
6.72
-35
6.92
6.93
6.92
6.90
6.88
6.87
6.86
6.85
-30
7.01
7.03
7.03
7.02
7.02
7.01
7.00
7.00
7.00
-25
7.10
7.14
7.16
7.16
7.16
7.16
7.16
7.16
7.16
-20
7.20
7.25
7.29
7.37
7.32
7.33
7.33
7.34
7.34
Evaporating Temperature °F
-15
-10
-5
7.29
7.39
7.48
7.37
7.49
7.61
7.43
7.57
7.71
7.47
7.63
7.80
7.49
7.66
7.84
7.50
7.68
7.87
7.52
7.71
7.90
7.53
7.72
7.93
7.54
7.74
7.96
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
0
7.56
7.71
7.85
7.96
8.01
8.06
8.10
8.14
8.18
8.17
8.63
9.08
9.29
9.50
9.70
9.90
10.10
IR4C1480S
Conditions
R-404A & R-507A
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
100000
90000
80000
70 °F
BTU/HR
70000
80 °F
60000
90 °F
50000
100 °F
40000
105 °F
30000
110 °F
20000
120 °F
10000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
11
10
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
9
8
7
6
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4C1761S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
28589
25286
22054
18917
17390
15895
14436
13013
-35
34138
30462
26851
23330
21610
19920
18264
16644
-30
40259
36172
32144
28200
26266
24361
22488
20648
18845
-25
46996
42456
37969
33558
31389
29247
27134
25053
23006
-20
54542
49491
44485
39548
37113
34703
32321
29967
27644
Evaporating Temperature °F
-15
-10
-5
62891
72064
82123
57272
65822
75196
51691
59607
68285
46171
53444
61415
43441
50389
58003
40733
47355
54608
38051
44342
51232
35395
41353
47875
32766
38386
44537
-20
6.095
6.323
6.499
6.624
6.668
6.699
6.719
6.726
6.722
Evaporating Temperature °F
-15
-10
-5
6.493
6.867
7.212
6.789
7.236
7.660
7.024
7.535
8.028
7.204
7.773
8.328
7.275
7.872
8.456
7.333
7.959
8.573
7.381
8.035
8.680
7.418
8.102
8.777
7.445
8.160
8.867
-20
790
757
721
684
665
645
625
604
583
Evaporating Temperature °F
-15
-10
-5
913
1050
1200
878
1012
1160
841
972
1118
801
930
1073
780
908
1050
759
886
1026
738
863
1001
716
840
976
693
816
951
-20
11.25
11.45
11.60
11.71
11.75
11.78
11.80
11.81
11.80
Evaporating Temperature °F
-15
-10
-5
11.60
11.94
12.26
11.86
12.28
12.69
12.08
12.57
13.06
12.25
12.80
13.36
12.32
12.90
13.49
12.38
12.99
13.61
12.42
13.06
13.72
12.46
13.13
13.82
12.48
13.19
13.92
0
93133
85456
77780
70134
66329
62538
58762
55002
51255
5
105165
96666
88153
79654
75417
71191
66977
62773
58578
10
118296
108898
99467
90033
85322
80619
75953
71233
66545
15
132608
122228
111792
101333
96103
90875
85650
80426
75197
20
148193
136741
125204
113621
107821
102019
96213
90402
84580
30
183592
169694
155635
141467
134355
127227
120084
112920
105729
0
7.521
8.056
8.499
8.866
9.027
9.175
9.313
9.442
9.565
5
7.791
8.421
8.945
9.385
9.580
9.762
9.933
10.095
10.252
10
8.015
8.748
9.362
9.882
10.114
10.332
10.538
10.736
10.929
15
8.187
9.033
9.745
10.353
10.626
10.883
11.128
11.363
11.592
20
8.303
9.271
10.092
10.796
11.114
11.414
11.699
11.974
12.243
30
8.342
9.588
10.657
11.585
12.006
12.404
12.783
13.147
13.501
0
1365
1323
1278
1231
1206
1180
1154
1127
1100
5
1548
1503
1455
1404
1377
1350
1322
1293
1264
10
1748
1701
1650
1595
1566
1537
1507
1476
1445
15
1969
1918
1864
1805
1775
1743
1711
1678
1644
20
2212
2158
2099
2036
2004
1970
1935
1899
1863
30
2772
2711
2644
2572
2534
2494
2454
2412
2369
0
12.56
13.09
13.53
13.91
14.08
14.24
14.38
14.52
14.65
5
12.82
13.45
14.00
14.46
14.67
14.87
15.05
15.23
15.40
10
13.04
13.79
14.44
14.99
15.25
15.48
15.71
15.93
16.14
15
13.22
14.09
14.85
15.51
15.81
16.09
16.37
16.63
16.89
20
13.33
14.34
15.22
16.00
16.35
16.69
17.01
17.32
17.62
30
13.37
14.68
15.84
16.88
17.35
17.81
18.24
18.66
19.07
40
207450
190460
173275
164626
155945
147231
138479
129679
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
4.401
4.402
4.367
4.284
4.222
4.144
4.048
3.934
-35
4.835
4.887
4.903
4.873
4.838
4.788
4.722
4.640
-30
5.264
5.371
5.438
5.459
5.450
5.428
5.391
5.339
5.271
-25
5.682
5.847
5.967
6.040
6.057
6.062
6.053
6.031
5.995
40
9.623
10.987
12.180
12.724
13.238
13.726
14.193
14.643
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
411
383
345
354
308
292
276
259
-35
491
463
432
400
384
367
350
332
-30
581
550
519
485
468
450
432
413
395
-25
679
647
614
579
560
542
523
503
483
40
3365
3288
3205
3161
3115
3067
3019
2969
Condensing Temperature
°F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
9.95
9.95
9.92
9.87
9.83
9.78
9.72
9.65
-35
10.25
10.29
10.30
10.28
10.25
10.21
10.17
10.11
-30
10.57
10.65
10.70
10.72
10.71
10.70
10.67
10.63
10.57
-25
10.90
11.04
11.14
11.20
11.22
11.22
11.21
11.19
11.16
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
40
14.72
16.21
17.55
18.17
18.77
19.33
19.88
20.41
IR4C1761S
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
220000
200000
180000
70 °F
160000
80 °F
BTU/HR
140000
90 °F
120000
100000
100 °F
80000
105 °F
60000
110 °F
40000
120 °F
20000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
21
AMPS
18
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
15
12
9
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4C1761S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
14295
12643
11027
9459
8695
7948
7218
6507
-35
17069
15231
13426
11665
10805
9960
9132
8322
-30
20130
18086
16072
14100
13133
12181
11244
10324
9423
-25
23498
21228
18985
16779
15695
14624
13567
12527
11503
-20
27271
24746
22243
19774
18557
17352
16161
14984
13822
Evaporating Temperature °F
-15
-10
-5
31446
36032
41062
28636
32911
37598
25846
29804
34143
23086
26722
30708
21721
25195
29002
20367
23678
27304
19026
22171
25616
17698
20677
23938
16383
19193
22269
0
46567
42728
38890
35067
33165
31269
29381
27501
25628
5
52583
48333
44077
39827
37709
35596
33489
31387
29289
10
59148
54449
49734
45017
42661
40310
37977
35617
33273
15
66304
61114
55896
50667
48052
45438
42825
40213
37599
20
74097
68371
62602
56811
53911
51010
48107
45201
42290
30
91796
84847
77818
70734
67178
63614
60042
56460
52865
0
4.117
4.410
4.653
4.854
4.942
5.023
5.098
5.169
5.236
5
4.242
4.585
4.870
5.110
5.216
5.315
5.408
5.497
5.582
10
4.343
4.740
5.073
5.355
5.480
5.598
5.710
5.817
5.992
15
4.418
4.874
5.258
5.586
5.734
5.872
6.004
6.131
6.255
20
4.463
4.984
5.425
5.804
5.976
6.136
6.289
6.437
6.581
30
4.457
5.122
5.694
6.189
6.414
6.627
6.829
7.024
7.213
5
774
752
728
702
689
675
661
647
632
10
874
850
825
798
783
769
754
738
722
15
985
959
932
903
887
872
855
839
822
20
1106
1079
1050
1018
1002
985
967
950
931
30
1386
1356
1322
1286
1267
1247
1227
1206
1185
5
9.84
10.07
10.27
10.45
10.53
10.61
10.68
10.75
10.82
10
9.91
10.18
10.42
10.64
10.74
10.83
10.92
11.01
11.10
15
9.96
10.28
10.56
10.83
10.94
11.06
11.17
11.28
11.39
20
9.99
10.35
10.69
11.00
11.15
11.28
11.42
11.55
11.68
30
9.98
10.46
10.91
11.33
11.53
11.72
11.90
12.08
12.26
40
103725
95230
86638
82313
77973
73616
69240
64840
Condensing
Temperature °F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
2.592
2.592
2.571
2.523
2.486
2.440
2.384
2.317
-35
2.812
2.843
2.852
2.834
2.814
2.785
2.747
2.699
-30
3.027
3.088
3.127
3.139
3.134
3.121
3.100
3.070
3.031
-25
3.233
3.327
3.396
3.437
3.447
3.450
3.445
3.432
3.412
-20
3.436
3.564
3.664
3.734
3.759
3.777
3.788
3.792
3.789
Evaporating Temperature °F
-15
-10
-5
3.629
3.809
3.972
3.794
4.013
4.219
3.926
4.179
4.422
4.026
4.311
4.587
4.066
4.366
4.658
4.099
4.414
4.722
4.125
4.456
4.781
4.146
4.494
4.834
4.161
4.526
4.884
40
5.116
5.841
6.476
6.765
7.038
7.297
7.546
7.785
Condensing
Temperature °F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
205
192
173
177
154
146
138
130
-35
246
231
216
200
192
184
175
166
-30
290
275
259
243
234
225
216
207
197
-25
340
324
307
289
280
271
261
252
242
-20
395
378
361
342
332
322
312
302
291
Evaporating Temperature °F
-15
-10
-5
457
525
600
439
506
580
420
486
559
400
465
537
390
454
525
380
443
513
369
432
501
358
420
488
347
408
475
0
683
662
639
615
603
590
577
564
550
40
1682
1644
1602
1580
1557
1534
1509
1484
Condensing
Temperature °F
Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
8.99
8.99
8.98
8.97
8.96
8.94
8.92
8.90
-35
9.08
9.09
9.10
9.09
9.08
9.07
9.05
9.03
-30
9.17
9.20
9.22
9.22
9.22
9.22
9.21
9.19
9.17
-25
9.27
9.31
9.35
9.37
9.38
9.38
9.38
9.37
9.36
-20
9.37
9.44
9.50
9.53
9.55
9.56
9.56
9.57
9.56
Evaporating Temperature °F
-15
-10
-5
9.47
9.58
9.67
9.57
9.70
9.83
9.64
9.80
9.96
9.71
9.89
10.07
9.73
9.92
10.12
9.75
9.96
10.16
9.77
9.98
10.21
9.78
10.01
10.25
9.79
10.03
10.28
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
0
9.76
9.95
10.12
10.26
10.33
10.39
10.44
10.49
10.55
40
10.45
11.03
11.58
11.84
12.10
12.34
12.58
12.81
IR4C1761S
Conditions
R-404A & R-507A
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
120000
100000
70 °F
80 °F
BTU/HR
80000
90 °F
60000
100 °F
105 °F
40000
110 °F
120 °F
20000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
13
12
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
11
10
9
8
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4C2067S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
33538
29304
25460
21838
20045
18239
16413
14578
-35
40090
35471
31231
27190
25178
23144
21082
19001
-30
47345
42288
37598
33088
30832
28546
26225
23874
21519
-25
55355
49801
44605
39570
37044
34481
31874
29228
26568
-20
64350
58219
52439
46806
43973
41097
38170
35194
32192
Evaporating Temperature °F
-15
-10
-5
0
74325
85309
97376
110605
67540
77792
89041
101363
61102
70619
81051
92466
54799
63572
73179
83683
51624
60018
69209
79252
48400
56412
65180
74760
45117
52738
61078
70188
41778
48999
56903
65534
38400
45212
52667
60808
-20
7.050
7.247
7.438
7.595
7.652
7.690
7.705
7.694
7.654
Evaporating Temperature °F
-15
-10
-5
7.525
7.977
8.400
7.792
8.322
8.831
8.048
8.644
9.222
8.265
8.921
9.560
8.352
9.037
9.706
8.421
9.135
9.833
8.467
9.212
9.940
8.489
9.266
10.027
8.483
9.294
10.090
-20
932
890
850
809
787
764
738
709
679
Evaporating Temperature °F
-15
-10
-5
1079
1243
1423
1035
1196
1374
994
1152
1327
951
1107
1279
927
1082
1253
902
1055
1225
875
1026
1194
845
995
1160
813
961
1124
-20
12.37
12.55
12.73
12.88
12.93
12.97
12.98
12.97
12.93
Evaporating Temperature °F
-15
-10
-5
12.81
13.24
13.66
13.07
13.58
14.10
13.31
13.91
14.50
13.53
14.19
14.86
13.61
14.31
15.01
13.68
14.41
15.15
13.73
14.49
15.26
13.75
14.55
15.36
13.74
14.58
15.42
5
125084
114835
104935
95146
90209
85207
80120
74942
69682
10
140905
129544
118535
107638
102145
96582
90930
85179
79335
15
158169
145581
133352
121234
115129
108952
102680
96301
89819
20
176987
163049
149475
136014
129237
122385
115433
108368
101187
30
219788
202736
186055
169493
161164
152756
144239
135594
126811
0
8.787
9.313
9.779
10.181
10.356
10.514
10.653
10.773
10.873
5
9.132
9.761
10.309
10.781
10.989
11.179
11.351
11.506
11.644
10
9.429
10.171
10.810
11.358
11.602
11.827
12.035
12.228
12.406
15
9.670
10.535
11.276
11.911
12.195
12.459
12.707
12.940
13.161
20
9.850
10.849
11.703
12.437
12.766
13.076
13.368
13.645
13.912
30
9.999
11.299
12.422
13.399
13.843
14.261
14.658
15.039
15.405
0
1622
1570
1520
1468
1441
1411
1378
1343
1305
5
1841
1786
1732
1677
1648
1616
1581
1544
1503
10
2083
2023
1966
1907
1875
1842
1805
1765
1722
15
2349
2285
2223
2160
2126
2090
2051
2009
1963
20
2641
2573
2506
2438
2402
2363
2322
2277
2228
30
3319
3239
3161
3081
3039
2995
2947
2896
2842
0
14.05
14.60
15.09
15.52
15.71
15.88
16.04
16.17
16.28
5
14.41
15.07
15.66
16.18
16.41
16.62
16.81
16.99
17.14
10
14.72
15.51
16.21
16.82
17.09
17.35
17.58
17.80
18.01
15
14.97
15.91
16.73
17.44
17.77
18.07
18.35
18.62
18.88
20
15.17
16.25
17.21
18.04
18.42
18.78
19.12
19.44
19.75
30
15.33
16.75
18.03
19.15
19.67
20.16
20.62
21.07
21.51
40
248247
227923
207720
197570
187336
176985
166490
155833
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
5.076
5.060
4.985
4.844
4.746
4.630
4.493
4.336
-35
5.574
5.602
5.599
5.545
5.494
5.423
5.330
5.213
-30
6.071
6.149
6.213
6.236
6.225
6.194
6.141
6.062
5.953
-25
6.561
6.695
6.823
6.916
6.940
6.946
6.928
6.884
6.810
40
11.431
12.887
14.178
14.770
15.329
15.860
16.364
16.845
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
482
444
409
374
355
335
314
290
-35
577
539
503
467
447
426
404
379
-30
683
643
607
569
549
527
504
478
451
-25
800
760
721
682
661
639
614
587
558
40
4027
3935
3842
3793
3742
3687
3629
3567
Condensing Temperature
°F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
10.75
10.74
10.69
10.59
10.52
10.44
10.36
10.25
-35
11.13
11.15
11.15
11.10
11.06
11.01
10.94
10.85
-30
11.52
11.59
11.64
11.66
11.65
11.63
11.58
11.52
11.43
-25
11.94
12.05
12.17
12.25
12.27
12.28
12.26
12.22
12.16
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
40
16.90
18.56
20.06
20.75
21.42
22.04
22.64
23.22
IR4C2067S
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
260000
240000
220000
200000
70 °F
180000
80 °F
BTU/HR
160000
90 °F
140000
120000
100 °F
100000
105 °F
80000
110 °F
60000
120 °F
40000
20000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
24
22
AMPS
20
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
18
16
14
12
10
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4C2067S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
16769
14652
12730
10919
10023
9120
8207
7289
-35
20045
17736
15616
13595
12589
11572
10541
9501
-30
23673
21144
18799
16544
15416
14273
13113
11937
10760
-25
27678
24901
22303
19785
18522
17241
15937
14614
13284
-20
32175
29110
26220
23403
21987
20549
19085
17597
16096
Evaporating Temperature °F
-15
-10
-5
37163
42655
48688
33770
38896
44521
30551
35310
40526
27400
31786
36590
25812
30009
34605
24200
28206
32590
22559
26369
30539
20889
24500
28452
19200
22606
26334
0
55303
50682
46233
41842
39626
37380
35094
32767
30404
5
62542
57418
52468
47573
45105
42604
40060
37471
34841
10
70453
64772
59268
53819
51073
48291
45465
42590
39668
15
79085
72791
66676
60617
57565
54476
51340
48151
44910
20
88494
81525
74738
68007
64619
61193
57717
54184
50594
30
109894
101368
93028
84747
80582
76378
72120
67797
63406
0
4.810
5.098
5.353
5.573
5.669
5.756
5.832
5.897
5.952
5
4.972
5.315
5.613
5.870
5.983
6.086
6.180
6.265
6.340
10
5.109
5.511
5.857
6.154
6.286
6.408
6.521
6.626
6.722
15
5.218
5.684
6.084
6.427
6.580
6.723
6.856
6.982
7.101
20
5.295
5.832
6.291
6.685
6.863
7.029
7.186
7.335
7.478
30
5.342
6.037
6.637
7.159
7.396
7.619
7.832
8.035
8.231
5
920
893
866
839
824
808
791
772
752
10
1041
1012
983
953
938
921
902
883
861
15
1174
1142
1112
1080
1063
1045
1025
1004
982
20
1321
1286
1253
1219
1201
1181
1161
1138
1114
30
1659
1620
1580
1541
1520
1497
1474
1448
1421
5
10.68
10.93
11.16
11.36
11.45
11.53
11.61
11.68
11.75
10
10.78
11.08
11.35
11.59
11.70
11.81
11.90
11.99
12.08
15
10.86
11.21
11.53
11.82
11.96
12.08
12.20
12.31
12.42
20
10.92
11.33
11.71
12.05
12.20
12.35
12.49
12.63
12.76
30
10.95
11.49
12.01
12.47
12.69
12.90
13.10
13.30
13.49
40
124124
113962
103860
98785
93668
88493
83245
77917
Condensing
Temperature °F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
2.989
2.980
2.936
2.852
2.795
2.726
2.646
2.553
-35
3.242
3.259
3.257
3.225
3.195
3.154
3.100
3.032
-30
3.491
3.536
3.573
3.586
3.580
3.562
3.531
3.486
3.423
-25
3.734
3.810
3.883
3.936
3.950
3.953
3.943
3.917
3.875
-20
3.974
4.085
4.193
4.281
4.314
4.335
4.344
4.337
4.315
Evaporating Temperature °F
-15
-10
-5
4.206
4.424
4.627
4.355
4.616
4.864
4.498
4.794
5.080
4.620
4.948
5.266
4.668
5.012
5.346
4.707
5.067
5.416
4.733
5.109
5.475
4.745
5.139
5.523
4.741
5.155
5.558
40
6.077
6.851
7.538
7.852
8.150
8.432
8.700
8.956
Condensing
Temperature °F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
241
222
205
187
178
168
157
145
-35
288
269
251
233
224
213
202
190
-30
341
322
303
285
275
264
252
239
225
-25
400
380
361
341
331
319
307
293
279
-20
466
445
425
405
394
382
369
355
339
Evaporating Temperature °F
-15
-10
-5
540
621
711
518
598
687
497
576
663
475
553
639
464
541
626
451
528
612
437
513
597
422
497
580
406
480
562
0
811
785
760
734
720
705
689
671
652
40
2013
1968
1921
1897
1871
1844
1815
1784
Condensing
Temperature °F
Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
9.54
9.53
9.51
9.48
9.45
9.43
9.40
9.36
-35
9.65
9.66
9.65
9.64
9.63
9.61
9.58
9.55
-30
9.77
9.79
9.81
9.82
9.82
9.81
9.79
9.77
9.74
-25
9.90
9.94
9.98
10.02
10.02
10.02
10.02
10.00
9.98
-20
10.03
10.10
10.16
10.22
10.24
10.26
10.26
10.26
10.24
Evaporating Temperature °F
-15
-10
-5
10.17
10.31
10.45
10.27
10.44
10.60
10.36
10.55
10.76
10.44
10.66
10.89
10.47
10.71
10.95
10.49
10.75
11.01
10.51
10.78
11.05
10.52
10.80
11.09
10.52
10.81
11.11
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
0
10.57
10.77
10.96
11.12
11.20
11.27
11.33
11.38
11.43
40
11.53
12.19
12.82
13.12
13.41
13.69
13.96
14.23
IR4C2067S
Conditions
R-404A & R-507A
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
140000
120000
70 °F
100000
BTU/HR
80 °F
90 °F
80000
100 °F
60000
105 °F
40000
110 °F
120 °F
20000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
15
14
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
13
12
11
10
9
-40
-35
-30
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Conditions
IR4C2397S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
38490
33646
29226
25088
23085
21109
19153
17209
-35
46312
40925
35938
31227
28939
26680
24441
22217
-30
54914
48942
43344
38012
35412
32842
30293
27760
25241
-25
64353
57753
51494
45486
42547
39637
36748
33875
31016
-20
74897
67599
60606
53847
50528
47237
43967
40712
37469
Evaporating Temperature °F
-15
-10
-5
86539
99309
113291
78478
90422
103507
70683
81753
93889
63098
73267
84420
59361
69074
79726
55651
64902
75051
51959
60747
70387
48280
56603
65731
44611
52465
61077
-20
8.317
8.566
8.703
8.770
8.791
8.809
8.831
8.862
8.907
Evaporating Temperature °F
-15
-10
-5
8.896
9.442
9.948
9.247
9.906
10.538
9.458
10.202
10.930
9.584
10.395
11.197
9.632
10.472
11.308
9.679
10.549
11.415
9.732
10.632
11.528
9.798
10.729
11.656
9.883
10.850
11.808
-20
1085
1034
983
931
905
878
850
820
880
Evaporating Temperature °F
-15
-10
-5
1257
1446
1655
2103
1390
1597
1149
1334
1537
1095
1275
1475
1066
1245
1443
1037
1214
1410
1007
1182
1376
976
1149
1340
944
1115
1304
-20
14.75
14.97
15.10
15.16
15.18
15.20
15.22
15.24
15.29
Evaporating Temperature °F
-15
-10
-5
15.27
15.79
16.27
15.60
16.23
16.86
15.80
16.52
17.26
15.92
16.72
17.53
15.97
16.79
17.65
16.01
16.87
17.76
16.06
16.95
17.87
16.13
17.05
18.01
16.21
17.17
18.17
0
128576
117819
107168
96627
91386
86159
80938
75720
70498
5
145261
133448
121674
109963
104125
98293
92462
86627
80782
10
163452
150494
137497
124509
118018
111525
105025
98514
91985
15
183263
169062
154735
140354
133149
125931
118699
111446
104166
20
204820
189270
173494
157592
149605
141595
133559
125493
117388
30
253739
235131
216055
196673
186894
177063
167179
157239
147233
0
10.406
11.134
11.634
11.987
12.133
12.274
12.418
12.575
12.757
5
10.808
11.686
12.307
12.756
12.944
13.121
13.299
13.488
13.699
10
11.146
12.187
12.942
13.501
13.735
13.954
14.169
14.391
14.632
15
11.411
12.628
13.532
14.214
14.501
14.768
15.025
15.285
15.558
20
11.595
13.002
14.069
14.891
15.238
15.559
15.864
16.167
16.477
30
11.688
13.515
14.958
16.109
16.603
17.057
17.483
17.891
18.294
0
1885
1825
1761
1695
1661
1626
1589
1552
1513
5
2138
2075
2008
1938
1902
1864
1825
1785
1743
10
2416
2350
2280
2206
2167
2126
2085
2042
1997
15
2721
2653
2580
2500
2459
2416
2371
2325
2277
20
3057
2986
2909
2825
2780
2734
2686
2636
2585
30
3832
3757
3671
3575
3524
3471
3416
3359
3299
0
16.73
17.47
17.99
18.36
18.51
18.66
18.82
18.99
19.19
5
17.13
18.04
18.70
19.18
19.39
19.58
19.78
19.99
20.22
10
17.48
18.57
19.39
20.00
20.26
20.51
20.75
21.00
21.27
15
17.75
19.05
20.04
20.80
21.12
21.42
21.71
22.01
22.32
20
17.94
19.45
20.63
21.56
21.96
22.32
22.68
23.03
23.39
30
18.04
20.02
21.64
22.96
23.53
24.06
24.56
25.04
25.52
40
287654
264773
241350
229481
217520
205472
193332
181092
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
5.875
5.834
5.765
5.645
5.557
5.446
5.310
5.144
-35
6.496
6.511
6.482
6.404
6.344
6.270
6.181
6.076
-30
7.113
7.195
7.213
7.179
7.146
7.105
7.058
7.005
6948.000
-25
7.717
7.877
7.950
7.964
7.958
7.948
7.937
7.929
7.927
40
13.611
15.495
17.048
17.725
18.351
18.934
19.485
20.014
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
553
510
470
430
409
388
366
343
-35
667
621
579
536
514
492
468
444
-30
792
745
699
654
631
607
582
556
529
-25
930
881
833
784
760
734
708
680
652
40
4666
4571
4464
4406
4345
4281
4215
4146
Condensing Temperature
°F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
12.81
12.78
12.73
12.65
12.59
12.52
12.43
12.32
-35
13.26
13.27
13.25
13.19
13.14
13.09
13.03
12.95
-30
13.74
13.80
13.82
13.79
13.76
13.73
13.69
13.73
13.60
-25
14.23
14.37
14.43
14.44
14.44
14.43
14.42
14.41
14.41
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
40
20.12
22.25
24.05
24.85
25.58
26.27
26.93
27.56
IR4C2397S
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
300000
280000
260000
240000
70 °F
220000
80 °F
BTU/HR
200000
180000
90 °F
160000
100 °F
140000
120000
105 °F
100000
80000
110 °F
60000
120 °F
40000
20000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
AMPS
Current @ 460 V 3 ph 60 Hz
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4C2397S
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
19245
16823
14613
12544
11543
10555
9577
8605
-35
23156
20463
17969
15614
14470
13340
12221
11109
-30
27457
24471
21672
19006
17706
16421
15147
13880
12621
-25
32177
28877
25747
22743
21274
19819
18374
16938
15508
-20
37449
33799
30303
26924
25264
23619
21984
20356
18735
Evaporating Temperature °F
-15
-10
-5
43270
49655
56646
39239
45211
51754
35342
40877
46945
31549
36634
42210
29681
34537
39863
27826
32451
37526
25980
30374
35194
24140
28302
32866
22306
26233
30539
0
64288
58910
53584
48314
45693
43080
40469
37860
35249
5
72631
66724
60837
54982
52063
49147
46231
43314
40391
10
81726
75247
68749
62255
59009
55763
52513
49257
45993
15
91632
84531
77368
70177
66575
62966
59350
55723
52083
20
102410
94635
86747
78796
74803
70798
66780
62747
58694
30
126870
117566
108028
98337
93447
88532
83590
78620
73617
0
5.697
6.095
6.369
6.562
6.642
6.719
6.798
6.884
6.984
5
5.885
6.363
6.701
6.945
7.047
7.144
7.241
7.344
7.458
10
6.039
6.603
7.012
7.315
7.442
7.561
7.677
7.798
7.929
15
6.157
6.814
7.301
7.669
7.824
7.968
8.107
8.247
8.395
20
6.233
6.989
7.563
8.005
8.191
8.364
8.528
8.691
8.857
30
6.244
7.220
7.992
8.607
8.870
9.113
9.340
9.559
9.774
5
1069
1037
1004
969
951
932
913
892
872
10
1208
1175
1140
1103
1083
1063
1042
1021
999
15
1361
1327
1290
1250
1229
1208
1185
1162
1138
20
1528
1493
1454
1412
1390
1367
1343
1318
1293
30
1916
1878
1835
1788
1762
1736
1708
1679
1650
5
12.81
13.16
13.41
13.60
13.68
13.76
13.84
13.92
14.02
10
12.92
13.34
13.66
13.90
14.00
14.10
14.20
14.30
14.42
15
13.01
13.50
13.89
14.19
14.32
14.45
14.57
14.69
14.82
20
13.06
13.64
14.10
14.48
14.64
14.80
14.94
15.09
15.24
30
13.07
13.82
14.47
15.01
15.25
15.48
15.69
15.90
16.11
40
143827
132387
120675
114741
108760
102736
96666
90546
Condensing
Temperature °F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
3.460
3.435
3.395
3.324
3.272
3.207
3.127
3.029
-35
3.779
3.787
3.770
3.725
3.690
3.647
3.595
3.534
-30
4.090
4.137
4.148
4.128
4.109
4.086
4.059
4.028
3.995
-25
4.392
4.483
4.524
4.532
4.529
4.523
4.517
4.512
4.511
-20
4.688
4.829
4.906
4.944
4.956
4.966
4.978
4.996
5.021
Evaporating Temperature °F
-15
-10
-5
4.972
5.237
5.480
5.168
5.494
5.804
5.286
5.658
6.020
5.356
5.765
6.168
5.383
5.808
6.228
5.410
5.850
6.287
5.439
5.896
6.349
5.476
5.951
6.420
5.524
6.018
6.504
40
7.236
8.238
9.063
9.424
9.756
10.066
10.359
10.640
Condensing
Temperature °F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
276
255
235
215
205
194
183
171
-35
333
311
289
268
257
246
234
222
-30
396
372
350
327
315
303
291
278
264
-25
465
440
416
392
380
367
354
340
326
-20
542
517
491
466
452
439
425
410
440
Evaporating Temperature °F
-15
-10
-5
628
723
828
1052
695
799
575
667
769
547
638
738
533
623
721
519
607
705
504
591
688
488
575
670
472
557
652
0
943
912
881
848
831
813
795
776
756
40
2333
2286
2232
2203
2172
2140
2107
2073
Condensing
Temperature °F
Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
11.42
11.41
11.39
11.36
11.34
11.31
11.28
11.25
-35
11.57
11.57
11.56
11.54
11.53
11.51
11.48
11.45
-30
11.72
11.75
11.75
11.74
11.73
11.72
11.71
11.69
11.68
-25
11.88
11.93
11.96
11.96
11.96
11.96
11.95
11.95
11.95
-20
12.05
12.13
12.18
12.20
12.21
12.21
12.22
12.23
12.25
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
Evaporating Temperature °F
-15
-10
-5
12.22
12.38
12.54
12.34
12.55
12.76
12.41
12.66
12.91
12.46
12.73
13.01
12.48
12.76
13.06
12.49
12.79
13.10
12.51
12.82
13.15
12.54
12.86
13.20
12.57
12.91
13.26
0
12.68
12.96
13.16
13.31
13.37
13.43
13.49
13.56
13.63
40
13.84
14.68
15.43
15.77
16.09
16.39
16.68
16.96
IR4C2397S
Conditions
R-404A & R-507A
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
160000
140000
70 °F
120000
80 °F
BTU/HR
100000
90 °F
80000
100 °F
105 °F
60000
110 °F
40000
120 °F
20000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
17
16
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
15
14
13
12
11
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4B2707P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
43788
39195
34831
30683
28705
26807
25008
23325
-35
52260
47110
42186
37466
35195
32999
30894
28900
-30
61592
55826
50285
44941
42351
39831
37395
35063
32850
-25
71849
65402
59185
53158
50221
47349
44554
41855
39267
-20
83298
76083
69107
62318
58996
55733
52541
49437
46435
Evaporating Temperature °F
-15
-10
-5
95936
109805
124992
87870
100800
114955
80055
92062
105206
72427
83516
95653
68681
79307
90938
64989
75147
86268
61362
71046
81649
57815
67015
77093
54360
63068
72609
-20
9.480
9.825
10.123
10.395
10.528
10.661
10.799
10.944
11.097
Evaporating Temperature °F
-15
-10
-5
10.070
10.626
11.142
10.511
11.169
11.795
10.902
11.662
12.397
11.267
12.126
12.968
11.445
12.354
13.248
11.624
12.582
13.529
11.807
12.814
13.813
11.996
13.051
14.103
12.194
13.297
14.400
-20
1207
1163
1120
1078
1056
1035
1015
996
979
Evaporating Temperature °F
-15
-10
-5
1393
1599
1826
1347
1550
1774
1302
1502
1722
1256
1454
1671
1234
1430
1646
1211
1406
1621
1190
1383
1596
1169
1361
1572
1150
1340
1550
-20
15.82
16.16
16.45
16.72
16.85
16.98
17.12
17.27
17.43
Evaporating Temperature °F
-15
-10
-5
16.40
16.95
17.47
16.83
17.50
18.15
17.23
18.01
18.80
17.60
18.51
19.42
17.79
18.75
19.72
17.97
19.00
20.03
18.17
19.25
20.35
18.37
19.51
20.67
18.58
19.78
21.01
0
141596
130427
119568
108914
103646
98419
93237
88108
83039
5
159722
147312
135238
123379
117507
111672
105875
100121
94415
10
179483
165715
152310
139134
132602
126103
119635
113200
106799
15
201002
185749
170889
156271
149019
141794
134593
127415
120256
20
224414
207539
191088
174893
166851
158833
150831
142841
134855
30
277529
256950
236853
217040
207188
197349
187511
177658
167775
0
11.612
12.382
13.100
13.785
14.123
14.460
14.800
15.145
15.498
5
12.029
12.925
13.766
14.574
14.971
15.369
15.769
16.173
16.585
10
12.387
13.416
14.388
15.326
15.788
16.250
16.713
17.181
17.656
15
12.681
13.850
14.962
16.037
16.567
17.097
17.627
18.162
18.704
20
12.904
14.222
15.480
16.700
17.303
17.904
18.506
19.111
19.724
30
13.111
14.749
16.324
17.859
18.617
19.373
20.130
20.890
21.655
0
2076
2020
1965
1911
1884
1857
1831
1806
1782
5
2351
2290
2232
2175
2146
2118
2090
2063
2037
10
2653
2588
2526
2465
2435
2404
2375
2346
2319
15
2985
2915
2849
2784
2752
2720
2688
2658
2629
20
3349
3275
3204
3135
3101
3067
3033
3001
2970
30
4191
4105
4024
3946
3907
3869
3831
3795
3760
0
17.99
18.78
19.56
20.32
20.70
21.08
21.46
21.85
22.26
5
18.40
19.37
20.29
21.20
21.65
22.11
22.57
23.03
23.51
10
18.79
19.91
20.99
22.06
22.59
23.12
23.66
24.20
24.77
15
19.10
20.39
21.64
22.88
23.49
24.11
24.73
25.36
26.00
20
19.34
20.80
22.23
23.64
24.35
25.05
25.76
26.49
27.22
30
19.57
21.40
23.21
25.00
25.90
26.80
27.70
28.62
29.55
40
313664
289319
265274
253300
241327
229333
217295
205185
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
6.975
7.011
7.006
6.980
6.966
6.954
6.946
6.947
-35
7.625
7.728
7.788
7.827
7.844
7.864
7.888
7.919
-30
8.258
8.435
8.568
8.677
8.729
8.784
8.842
8.908
8.983
-25
8.869
9.126
9.338
9.525
9.616
9.708
9.804
9.907
10.020
40
14.861
16.775
18.644
19.569
20.491
21.413
22.338
23.268
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
629
594
560
525
509
493
478
465
-35
752
715
679
643
625
608
592
577
-30
888
849
811
773
754
736
718
702
688
-25
1038
997
957
917
897
877
858
841
825
40
5088
4995
4906
4863
4820
4778
4737
4697
Condensing Temperature
°F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
13.62
13.66
13.65
13.63
13.62
13.60
13.60
13.60
-35
14.16
14.24
14.29
14.32
14.34
14.36
14.38
14.41
-30
14.70
14.86
14.98
15.08
15.12
15.17
15.22
15.28
15.36
-25
15.25
15.49
15.69
15.87
15.95
16.04
16.13
16.23
16.35
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
40
21.53
23.73
25.93
27.03
28.14
29.26
30.38
31.53
IR4B2707P
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
350000
300000
70 °F
250000
BTU/HR
80 °F
90 °F
200000
100 °F
150000
105 °F
110 °F
100000
120 °F
50000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
35
30
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
25
20
15
10
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4B2707P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
21894
19598
17416
15342
14353
13404
12504
11663
-35
26130
23555
21093
18733
17598
16500
15447
14450
-30
30796
27913
25143
22471
21176
19916
18698
17532
16425
-25
35925
32701
29593
26579
25111
23675
22277
20928
19634
-20
41649
38042
34554
31159
29498
27867
26271
24719
23218
Evaporating Temperature °F
-15
-10
-5
47968
54903
62496
43935
50400
57478
40028
46031
52603
36214
41758
47827
34341
39654
45469
32495
37574
43134
30681
35523
40825
28908
33508
38547
27180
31534
36305
0
70798
65214
59784
54457
51823
49210
46619
44054
41520
5
79861
73656
67619
61690
58754
55836
52938
50061
47208
10
89742
82858
76155
69567
66301
63052
59818
56600
53400
15
100501
92875
85445
78136
74510
70897
67297
63708
60128
20
112207
103770
95544
87447
83426
79417
75416
71421
67428
30
138765
128475
118427
108520
103594
98675
93756
88829
83888
0
6.357
6.778
7.171
7.547
7.731
7.916
8.102
8.291
8.484
5
6.549
7.037
7.495
7.935
8.151
8.368
8.585
8.806
9.030
10
6.712
7.269
7.796
8.304
8.555
8.805
9.056
9.309
9.567
15
6.842
7.473
8.073
8.653
8.939
9.225
9.511
9.800
10.092
20
6.937
7.645
8.322
8.977
9.301
9.624
9.948
10.274
10.603
30
7.005
7.880
8.722
9.541
9.947
10.351
10.755
11.161
11.570
5
1175
1145
1116
1087
1073
1059
1045
1031
1019
10
1326
1294
1263
1232
1217
1202
1187
1173
1159
15
1492
1458
1424
1392
1376
1360
1344
1329
1314
20
1675
1637
1602
1567
1550
1533
1517
1500
1485
30
2095
2053
2012
1973
1954
1934
1916
1897
1880
5
13.30
13.67
14.05
14.42
14.61
14.80
14.99
15.19
15.40
10
13.42
13.86
14.30
14.74
14.96
15.19
15.42
15.66
15.90
15
13.52
14.03
14.54
15.05
15.32
15.58
15.85
16.13
16.41
20
13.60
14.17
14.75
15.35
15.65
15.96
16.27
16.59
16.92
30
13.65
14.37
15.12
15.88
16.27
16.67
17.08
17.49
17.92
40
156832
144660
132637
126650
120664
114667
108648
102593
Condensing
Temperature °F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
4.108
4.129
4.126
4.111
4.102
4.095
4.091
4.091
-35
4.435
4.495
4.530
4.552
4.563
4.574
4.588
4.606
-30
4.749
4.850
4.927
4.990
5.020
5.051
5.085
5.122
5.166
-25
5.047
5.194
5.314
5.421
5.472
5.525
5.580
5.638
5.702
-20
5.344
5.539
5.707
5.860
5.935
6.010
6.088
6.169
6.256
Evaporating Temperature °F
-15
-10
-5
5.629
5.894
6.137
5.875
6.195
6.497
6.094
6.468
6.828
6.297
6.725
7.143
6.397
6.852
7.297
6.497
6.978
7.452
6.599
7.107
7.608
6.705
7.238
7.768
6.815
7.375
7.932
40
7.901
8.918
9.912
10.404
10.894
11.384
11.876
12.370
Condensing
Temperature °F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
315
297
280
263
254
246
239
232
-35
376
358
340
321
313
304
296
289
-30
444
425
406
387
377
368
359
351
344
-25
519
499
479
458
448
439
429
420
412
-20
603
582
560
539
528
518
508
498
489
Evaporating Temperature °F
-15
-10
-5
697
800
913
674
775
887
651
751
861
628
727
836
617
715
823
606
703
810
595
691
798
585
680
786
575
670
775
0
1038
1010
983
956
942
929
915
903
891
40
2544
2498
2453
2431
2410
2389
2368
2349
Condensing
Temperature °F
Unloaded Current [Amps] *
70
80
90
100
105
110
115
120
125
-40
11.73
11.74
11.74
11.73
11.73
11.72
11.72
11.58
-35
11.91
11.94
11.96
11.97
11.98
11.98
11.99
12.00
-30
12.09
12.15
12.19
12.23
12.24
12.27
12.29
12.31
12.34
-25
12.26
12.35
12.43
12.50
12.53
12.57
12.61
12.65
12.69
-20
12.45
12.58
12.69
12.80
12.85
12.91
12.96
13.02
13.08
Evaporating Temperature °F
-15
-10
-5
12.64
12.82
13.00
12.81
13.04
13.26
12.96
13.24
13.51
13.11
13.43
13.76
13.19
13.53
13.89
13.26
13.63
14.01
13.33
13.73
14.14
13.42
13.84
14.28
13.50
13.95
14.42
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
0
13.15
13.47
13.78
14.09
14.24
14.40
14.56
14.73
14.90
40
14.39
15.30
16.24
16.73
17.22
17.73
18.24
18.77
IR4B2707P
Conditions
R-404A & R-507A
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
200000
180000
160000
70 °F
BTU/HR
140000
80 °F
120000
90 °F
100000
100 °F
80000
105 °F
60000
110 °F
40000 4.108
4.435
4.495
4.530
4.552
4.563
-354.574
-30
4.588
4.606
4.629
4.129
20000 4.126
4.111
0 4.102
-40
4.095
4.091
4.091
4.749
5.047
5.344
5.629
5.894
4.850
5.194
5.539
5.875
6.195
4.927
5.314
5.707
6.094
6.468
4.990
5.421
5.860
6.297
6.725
5.020
5.472
5.935
6.397
6.852
-25
-15
-10 6.010
-5
0 6.497
5
106.97815
5.051-20 5.525
5.085
5.580
6.088
6.599
7.107
Evaporating
Temperature
°F
5.122
5.638
6.169
6.705
7.238
5.166
5.702
6.256
6.815
7.375
6.137
6.497
6.828
7.143
7.297
20
7.452 30
7.608
7.768
7.932
6.357
6.778
7.171
7.547
7.731
40
7.916
8.102
8.291
8.484
6.549
120 °F
7.037
7.495
7.935
8.151
8.368
8.585
8.806
9.030
Unloaded Current @ 460 V 3 ph 60 Hz
19
18
17
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
16
15
14
13
12
11
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4B3139P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
51536
45938
40811
35922
33524
31161
28859
26657
-35
61321
55081
49318
43787
41062
38366
35721
33167
-30
72113
65153
58682
52444
49360
46300
43284
40347
37537
-25
83989
76223
68966
61949
58474
55017
51596
48244
45007
-20
97260
88575
80428
72535
68622
64724
60854
57044
53335
Evaporating Temperature °F
-15
-10
-5
111923
128024
145667
102210
117170
133551
93072
106936
122107
84209
97005
111001
79812
92078
105494
75428
87161
99995
71066
82262
94509
66753
77403
89055
62530
72620
83663
-20
11.103
11.518
11.862
12.149
12.275
12.393
12.504
12.611
12.714
Evaporating Temperature °F
-15
-10
-5
11.811
12.484
13.115
12.337
13.128
13.885
12.787
13.693
14.573
13.177
14.195
15.195
13.355
14.427
15.486
13.523
14.649
15.767
13.683
14.863
16.038
13.839
15.071
16.303
13.990
15.275
16.563
-20
1409
1354
1304
1254
1229
1203
1176
1149
1124
Evaporating Temperature °F
-15
-10
-5
1625
1865
2128
1567
1802
2061
1513
1745
1999
1461
1689
1940
1434
1660
1909
1406
1631
1879
1378
1601
1847
1350
1572
1816
1323
1543
1786
-20
19.29
19.66
19.97
20.23
20.34
20.45
20.56
20.65
20.75
Evaporating Temperature °F
-15
-10
-5
19.92
20.53
21.13
20.40
21.14
21.87
20.82
21.69
22.55
21.19
22.18
23.19
21.36
22.41
23.49
21.52
22.63
23.78
21.68
22.85
24.06
21.83
23.06
24.34
21.98
23.27
24.61
0
164966
151457
138682
126286
120141
114006
107880
101777
95722
5
186044
171002
156762
142950
136108
129277
122452
115641
108865
10
209034
192307
176458
161093
153487
145894
138305
130723
123161
15
234077
215503
197889
180821
172378
163952
155529
147104
138685
20
261333
240734
221184
202250
192890
183552
174215
164869
155514
30
323191
297953
273959
250732
239264
227829
216394
204935
193435
0
13.698
14.603
15.422
16.173
16.527
16.869
17.202
17.528
17.849
5
14.227
15.275
16.234
17.120
17.541
17.951
18.350
18.740
19.125
10
14.695
15.894
17.001
18.032
18.525
19.005
19.474
19.934
20.387
15
15.095
16.454
17.717
18.902
19.471
20.025
20.568
21.102
21.628
20
15.421
16.948
18.377
19.724
20.372
21.006
21.628
22.239
22.842
30
15.824
17.713
19.499
21.196
22.017
22.823
23.614
24.394
25.164
0
2419
2345
2279
2216
2184
2151
2118
2086
2054
5
2738
2659
2588
2520
2486
2452
2417
2383
2349
10
3090
3003
2926
2854
2818
2782
2745
2709
2674
15
3476
3382
3299
3221
3183
3145
3107
3068
3031
20
3900
3799
3708
3625
3584
3544
3504
3464
3425
30
4880
4760
4654
4558
4512
4466
4422
4378
4335
0
21.69
22.59
23.42
24.20
24.58
24.94
25.30
25.65
26.00
5
22.21
23.27
24.26
25.21
25.67
26.11
26.55
26.98
27.41
10
22.68
23.91
25.08
26.20
26.74
27.28
27.80
28.32
28.84
15
23.08
24.50
25.86
27.16
27.80
28.42
29.04
29.65
30.26
20
23.42
25.02
26.58
28.08
28.82
29.54
30.26
30.97
31.67
30
23.83
25.85
27.83
29.76
30.71
31.65
32.58
33.51
34.42
40
363636
334446
306185
292241
278344
264445
250504
236487
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
8.135
8.191
8.187
8.137
8.099
8.055
8.007
7.957
-35
8.901
9.035
9.107
9.130
9.128
9.119
9.106
9.089
-30
9.649
9.870
10.024
10.128
10.165
10.195
10.219
10.240
10.259
-25
10.374
10.688
10.933
11.124
11.204
11.276
11.342
11.404
11.463
40
18.032
20.197
22.268
23.274
24.263
25.236
26.196
27.145
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
740
696
656
615
594
573
552
531
-35
883
836
794
751
729
707
684
662
-30
1040
991
947
902
879
855
831
808
786
-25
1214
1162
1115
1068
1044
1019
994
969
945
40
5898
5774
5663
5611
5559
5510
5461
5414
Condensing Temperature
°F
Current [Amps] *
70
80
90
100
105
110
115
120
125
-40
16.96
17.00
17.00
16.96
16.93
16.90
16.87
16.83
-35
17.51
17.62
17.67
17.69
17.68
17.68
17.67
17.66
-30
18.09
18.27
18.39
18.48
18.51
18.53
18.55
18.57
18.58
-25
18.68
18.94
19.15
19.32
19.38
19.45
19.51
19.56
19.61
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
40
26.20
28.62
31.01
32.18
33.35
34.51
35.66
36.81
IR4B3139P
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
350000
300000
70 °F
250000
BTU/HR
80 °F
90 °F
200000
100 °F
150000
105 °F
110 °F
100000
120 °F
50000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
40
35
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
30
25
20
15
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4B3139P
R-404A & R-507A
65 °F Return Gas
No lLquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
25768
22969
20406
17961
16762
15581
14430
13329
-35
30661
27541
24659
21894
20531
19183
17861
16584
-30
36057
32577
29341
26222
24680
23150
21642
20174
18769
-25
41995
38112
34483
30975
29237
27509
25798
24122
22504
-20
48630
44288
40214
36268
34311
32362
30427
28522
26668
Evaporating Temperature °F
-15
-10
-5
55962
64012
72834
51105
58585
66776
46536
53468
61054
42105
48503
55501
39906
46039
52747
37714
43581
49998
35533
41131
47255
33377
38702
44528
31265
36310
41832
0
82483
75729
69341
63143
60071
57003
53940
50889
47861
5
93022
85501
78381
71475
68054
64639
61226
57821
54433
10
104517
96154
88229
80547
76744
72947
69153
65362
61581
15
117039
107752
98945
90411
86189
81976
77765
73552
69343
20
130667
120367
110592
101125
96445
91776
87108
82435
77757
30
161596
148977
136980
125366
119632
113915
108197
102468
96718
0
7.499
7.994
8.443
8.853
9.047
9.235
9.417
9.596
9.771
5
7.746
8.316
8.839
9.321
9.551
9.773
9.991
10.203
10.413
10
7.962
8.612
9.212
9.771
10.038
10.298
10.552
10.801
11.047
15
8.145
8.878
9.560
10.199
10.506
10.805
11.098
11.386
11.670
20
8.290
9.111
9.879
10.603
10.951
11.292
11.626
11.955
12.279
30
8.454
9.464
10.418
11.325
11.376
12.193
12.616
13.033
13.444
5
1369
1329
1294
1260
1243
1226
1209
1191
1174
10
1545
1502
1463
1427
1409
1391
1373
1355
1337
15
1738
1691
1649
1611
1592
1572
1553
1534
1516
20
1950
1899
1854
1813
1792
1772
1752
1732
1712
30
2440
2380
2327
2279
2256
2233
2211
2189
2167
5
16.69
17.09
17.47
17.83
18.01
18.19
18.36
18.54
18.71
10
16.84
17.30
17.75
18.19
18.40
18.62
18.83
19.04
19.25
15
16.97
17.50
18.02
18.53
18.79
19.04
19.29
19.54
19.80
20
17.07
17.67
18.27
18.87
19.17
19.46
19.76
20.05
20.35
30
17.19
17.95
18.72
19.49
19.88
20.27
20.66
21.05
21.44
40
181818
167223
153093
146121
139172
132223
125252
118244
Condensing
Temperature °F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
4.791
4.824
4.821
4.792
4.769
4.744
4.716
4.686
-35
5.177
5.255
5.297
5.310
5.309
5.304
5.296
5.286
-30
5.549
5.675
5.764
5.824
5.845
5.862
5.876
5.888
5.899
-25
5.904
6.083
6.222
6.331
6.376
6.417
6.455
6.490
6.523
-20
6.259
6.493
6.687
6.848
6.920
6.986
7.049
7.109
7.167
Evaporating Temperature °F
-15
-10
-5
6.601
6.924
7.224
6.895
7.281
7.648
7.147
7.594
8.027
7.365
7.873
8.370
7.464
8.002
8.530
7.558
8.125
8.684
7.648
8.244
8.834
7.735
8.539
8.980
7.819
8.472
9.123
40
9.586
10.737
11.839
12.374
12.899
13.417
13.927
14.432
Condensing
Temperature °F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
370
348
328
308
297
286
276
266
-35
441
418
397
376
365
353
342
331
-30
520
496
473
451
439
428
416
404
393
-25
607
581
558
534
522
510
497
484
473
-20
704
677
652
627
614
601
588
575
562
Evaporating Temperature °F
-15
-10
-5
813
932
1064
783
901
1030
757
872
1000
730
844
970
717
830
955
703
815
939
689
801
924
675
786
908
662
772
893
0
1209
1173
1140
1108
1092
1076
1059
1043
1027
40
2949
2887
2832
2805
2780
2755
2730
2707
Condensing
Temperature °F
Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
15.00
15.02
15.02
15.01
14.99
14.99
14.97
14.96
-35
15.19
15.22
15.25
15.25
15.25
15.25
15.25
15.24
-30
15.37
15.44
15.49
15.52
15.53
15.54
15.55
15.55
15.56
-25
15.56
15.66
15.74
15.80
15.83
15.85
15.88
15.89
15.92
-20
15.76
15.90
16.01
16.11
16.16
16.20
16.24
16.27
16.31
Evaporating Temperature °F
-15
-10
-5
15.96
16.16
16.35
16.14
16.38
16.63
16.30
16.59
16.88
16.44
16.78
17.12
16.50
16.87
17.24
16.56
16.95
17.35
16.63
17.04
17.46
16.69
17.12
17.58
16.74
17.20
17.68
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
0
16.53
16.86
17.18
17.48
17.63
17.77
17.91
18.05
18.19
40
18.04
18.98
19.95
20.43
20.92
21.41
21.91
22.41
IR4B3139P
Conditions
R-404A & R-507A
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
200000
180000
160000
70 °F
BTU/HR
140000
80 °F
120000
90 °F
100000
100 °F
80000
105 °F
60000
110 °F
40000
120 °F
20000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
25
30
35
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
23
22
21
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
20
19
18
17
16
15
14
-40 -35 -30 -25 -20 -15 -10
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
-5
0
5
10
15
20
25
30
35
40
Conditions
IR4B3604P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
61823
54991
48662
42631
39681
36778
33954
31260
-35
72802
65350
58388
51696
48399
45135
41931
38840
-30
84926
76766
69092
61662
57982
54321
50705
47181
43815
-25
98280
89320
80844
72596
68493
64397
60331
56339
52482
-20
113222
103339
93946
84768
80189
75607
71040
66527
62129
Evaporating Temperature °F
-15
-10
-5
129745
147898
167799
118819
135809
154416
108396
124239
141573
98181
112875
128941
93074
107187
122624
87954
101477
116256
82835
95754
109873
77753
90051
103492
72763
84418
97158
-20
13.052
13.561
13.981
14.334
14.492
14.641
14.783
14.921
15.059
Evaporating Temperature °F
-15
-10
-5
13.841
14.595
15.308
14.481
15.381
16.251
15.023
16.055
17.072
15.485
16.639
17.790
15.693
16.904
18.118
15.889
17.154
18.428
16.076
17.392
18.723
16.257
17.620
19.006
16.433
17.842
19.279
-20
1640
1580
1523
1466
1436
1405
1373
1340
1310
Evaporating Temperature °F
-15
-10
-5
1884
2154
2452
1822
2088
2382
1763
2027
2318
1703
1965
2253
1672
1932
2219
1640
1899
2184
1606
1864
2148
1572
1828
2111
1540
1794
2074
-20
22.53
23.01
23.42
23.77
23.92
24.07
24.21
24.35
24.49
Evaporating Temperature °F
-15
-10
-5
23.28
24.02
24.74
23.91
24.81
25.71
24.45
25.51
26.58
24.92
26.12
27.35
25.13
26.40
27.70
25.34
26.67
28.04
25.53
26.92
28.37
25.72
27.17
28.68
25.90
27.41
28.98
0
189577
174758
160508
146477
139447
132379
125273
118153
111057
5
213371
196965
181160
165589
157786
149940
142045
134117
126192
10
239329
221175
203656
186389
177739
169039
160280
151471
142641
15
267616
247536
228131
209001
199421
189785
180079
170307
160490
20
298408
276213
254734
233557
222954
212292
201550
190724
179828
30
368316
341255
314996
289095
276137
263110
249983
236737
223366
0
15.971
17.085
18.064
18.929
19.326
19.703
20.061
20.405
20.736
5
16.575
17.873
19.024
20.050
20.522
20.971
21.400
21.810
22.206
10
17.113
18.608
19.944
21.143
21.697
22.226
22.730
23.214
23.680
15
17.575
19.281
20.816
22.201
22.844
23.458
24.045
24.609
25.152
20
17.954
19.885
21.631
23.216
23.954
24.660
25.337
25.987
26.613
30
18.426
20.847
23.058
25.082
26.031
26.941
27.816
28.658
29.471
0
2780
2706
2638
2570
2535
2498
2460
2421
2383
5
3140
3063
2990
2919
2882
2843
2804
2763
2723
10
3537
3454
3377
3302
3263
3223
3182
3139
3097
15
3974
3885
3803
3723
3682
3640
3597
3552
3508
20
4454
4358
4271
4186
4143
4099
4053
4007
3960
30
5562
5452
5352
5255
5207
5158
5108
5057
5006
0
25.42
26.59
27.65
28.60
29.04
29.46
29.86
30.24
30.62
5
26.05
27.44
28.70
29.84
30.38
30.89
31.37
31.84
32.30
10
26.62
28.24
29.73
31.08
31.71
32.32
32.90
33.46
34.00
15
27.12
28.99
30.71
32.29
33.03
33.75
34.43
35.09
35.72
20
27.53
29.66
31.64
33.46
34.32
35.15
35.94
36.71
37.45
30
28.04
30.75
33.28
35.64
36.76
37.83
38.87
39.87
40.84
40
415917
384049
352589
336856
321045
305111
289020
272745
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
9.834
9.939
10.001
10.041
10.059
10.078
10.103
10.134
-35
10.651
10.838
10.972
11.073
11.117
11.160
11.205
11.254
-30
11.458
11.741
11.958
12.131
12.207
12.279
12.351
12.424
12.501
-25
12.249
12.638
12.950
13.207
13.321
13.428
13.532
13.634
13.738
40
21.304
24.019
26.523
27.702
28.837
29.931
30.986
32.006
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
888
834
782
730
703
676
649
623
-35
1048
992
940
887
860
832
803
776
-30
1225
1168
1115
1061
1033
1003
974
945
918
-25
1420
1362
1307
1252
1223
1193
1162
1131
1103
40
6746
6631
6521
6467
6412
6357
6300
6244
Condensing
Temperature °F
Current [Amps] *
70
80
90
100
105
110
115
120
125
-40
19.77
19.85
19.90
19.93
19.95
19.96
19.98
20.01
-35
20.42
20.58
20.69
20.77
20.81
20.85
20.88
20.93
-30
21.10
21.35
21.54
21.69
21.76
21.82
21.89
21.96
22.03
-25
21.80
22.15
22.44
22.68
22.79
22.89
22.99
23.09
23.19
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
40
31.26
34.40
37.34
38.74
40.09
41.39
42.66
43.89
IR4B3604P
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
450000
BTU/HR
400000
350000
70 °F
300000
80 °F
250000
90 °F
100 °F
200000
105 °F
150000
110 °F
100000
120 °F
50000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
45
40
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
115 °F
120 °F
125 °F
AMPS
35
30
25
20
15
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4B3604P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
30912
27496
24331
21316
19841
18389
16977
15630
-35
36401
32675
29194
25848
24200
22568
20966
19420
-30
42463
38383
34546
30831
28991
27161
25353
23591
21908
-25
49140
44660
40422
36298
34247
32199
30166
28170
26241
-20
56611
51670
46973
42384
40095
37804
35520
33264
31065
Evaporating Temperature °F
-15
-10
-5
64873
73949
83900
59410
67905
77208
54198
62120
70787
49091
56438
64471
46537
53594
61312
43977
50739
58128
41418
47877
54937
38877
45026
51746
36382
42209
48579
0
94789
87379
80254
73239
69724
66190
62637
59077
55529
5
106686
98483
90580
82795
78893
74970
71023
67059
63096
10
119665
110588
101828
93195
88870
84520
80140
75736
71321
15
133808
123768
114066
104501
99711
94893
90040
85154
80245
20
149204
138107
127367
116779
111477
106146
100775
95362
89914
30
184158
170628
157498
144548
138069
131555
124992
118369
111683
0
8.743
9.353
9.889
10.363
10.580
10.786
10.982
11.170
11.352
5
9.024
9.731
10.358
10.916
11.174
11.418
11.651
11.875
12.090
10
9.273
10.083
10.807
11.456
11.757
12.043
12.317
12.579
12.831
15
9.483
10.404
11.232
11.979
12.326
12.657
12.974
13.278
13.571
20
9.652
10.689
11.628
12.480
12.877
13.256
13.620
13.970
14.306
30
9.845
11.138
12.319
13.401
13.907
14.394
14.861
15.311
15.745
5
1570
1531
1495
1459
1441
1422
1402
1382
1361
10
1769
1727
1689
1651
1632
1612
1591
1570
1548
15
1987
1942
1902
1862
1841
1820
1798
1776
1754
20
2227
2179
2135
2093
2072
2049
2027
2003
1980
30
2781
2726
2676
2628
2604
2579
2554
2528
2503
5
19.16
19.69
20.19
20.64
20.86
21.07
21.27
21.46
21.65
10
19.35
19.96
20.55
21.10
21.36
21.61
21.86
22.10
22.33
15
19.50
20.22
20.91
21.56
21.87
22.17
22.46
22.75
23.02
20
19.63
20.45
21.25
22.01
22.37
22.73
23.07
23.41
23.74
30
19.78
20.83
21.86
22.86
23.35
23.83
24.29
24.74
25.19
40
207959
192025
176295
168428
160523
152556
144510
136373
Condensing
Temperature °F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
5.791
5.853
5.889
5.913
5.923
5.935
5.949
5.968
-35
6.195
6.304
6.382
6.440
6.466
6.491
6.517
6.546
-30
6.589
6.751
6.876
6.976
7.019
7.061
7.102
7.144
7.188
-25
6.970
7.192
7.370
7.516
7.581
7.642
7.701
7.759
7.818
-20
7.358
7.644
7.881
8.080
8.169
8.253
8.333
8.412
8.489
Evaporating Temperature °F
-15
-10
-5
7.736
8.095
8.432
8.094
8.531
8.951
8.396
8.905
9.403
8.655
9.228
9.799
8.771
9.375
9.979
8.881
9.514
10.150
8.985
9.646
10.313
9.086
9.773
10.469
9.185
9.896
10.619
40
11.326
12.770
14.101
14.728
15.331
15.913
16.474
17.016
Condensing
Temperature °F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
444
417
391
365
352
338
324
311
-35
524
496
470
444
430
416
402
388
-30
612
584
557
530
516
502
487
472
459
-25
710
681
654
626
611
596
581
566
551
-20
820
790
762
733
718
702
686
670
655
Evaporating Temperature °F
-15
-10
-5
942
1077
1226
911
1044
1191
881
1013
1159
852
982
1127
836
966
1110
820
949
1092
803
932
1074
786
914
1055
770
897
1037
0
1390
1353
1319
1285
1267
1249
1230
1211
1191
40
3373
3315
3261
3234
3206
3178
3150
3122
Condensing
Temperature °F
Unloaded Current [Amps] *
70
80
90
100
105
110
115
120
125
-40
17.20
17.23
17.25
17.26
17.26
17.27
17.28
17.29
-35
17.40
17.46
17.50
17.53
17.54
17.56
17.57
17.59
-30
17.61
17.70
17.77
17.83
17.85
17.88
17.90
17.92
17.95
-25
17.82
17.96
18.06
18.15
18.19
18.23
18.27
18.30
18.34
-20
18.06
18.23
18.38
18.51
18.57
18.63
18.68
18.73
18.79
Evaporating Temperature °F
-15
-10
-5
18.29
18.52
18.75
18.52
18.81
19.11
18.72
19.08
19.44
18.90
19.31
19.74
18.98
19.42
19.88
19.06
19.52
20.02
19.14
19.62
20.15
19.21
19.72
20.27
19.28
19.82
20.40
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
0
18.96
19.41
19.81
20.19
20.37
20.53
20.70
20.85
21.01
40
20.99
22.27
23.54
24.16
24.76
25.36
25.95
26.52
IR4B3604P
Conditions
R-404A & R-507A
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
250000
200000
70 °F
80 °F
150000
90 °F
100 °F
100000
105 °F
110 °F
50000
120 °F
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Current @ 460 V 3 ph 60 Hz
27
26
25
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
24
AMPS
23
22
21
20
19
18
17
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
© 2004 Ingersoll-Rand
Printed in U.S.A.
IRCAT-001
Conditions
IR6B4060P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
65679
57805
50500
43819
40721
37787
35014
32397
-35
78617
69856
61661
54083
50535
47149
43921
40846
-30
92858
83129
73963
65411
61373
57494
53770
50196
46762
-25
108500
97713
87492
77879
73308
68892
64629
60511
56526
-20
121964
112634
103228
93335
88191
82973
77761
72655
67763
Evaporating Temperature °F
-15
-10
-5
141201
162298
185389
130503
150096
171537
119783
137934
157797
108602
125347
143675
102813
118856
136419
96942
112276
129068
91064
105676
121684
85275
99147
114354
79682
92793
107177
-20
14.158
14.758
15.246
15.644
15.818
15.978
16.128
16.271
16.409
Evaporating Temperature °F
-15
-10
-5
15.060
15.914
16.713
15.808
16.819
17.782
16.441
17.604
18.729
16.981
18.294
19.577
17.224
18.611
19.972
17.453
18.912
20.350
17.670
19.202
20.716
17.880
19.482
21.071
18.084
19.756
21.420
-20
1767
1722
1674
1614
1579
1542
1502
1464
1428
Evaporating Temperature °F
-15
-10
-5
2051
2364
2709
2001
2308
2647
1948
2250
2583
1884
2182
2510
1847
2143
2469
1807
2101
2425
1766
2057
2378
1724
2013
2332
1686
1972
2288
-20
23.59
24.19
24.68
25.08
25.26
25.43
25.58
25.73
25.88
Evaporating Temperature °F
-15
-10
-5
24.49
25.36
26.20
25.25
26.31
27.34
25.91
27.15
28.37
26.48
27.90
29.31
26.74
28.24
29.76
26.99
28.58
30.18
27.22
28.90
30.59
27.45
29.21
31.00
27.67
29.51
31.40
0
210624
194962
179496
163699
155610
147419
139185
130986
122916
5
238160
220519
203166
185539
176542
167439
158279
149137
140099
10
268172
248367
228950
209325
199338
189241
179076
168909
158820
15
300844
278676
257005
235198
224131
212951
201690
190408
179177
20
336382
311634
287501
263310
251063
238700
226246
213750
201275
30
416979
386348
356585
326934
311986
296917
281734
266464
251151
0
17.449
18.692
19.810
20.804
21.301
21.760
22.206
22.642
23.069
5
18.117
19.543
20.839
22.029
22.591
23.137
23.667
24.186
24.696
10
18.709
20.326
21.809
23.183
23.837
24.472
25.091
25.699
26.296
15
19.218
21.036
22.716
24.282
25.031
25.760
26.473
27.172
27.862
20
19.638
21.665
23.550
25.318
26.166
26.994
27.805
28.601
29.386
30
20.180
22.652
24.976
27.174
28.234
29.273
30.292
31.295
32.286
0
3088
3019
2950
2872
2829
2782
2733
2684
2637
5
3505
3429
3353
3270
3224
3175
3124
3073
3023
10
3964
3879
3797
3708
3660
3608
3555
3501
3448
15
4467
4374
4284
4190
4139
4085
4029
3972
3917
20
5020
4917
4820
4719
4665
4609
4550
4491
4433
30
6297
6173
6058
5943
5883
5821
5757
5692
5628
0
26.98
28.33
29.58
30.72
31.26
31.79
32.30
32.80
33.29
5
27.70
29.28
30.73
32.10
32.74
33.37
33.99
34.60
35.19
10
28.35
30.16
31.84
33.43
34.19
34.93
35.65
36.37
37.07
15
28.92
30.96
32.89
34.70
35.58
36.44
37.28
38.11
38.92
20
29.38
31.67
33.85
35.92
36.92
37.90
38.86
39.80
40.74
30
29.99
32.81
35.52
38.11
39.37
40.61
41.83
43.03
44.23
40
472092
435772
399745
381639
363408
345035
326526
307899
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
9.770
9.770
9.598
9.362
9.255
9.173
9.130
9.140
-35
10.794
10.955
10.898
10.744
10.668
10.612
10.593
10.624
-30
11.787
12.102
12.170
12.115
12.080
12.062
12.075
12.136
12.261
-25
12.743
13.209
13.408
13.467
13.484
13.512
13.569
13.668
13.828
40
23.099
25.881
28.531
29.815
31.074
32.313
33.535
34.742
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
943
876
811
750
721
694
669
645
-35
1131
1060
992
928
897
868
841
815
-30
1339
1264
1193
1125
1092
1062
1032
1005
979
-25
1567
1490
1414
1343
1308
1276
1244
1215
1187
40
7658
7524
7393
7327
7258
7189
7118
7049
Condensing Temperature
°F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
19.72
19.72
19.59
19.41
19.33
19.27
19.24
19.25
-35
20.54
20.67
20.63
20.50
20.44
20.39
20.37
20.40
-30
21.39
21.67
21.73
21.68
21.65
21.63
21.64
21.70
21.81
-25
22.25
22.68
22.87
22.93
22.94
22.97
23.02
23.12
23.87
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
40
33.33
36.58
39.72
41.25
42.77
44.26
45.75
47.24
IR6B4060P
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
500000
450000
400000
70 °F
BTU/HR
350000
80 °F
300000
90 °F
250000
100 °F
200000
105 °F
150000
110 °F
100000
120 °F
50000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
50
46
42
AMPS
38
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
34
30
26
22
18
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR6B4060P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Single Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
43348
38151
33330
28920
26876
24939
23109
21382
-35
51887
46105
40696
35695
33353
31118
28988
26958
-30
61286
54865
48816
43171
40506
37946
35488
33129
30863
-25
71610
64491
57744
51400
48383
45469
42655
39937
37307
-20
80496
74339
68131
61601
58206
54762
51322
47952
44723
Evaporating Temperature °F
-15
-10
-5
93193
107117
122357
86132
99063
113214
79057
91037
104146
71677
82729
94826
67857
78445
90037
63982
74102
85185
60102
69746
80311
56282
65437
75474
52590
61244
70737
0
139012
128675
118468
108041
102702
97297
91862
86450
81124
5
157186
145543
134090
122455
116518
110510
104464
98430
92465
10
176993
163922
151107
138154
131563
124899
118190
111480
104821
15
198557
183926
169623
155231
147926
140547
133116
125669
118257
20
222012
205678
189751
173784
165702
157542
149323
141075
132842
30
275206
254990
235346
215776
205911
195966
185944
175866
165760
5
12.354
13.326
14.209
15.021
15.404
15.776
16.138
16.492
16.840
10
12.705
13.803
14.810
15.743
16.187
16.618
17.039
17.451
17.857
15
13.007
14.236
15.373
16.434
16.940
17.434
17.916
18.390
18.856
20
13.254
14.621
15.894
17.087
17.659
18.218
18.765
19.303
19.832
30
13.562
15.224
16.785
18.263
18.975
19.673
20.358
21.032
21.698
5
2313
2263
2213
2158
2128
2096
2062
2028
1995
10
2616
2560
2506
2448
2415
2381
2346
2310
2276
15
2948
2887
2828
2765
2732
2696
2659
2621
2585
20
3313
3245
3181
3115
3079
3042
3003
2964
2926
30
4156
4074
3998
3923
3883
3842
3799
3757
3715
5
21.89
22.79
23.64
24.45
24.84
25.22
25.59
25.96
26.33
10
22.21
23.25
24.24
25.19
25.65
26.10
26.54
26.98
27.42
15
22.49
23.67
24.81
25.90
26.44
26.96
27.49
28.00
28.51
20
22.72
24.05
25.34
26.59
27.21
27.81
28.41
29.01
29.60
30
23.02
24.65
26.27
27.86
28.65
29.42
30.19
30.96
31.72
40
311580
287610
263831
251882
239849
227723
215507
203214
Condensing
Temperature °F
Single Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
7.249
7.250
7.122
6.947
6.867
6.806
6.774
6.782
-35
7.893
8.011
7.970
7.857
7.801
7.761
7.746
7.769
-30
8.507
8.735
8.784
8.744
8.719
8.706
8.715
8.760
8.849
-25
9.090
9.422
9.565
9.607
9.619
9.639
9.679
9.750
9.864
-20
9.995
10.419
10.763
11.044
11.167
11.280
11.386
11.487
11.584
Evaporating Temperature °F
-15
-10
-5
10.535
11.044
11.519
11.059
11.672
12.257
11.501
12.217
12.909
11.879
12.696
13.494
12.049
12.916
13.766
12.209
13.125
14.027
12.361
13.326
14.279
12.508
13.521
14.524
12.650
13.711
14.764
0
11.957
12.809
13.574
14.270
14.596
14.911
15.217
15.515
15.808
40
15.476
17.340
19.115
19.975
20.819
21.649
22.467
23.276
Condensing
Temperature °F
Single Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
622
578
535
495
476
459
441
425
-35
746
700
655
612
592
573
555
538
-30
883
834
787
742
721
700
681
663
646
-25
1034
983
933
886
863
842
821
802
783
-20
1166
1137
1105
1065
1042
1017
992
966
943
-15
1353
1320
1286
1243
1219
1193
1165
1138
1113
Evaporating Temperature °F
-10
-5
1560
1788
1523
1747
1485
1705
1440
1657
1414
1630
1386
1600
1358
1570
1329
1539
1301
1510
0
2038
1993
1947
1896
1869
1836
1804
1772
1741
40
5054
4966
4880
4836
4791
4744
4698
4652
Condensing
Temperature °F
Single Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
17.99
17.99
17.91
17.81
17.77
17.73
17.71
17.72
-35
18.39
18.47
18.44
18.37
18.33
18.30
18.30
18.31
-30
18.80
18.96
18.99
18.96
18.95
18.94
18.94
18.98
19.04
-25
19.21
19.46
19.56
19.60
19.61
19.62
19.65
19.71
19.79
-20
19.90
20.23
20.51
20.75
20.85
20.95
21.04
21.13
21.21
Evaporating Temperature °F
-15
-10
-5
20.33
20.75
21.15
20.76
21.29
21.80
21.14
21.77
22.40
21.47
22.20
22.95
21.62
22.41
23.21
21.76
22.60
23.46
21.90
22.79
23.71
22.03
22.98
23.95
22.16
23.16
24.19
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand
Printed in U.S.A.
0
21.54
22.31
23.03
23.70
24.02
24.34
24.65
24.95
25.25
40
24.91
26.86
28.80
29.76
30.71
31.66
32.60
33.53
IR6B4060P
Conditions
R-404A & R-507A
Single Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded Capacity
350000
300000
70 °F
250000
BTU/HR
80 °F
90 °F
200000
100 °F
150000
105 °F
110 °F
100000
120 °F
50000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Single Unloaded Current @ 460 V 3 ph 60 Hz
34
30
AMPS
26
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
22
18
14
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR6B4060P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Double Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
21674
19076
16665
14460
13438
12470
11555
10691
-35
25944
23053
20348
17848
16677
15559
14494
13479
-30
30643
27432
24408
21586
20253
18973
17744
16565
15431
-25
35805
32245
28872
25700
24192
22735
21328
19969
18654
-20
40248
37169
34065
30800
29103
27381
25661
23976
22362
Evaporating Temperature °F
-15
-10
-5
46596
53558
61178
43066
49532
56607
39528
45518
52073
35839
41365
47413
33928
39223
45018
31991
37051
42592
30051
34873
40156
28141
32719
37737
26295
30622
35368
0
69506
64337
59234
54021
51351
48648
45931
43225
40562
5
78593
72771
67045
61228
58259
55255
52232
49215
46233
10
88497
81961
75554
69077
65782
62450
59095
55740
52411
15
99279
91963
84812
77615
73963
70274
66558
62835
59128
20
111006
102839
94875
86892
82851
78771
74661
70537
66421
30
137603
127495
117673
107888
102955
97983
92972
87933
82880
5
7.279
7.852
8.372
8.850
9.076
9.295
9.509
9.717
9.922
10
7.447
8.091
8.681
9.228
9.488
9.741
9.988
10.229
10.467
15
7.584
8.301
8.964
9.583
9.878
10.166
10.447
10.723
10.995
20
7.689
8.482
9.220
9.913
10.245
10.569
10.886
11.198
11.505
30
7.794
8.749
9.646
10.495
10.905
11.306
11.699
12.087
12.469
5
1157
1131
1107
1079
1064
1048
1031
1014
998
10
1308
1280
1253
1224
1208
1191
1173
1155
1138
15
1474
1443
1414
1383
1366
1348
1329
1311
1292
20
1657
1623
1591
1557
1540
1521
1502
1482
1463
30
2078
2037
1999
1961
1941
1921
1900
1878
1857
5
18.01
18.36
18.71
19.04
19.20
19.36
19.52
19.68
19.84
10
18.11
18.52
18.92
19.31
19.51
19.70
19.89
20.08
20.27
15
18.19
18.66
19.12
19.58
19.80
20.03
20.26
20.48
20.71
20
18.26
18.78
19.31
19.83
20.09
20.35
20.62
20.88
21.14
30
18.33
18.97
19.63
20.29
20.63
20.97
21.31
21.65
22.00
40
155790
143805
131916
125941
119925
113862
107753
101607
Condensing
Temperature °F
Double Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
4.383
4.384
4.306
4.200
4.152
4.115
4.096
4.101
-35
4.774
4.845
4.820
4.752
4.718
4.694
4.685
4.699
-30
5.141
5.279
5.308
5.284
5.269
5.261
5.267
5.294
5.348
-25
5.484
5.685
5.770
5.796
5.803
5.815
5.840
5.882
5.951
-20
6.015
6.270
6.477
6.647
6.720
6.789
6.852
6.913
6.972
Evaporating Temperature °F
-15
-10
-5
6.320
6.600
6.854
6.634
6.975
7.293
6.899
7.301
7.681
7.126
7.587
8.029
7.228
7.718
8.191
7.324
7.843
8.346
7.415
7.963
8.496
7.503
8.080
8.642
7.589
8.194
8.785
0
7.081
7.585
8.038
8.450
8.644
8.830
9.011
9.188
9.361
40
8.827
9.890
10.903
11.393
11.875
12.348
12.815
13.276
Condensing
Temperature °F
Double Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
311
289
267
247
238
229
220
212
-35
373
350
327
306
296
286
277
269
-30
441
417
393
371
360
350
340
331
323
-25
517
491
466
443
431
421
410
401
391
-20
583
568
552
533
521
509
496
483
471
-15
677
660
643
622
610
596
583
569
556
Evaporating Temperature °F
-10
-5
0
780
894
1019
762
873
996
743
853
974
720
828
948
707
815
933
693
800
918
679
785
902
664
770
886
651
755
870
40
2527
2483
2440
2418
2395
2372
2349
2326
Condensing
Temperature °F
Double Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
16.61
16.61
16.59
16.55
16.55
16.52
16.52
16.52
-35
16.76
16.79
16.78
16.75
16.74
16.73
16.72
16.73
-30
16.91
16.97
16.98
16.97
16.96
16.96
16.96
16.97
17.00
-25
17.06
17.15
17.19
17.20
17.21
17.21
17.22
17.24
17.28
-20
17.31
17.44
17.55
17.64
17.68
17.72
17.76
17.79
17.83
Evaporating Temperature °F
-15
-10
-5
17.47
17.62
17.76
17.64
17.83
18.01
17.78
18.02
18.25
17.92
18.20
18.48
17.98
18.28
18.59
18.03
18.36
18.69
18.09
18.44
18.79
18.14
18.51
18.89
18.20
18.59
18.99
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
0
17.89
18.19
18.48
18.76
18.89
19.03
19.16
19.28
19.41
40
19.02
19.81
20.63
21.04
21.46
21.89
22.31
22.74
IR6B4060P
Conditions
R-404A & R-507A
Double Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded Capacity
160000
140000
70 °F
120000
80 °F
BTU/HR
100000
90 °F
80000
100 °F
60000
105 °F
110 °F
40000
120 °F
20000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Double Unloaded Current @ 460 V 3 ph 60 Hz
23
22
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
21
20
19
18
17
16
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR6B4709P
R-404A & R-507A
65 °F Return Gas
No liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing Temperature
°F
Capacity [btu/hr]
70
80
90
100
105
110
115
120
125
-40
77251
69131
61353
53915
50353
46926
43665
40600
-35
91952
82850
74088
65649
61577
57630
53839
50233
-30
108147
97959
88116
78584
73955
69443
65075
60882
56892
-25
125949
114562
103531
92805
87570
82443
77450
72619
67977
-20
145821
133085
120722
108662
102753
96944
91259
85722
80360
Evaporating Temperature °F
-15
-10
-5
167762
191839
218205
153529
175957
200512
139693
160503
183283
126163
145362
166378
119513
137902
158033
112955
130527
149766
106510
123254
141590
100202
116104
133522
94052
109095
125578
-20
16.798
17.479
18.040
18.502
18.701
18.882
19.048
19.201
19.344
Evaporating Temperature °F
-15
-10
-5
17.857
18.870
19.831
18.699
19.882
21.022
19.417
20.766
22.080
20.032
21.542
23.026
20.306
21.895
23.463
20.561
22.229
23.879
20.800
22.545
24.277
21.025
22.846
24.659
21.239
23.135
25.028
-20
2112
2035
1957
1879
1840
1801
1763
1727
1694
Evaporating Temperature °F
-15
-10
-5
2436
2794
3188
2354
2706
3094
2272
2618
3001
2189
2530
2907
2147
2486
2860
2106
2442
2814
2065
2399
2768
2026
2357
2723
1990
2318
2681
-20
29.78
30.38
30.89
31.33
31.51
31.67
31.84
31.99
32.11
Evaporating Temperature °F
-15
-10
-5
30.73
31.66
32.59
31.50
32.64
33.76
32.19
33.51
34.85
32.79
34.30
35.83
33.05
34.65
36.29
33.31
35.00
36.74
33.55
35.32
37.16
33.77
35.64
37.58
33.99
35.95
37.97
0
247031
227351
208176
189342
180029
170788
161627
152559
143597
5
278500
256643
235337
214392
204022
193717
183482
173324
163251
10
312809
288570
264931
241677
230152
218686
207277
195931
184646
15
350170
323328
297138
271359
258571
245835
233146
220501
207895
20
390818
361133
332154
303612
289442
275318
261228
247165
233115
30
483038
446863
411494
376615
359275
341966
324665
307349
289989
0
20.733
22.111
23.353
24.478
25.003
25.507
25.991
26.458
26.911
5
21.569
23.144
24.578
25.892
26.510
27.104
27.679
28.236
28.777
10
22.333
24.114
25.749
27.260
27.975
28.666
29.336
29.987
30.621
15
23.018
25.013
26.860
28.577
29.394
30.185
30.955
31.704
32.436
20
23.616
25.836
27.902
29.836
30.758
31.655
32.529
33.382
34.216
30
24.526
27.223
29.758
32.150
33.300
34.422
35.518
36.591
37.644
0
3622
3521
3421
3322
3272
3223
3174
3126
3081
5
4099
3990
3884
3779
3726
3674
3622
3571
3522
10
4623
4504
4394
4282
4226
4170
4115
4061
4009
15
5199
5074
4953
4834
4775
4715
4657
4599
4544
20
5833
5698
5569
5442
5379
5316
5254
5193
5134
30
7294
7139
6991
6846
6775
6704
6634
6565
6499
0
33.48
34.88
36.17
37.38
37.95
38.49
39.03
39.54
40.04
5
34.32
35.95
37.49
38.92
39.60
40.26
40.91
41.54
42.15
10
35.11
36.98
38.76
40.44
41.24
42.03
42.79
43.54
44.27
15
35.82
37.96
39.99
41.93
42.86
43.77
44.66
45.53
46.38
20
36.45
38.86
41.16
43.36
44.43
45.47
46.49
47.49
48.48
30
37.43
40.40
43.27
46.05
47.40
48.72
50.02
51.30
52.56
40
545264
502453
460163
439109
418065
396997
375865
354620
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
12.376
12.501
12.522
12.457
12.398
12.326
12.242
12.150
-35
13.52
13.772
13.916
13.971
13.971
13.957
13.930
13.893
-30
14.634
15.021
15.296
15.479
15.541
15.588
15.621
15.644
15.658
-25
16.242
16.656
16.973
17.102
17.214
17.312
17.397
17.473
40
28.057
31.081
33.955
35.343
36.700
38.030
39.335
40.618
Condensing Temperature
°F
Mass Flow [lbs/hr]
70
80
90
100
105
110
115
120
125
-40
1109
1047
985
923
892
862
834
808
-35
1323
1258
1192
1126
1093
1061
1031
1003
-30
1559
1490
1421
1351
1316
1282
1249
1219
1191
-25
1820
1747
1674
1600
1563
1527
1491
1458
1428
40
8845
8675
8511
8430
8350
8271
8194
8118
Condensing Temperature
°F
Current [Amps]
70
80
90
100
105
110
115
120
125
-40
26.26
26.34
26.36
26.31
26.27
26.22
26.16
26.10
-35
27.09
27.28
27.39
27.43
27.43
27.42
27.40
27.37
-30
27.95
28.26
28.49
28.64
28.69
28.73
28.76
28.78
28.79
-25
28.84
29.29
29.65
29.93
30.04
30.14
30.23
30.30
30.37
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
40
41.33
44.80
48.17
49.81
51.43
53.02
54.59
56.13
IR6B4709P
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
550000
500000
450000
70 °F
400000
80 °F
BTU/HR
350000
90 °F
300000
250000
100 °F
200000
105 °F
150000
110 °F
100000
120 °F
50000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
56
52
48
AMPS
44
70 °F
80 °F
90 °F
100 °F
105 °F
120 °F
40
36
32
28
24
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
15
20
30
40
Conditions
IR6B4709P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Single Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
50985
45626
40493
35584
33233
30971
28819
26796
-35
60688
54681
48898
43329
40641
38036
35533
33154
-30
71377
64653
58156
51865
48810
45832
42950
40182
37548
-25
83126
75611
68331
61251
57796
54413
51117
47929
44865
-20
96242
87836
79677
71717
67817
63983
60231
56577
53038
Evaporating Temperature °F
-15
-10
-5
110723
126614
144015
101329
116132
132338
92197
105932
120966
83267
95939
109810
78878
91015
104302
74550
86148
98845
70297
81348
93449
66133
76628
88124
62074
72003
82882
0
163041
150052
137396
124966
118819
112720
106674
100689
94774
5
183810
169384
155322
141499
134655
127853
121098
114394
107745
10
206454
190456
174854
159507
151901
144333
136803
129314
121866
15
231112
213396
196111
179097
170657
162251
153876
145531
137210
20
257940
238348
219221
200384
191032
181710
172411
163129
153856
30
318805
294930
271586
248566
237122
225698
214279
202850
191393
5
14.708
15.781
16.759
17.655
18.076
18.482
18.874
19.253
19.622
10
15.166
16.375
17.486
18.512
18.997
19.467
19.921
20.363
20.794
15
15.578
16.928
18.178
19.340
19.893
20.429
20.949
21.457
21.952
20
15.938
17.436
18.831
20.136
20.758
21.364
21.953
22.529
23.092
30
16.483
18.295
19.999
21.607
22.379
23.133
23.870
24.591
25.299
5
2705
2634
2564
2494
2459
2425
2390
2357
2325
10
3051
2975
2900
2826
2789
2752
2716
2680
2646
15
3432
3349
3269
3190
3151
3112
3074
3036
2999
20
3850
3761
3675
3592
3550
3508
3467
3427
3388
30
4814
4712
4614
4519
4471
4425
4378
4333
4289
5
28.01
28.89
29.73
30.54
30.92
31.30
31.67
32.03
32.38
10
28.38
29.40
30.39
31.33
31.79
32.24
32.68
33.11
33.54
15
28.72
29.88
31.02
32.11
32.65
33.18
33.70
34.21
34.71
20
29.03
30.34
31.63
32.89
33.51
34.11
34.72
35.31
35.90
30
29.50
31.13
32.76
34.36
35.16
35.94
36.73
37.50
38.27
40
359874
331619
303707
289812
275923
262018
248071
234049
Condensing
Temperature °F
Single Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
9.183
9.276
9.291
9.243
9.200
9.146
9.084
9.015
-35
9.887
10.072
10.177
10.217
10.217
10.206
10.187
10.160
-30
10.562
10.842
11.040
11.172
11.217
11.251
11.275
11.291
11.301
-25
11.209
11.586
11.881
12.108
12.200
12.279
12.349
12.410
12.465
-20
11.859
12.339
12.736
13.062
13.202
13.330
13.447
13.556
13.656
Evaporating Temperature °F
-15
-10
-5
12.492
13.096
13.669
13.081
13.798
14.489
13.583
14.412
15.219
14.013
14.950
15.871
14.205
15.195
16.172
14.383
15.427
16.459
14.550
15.646
16.733
14.708
15.855
16.997
14.857
16.056
17.251
0
14.207
15.152
16.003
16.774
17.133
17.478
17.810
18.130
18.440
40
18.798
20.823
22.749
23.678
24.588
25.479
26.353
27.213
Condensing
Temperature °F
Single Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
732
691
650
609
589
569
550
533
-35
873
830
787
743
721
700
680
662
-30
1029
983
938
892
869
846
824
804
786
-25
1201
1153
1104
1056
1031
1007
984
962
942
-20
1394
1343
1292
1240
1214
1189
1164
1140
1118
-15
1608
1553
1499
1444
1417
1390
1363
1337
1313
Evaporating Temperature °F
-10
-5
1844
2104
1786
2042
1728
1980
1670
1919
1641
1888
1612
1857
1583
1827
1556
1797
1530
1769
0
2390
2324
2258
2193
2160
2127
2095
2063
2033
40
5837
5726
5617
5564
5511
5459
5408
5358
Condensing
Temperature °F
Single Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
24.28
24.33
24.34
24.31
24.29
24.26
24.23
24.19
-35
24.67
24.78
24.84
24.86
24.86
24.85
24.84
24.83
-30
25.07
25.24
25.36
25.45
25.48
25.50
25.51
25.52
25.53
-25
25.47
25.72
25.91
26.07
26.13
26.19
26.24
26.28
26.32
-20
25.90
26.23
26.51
26.75
26.85
26.95
27.03
27.11
27.19
-15
26.33
26.76
27.13
27.46
27.61
27.75
27.89
28.01
28.13
Evaporating Temperature °F
-10
-5
26.77
27.20
27.30
27.84
27.77
28.29
28.21
28.97
28.41
29.23
28.60
29.47
28.78
29.71
28.96
29.95
29.12
30.17
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand
Printed in U.S.A.
0
27.61
28.37
29.08
29.75
30.07
30.38
30.68
30.97
31.26
40
31.60
33.57
35.54
36.52
37.49
38.46
39.43
40.38
IR6B4709P
Conditions
R-404A & R-507A
Single Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded Capacity
400000
350000
70 °F
300000
80 °F
BTU/HR
250000
90 °F
200000
100 °F
150000
105 °F
110 °F
100000
120 °F
50000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Single Unloaded Current @ 460 V 3 ph 60 Hz
42
40
38
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
36
AMPS
34
32
30
28
26
24
22
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR6B4709P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Double Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
25493
22813
20246
17792
16616
15486
14409
13398
-35
30344
27340
24449
21664
20320
19018
17767
16577
-30
35689
32326
29078
25933
24405
22916
21475
20091
18774
-25
41563
37806
34165
30626
28898
27206
25559
23964
22432
-20
48121
43918
39838
35858
33908
31992
30115
28288
26519
Evaporating Temperature °F
-15
-10
-5
55362
63307
72008
50665
58066
66169
46099
52966
60483
41634
47969
54905
39439
45508
52151
37275
43074
49423
35148
40674
46725
33067
38314
44062
31037
36001
41441
0
81520
75026
68698
62483
59410
56360
53337
50345
47387
5
91905
84692
77661
70749
67327
63927
60549
57197
53873
10
103227
95228
87427
79754
75950
72166
68402
64657
60933
15
115556
106698
98056
89548
85328
81126
76938
72765
68605
20
128970
119174
109611
100192
95516
90855
86205
81564
76928
30
159403
147465
135793
124283
118561
112849
107139
101425
95696
5
8.666
9.299
9.875
10.403
10.651
10.890
11.120
11.344
11.562
10
8.890
9.598
10.250
10.851
11.135
11.410
11.677
11.936
12.189
15
9.083
9.871
10.600
11.277
11.600
11.912
12.216
12.511
12.800
20
9.246
10.115
10.924
11.681
12.042
12.394
12.736
13.070
13.396
30
9.472
10.514
11.493
12.417
12.861
13.294
13.717
14.132
14.539
5
1352.65
1316.84
1281.88
1247.08
1229.66
1212.30
1195.14
1178.40
1162.38
10
1525.69
1487.25
1449.91
1412.90
1394.41
1376.00
1357.79
1339.97
1322.87
15
1715.83
1674.56
1634.64
1595.24
1575.62
1556.09
1536.76
1517.83
1499.59
20
1924.77
1880.44
1837.73
1795.78
1774.94
1754.21
1733.70
1713.69
1694.17
30
2407.12
2355.98
2307.03
2259.32
2235.74
2212.35
2189.22
2166.53
2144.52
5
24.01
24.34
24.66
24.97
25.12
25.27
25.42
25.56
25.70
10
24.13
24.51
24.88
25.24
25.43
25.60
25.78
25.95
26.13
15
24.23
24.66
25.09
25.52
25.73
25.94
26.14
26.35
26.56
20
24.31
24.80
25.29
25.78
26.02
26.27
26.51
26.75
26.99
30
24.44
25.04
25.66
26.28
26.60
26.92
27.23
27.56
27.88
40
179937
165810
151854
144906
137962
131009
124035
117025
Condensing
Temperature °F
Double Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
5.553
5.609
5.618
5.589
5.563
5.530
5.493
5.451
-35
5.980
6.091
6.155
6.179
6.179
6.173
6.161
6.144
-30
6.383
6.552
6.672
6.751
6.779
6.799
6.814
6.823
6.830
-25
6.762
6.990
7.168
7.305
7.360
7.408
7.450
7.487
7.520
-20
7.137
7.426
7.665
7.861
7.945
8.022
8.093
8.158
8.219
Evaporating Temperature °F
-15
-10
-5
7.494
7.826
8.133
7.847
8.246
8.621
8.148
8.612
9.055
8.406
8.934
9.443
8.521
9.081
9.622
8.628
9.219
9.793
8.729
9.350
9.956
8.823
9.475
10.113
8.913
9.595
10.264
0
8.413
8.972
9.476
9.933
10.146
10.350
10.547
10.736
10.920
40
10.722
11.877
12.976
13.506
14.025
14.533
15.032
15.522
Condensing
Temperature °F
Double Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
366
345
325
304
294
284
275
266
-35
436
415
393
371
360
350
340
331
-30
514
491
469
446
434
423
412
402
393
-25
600
576
552
528
515
503
492
481
471
-20
697.03
671.46
645.93
620.12
607.19
594.37
581.88
569.98
559.01
Evaporating Temperature °F
-15
-10
-5
0
804.00
922.04
1052.08
1195.22
776.74
892.91
1020.92
1161.84
749.62
864.06
990.20
1129.08
722.24
835.02
959.36
1096.33
708.50
820.43
943.89
1079.91
694.86
805.92
928.47
1063.55
681.50
791.66
913.29
1047.40
668.68
777.91
898.57
1031.69
656.74
764.98
884.64
1016.73
40
2918.70
2862.80
2808.61
2781.95
2755.56
2729.49
2703.90
2679.02
Condensing
Temperature °F
Double Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
22.76
22.78
22.78
22.77
22.76
22.75
22.74
22.73
-35
22.89
22.93
22.95
22.96
22.96
22.96
22.95
22.95
-30
23.03
23.09
23.14
23.17
23.18
23.18
23.19
23.19
23.20
-25
23.17
23.26
23.33
23.39
23.41
23.43
23.45
23.46
23.48
-20
23.32
23.44
23.54
23.63
23.67
23.70
23.73
23.77
23.79
Evaporating Temperature °F
-15
-10
-5
23.47
23.61
23.75
23.62
23.81
23.99
23.76
23.99
24.21
23.88
24.15
24.42
23.94
24.23
24.52
23.99
24.30
24.62
24.04
24.37
24.71
24.09
24.44
24.80
24.14
24.50
24.89
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
0
23.89
24.17
24.44
24.69
24.82
24.94
25.06
25.17
25.29
40
25.16
25.91
26.68
27.08
27.47
27.87
28.27
28.68
IR6B4709P
Conditions
R-404A & R-507A
Double Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded Capacity
200000
BTU/HR
180000
160000
70 °F
140000
80 °F
120000
90 °F
100000
100 °F
80000
105 °F
60000
110 °F
40000
120 °F
20000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Double Unloaded Current @ 460 V 3 ph 60 Hz
29
28
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
27
26
25
24
23
22
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR6B5406P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
91491
82159
73169
64493
60256
56075
51938
47832
-35
108072
97684
87657
77950
73197
68498
63838
59204
-30
126377
114811
103624
92768
87440
82163
76922
71700
66478
-25
146534
133656
121180
109046
103079
97160
91273
85398
79514
-20
169081
154713
140775
127191
120500
113855
107237
100623
93990
Evaporating Temperature °F
-15
-10
-5
194009
221394
251412
177979
203524
231511
162407
186144
212133
147206
169151
193161
139707
160758
183780
132252
152406
174438
124819
144072
165109
117383
135727
155760
109916
127337
146353
-20
19.747
20.559
21.222
21.760
21.991
22.201
22.392
22.570
22.736
Evaporating Temperature °F
-15
-10
-5
20.953
22.120
23.243
21.946
23.301
24.619
22.785
24.324
25.833
23.497
25.216
26.914
23.814
25.622
27.412
24.108
26.005
27.887
24.384
26.369
28.343
24.645
26.717
28.782
24.894
27.053
29.207
-20
2449
2365
2282
2200
2158
2115
2072
2027
1981
Evaporating Temperature °F
-15
-10
-5
2818
3225
3673
2729
3130
3572
2641
3037
3473
2554
2944
3375
2510
2898
3326
2465
2852
3277
2420
2804
3227
2374
2756
3176
2326
2706
3124
-20
36.61
37.29
37.86
38.33
38.54
38.72
38.90
39.05
39.21
Evaporating Temperature °F
-15
-10
-5
37.63
38.65
39.67
38.50
39.72
40.96
39.25
40.68
42.13
39.90
41.53
43.20
40.20
41.93
43.70
40.47
42.30
44.19
40.74
42.66
44.65
40.99
43.01
45.10
41.22
43.34
45.55
0
284259
262121
240540
219384
208914
198480
188054
177598
167070
5
320143
295546
271540
247979
236308
224672
213037
201363
189602
10
359290
331995
305324
279116
266124
253164
240199
227184
214065
15
401945
371694
342095
312978
298532
284116
269688
255198
240586
20
448375
414888
382078
349763
333719
317701
301663
285551
269298
30
553781
512884
472689
433001
413265
393544
373785
353922
333872
0
24.318
25.896
27.310
28.585
29.180
29.751
30.302
30.835
31.355
5
25.341
27.129
28.749
30.227
30.922
31.593
32.242
32.874
33.491
10
26.307
28.313
30.146
31.835
32.634
33.408
34.160
34.894
35.612
15
27.213
29.444
31.499
33.406
34.313
35.193
36.052
36.891
37.715
20
28.053
30.518
32.801
34.934
35.952
36.944
37.912
38.861
39.794
30
29.521
32.475
35.240
37.848
39.101
40.326
41.526
42.706
43.868
0
4168
4059
3953
3849
3798
3745
3693
3639
3585
5
4712
4595
4482
4371
4316
4261
4205
4149
4091
10
5310
5185
5064
4945
4886
4827
4768
4708
4647
15
5968
5833
5703
5575
5513
5450
5387
53.23.25
5259
20
6692
6547
6406
6269
6201
6134
6067
5999
5931
30
8363
8194
8031
7871
7793
7715
7638
7560
7482
0
40.67
42.20
43.60
44.90
45.52
46.12
46.70
47.27
47.82
5
41.65
43.42
45.07
46.62
47.36
48.08
48.79
49.47
50.16
10
42.60
44.62
46.53
48.34
49.21
50.06
50.90
51.72
52.53
15
43.50
45.79
47.98
50.06
51.07
52.05
53.03
53.98
54.93
20
44.35
46.93
49.40
51.76
52.91
54.04
55.16
56.25
57.34
30
45.87
49.04
52.11
55.08
56.54
57.97
59.38
60.78
62.17
40
625413
576574
528210
504118
480022
455862
431558
407013
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
14.781
14.947
14.975
14.889
14.811
14.715
14.604
14.480
-35
16.062
16.381
16.558
16.618
16.614
16.589
16.549
16.497
-30
17.310
17.787
18.119
18.332
18.403
18.454
18.488
18.508
18.519
-25
18.521
19.161
19.655
20.027
20.176
20.304
20.415
20.513
20.599
40
33.955
37.215
40.311
41.807
43.273
44.712
46.130
47.528
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
1314
1245
1175
1104
1068
1030
992
952
-35
1555
1483
1411
1337
1300
1262
1222
1182
-30
1822
1747
1671
1595
1557
1517
1477
1435
1392
-25
2117
2038
1959
1880
1840
1799
1758
1715
1670
40
10145
9955
9770
9678
9588
9498
9408
9318
Condensing Temperature
°F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
32.87
32.99
33.00
32.95
32.89
32.83
32.76
32.68
-35
33.76
33.99
34.12
34.16
34.16
34.14
34.11
34.07
-30
34.68
35.04
35.30
35.46
35.52
35.56
35.59
35.60
35.61
-25
35.61
36.13
36.53
36.84
36.96
37.07
37.17
37.25
37.32
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
40
50.67
54.36
57.95
59.71
61.46
63.18
64.89
66.59
IR6B5406P
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
650000
600000
BTU/HR
550000
500000
70 °F
450000
80 °F
400000
90 °F
350000
300000
100 °F
250000
105 °F
200000
110 °F
150000
120 °F
100000
50000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
70
65
60
AMPS
55
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
50
45
40
35
30
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
15
20
30
40
Conditions
IR6B5406P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Single Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
60384
54225
48292
42565
39769
37009
34279
31569
-35
71328
64472
57853
51447
48310
45208
42133
39075
-30
83409
75775
68392
61227
57710
54227
50768
47322
43875
-25
96713
88213
79979
71970
68032
64126
60240
56363
52479
-20
111594
102111
92911
83946
79530
75144
70776
66411
62033
Evaporating Temperature °F
-15
-10
-5
128046
146120
165932
117466
134326
152797
107189
122855
140008
97156
111639
127486
92207
106100
121295
87286
100588
115129
82381
95088
108972
77473
89580
102802
72544
84043
96593
0
187611
173000
158756
144794
137883
130997
124116
117215
110266
5
211294
195060
179217
163666
155963
148284
140605
132900
125137
10
237131
219117
201514
184217
175642
167088
158531
149942
141283
15
265283
245318
225783
206565
197031
187516
177994
168431
158787
20
295928
273826
252171
230844
220255
209683
199098
188464
177736
30
365495
338504
311975
285780
272755
259739
246698
233589
220356
5
17.279
18.499
19.603
20.611
21.085
21.542
21.985
22.416
22.837
10
17.865
19.227
20.472
21.619
22.161
22.687
23.197
23.696
24.184
15
18.417
19.927
21.318
22.608
23.222
23.818
24.399
24.967
25.524
20
18.933
20.596
22.137
23.576
24.264
24.933
25.587
26.227
26.857
30
19.840
21.825
23.684
25.436
26.278
27.101
27.908
28.701
29.482
5
3110
3033
2958
2885
2849
2812
2775
2738
2700
10
3505
3422
3342
3264
3225
3186
3147
3107
3067
15
3939
3850
3764
3680
3638
3597
3555
3513
3471
20
4416
4321
4271
4138
4093
4049
4004
3959
3914
30
5519
5408
5300
5195
5143
5092
5041
4990
4938
5
34.65
35.60
36.49
37.33
37.74
38.14
38.53
38.92
39.30
10
35.10
36.18
37.21
38.21
38.69
39.16
39.63
40.09
40.55
15
35.53
36.76
37.94
39.09
39.65
40.20
40.75
41.29
41.83
20
35.94
37.32
38.67
39.98
40.62
41.26
41.89
42.52
43.15
30
36.68
38.39
40.08
41.74
42.57
43.39
44.21
45.02
45.83
40
412772
380539
348618
332718
316815
300869
284828
268629
Condensing
Temperature °F
Single Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
10.967
11.091
11.111
11.047
10.990
10.919
10.836
10.745
-35
11.746
11.979
12.108
12.153
12.149
12.132
12.102
12.064
-30
12.494
12.838
13.077
13.232
13.283
13.319
13.344
13.359
13.366
-25
13.212
13.669
14.021
14.286
14.392
14.484
14.563
14.633
14.694
-20
13.940
14.514
14.982
15.362
15.525
15.673
15.808
15.933
16.051
Evaporating Temperature °F
-15
-10
-5
14.658
15.351
16.020
15.352
16.171
16.969
15.939
16.881
17.806
16.437
17.500
18.550
16.659
17.782
18.894
16.865
18.047
19.222
17.058
18.300
19.535
17.240
18.542
19.838
17.414
18.774
20.131
0
16.664
17.745
18.714
19.588
19.996
20.387
20.764
21.130
21.486
40
22.749
24.933
27.007
28.009
28.991
29.956
30.905
31.842
Condensing
Temperature °F
Single Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
867
821
775
728
704
680
655
628
-35
1026
979
931
882
858
833
807
780
-30
1202
1153
1103
1053
1027
1001
975
947
918
-25
1397
1345
1293
1241
1214
1187
1160
1131
1102
-20
1616
1561
1506
1452
1424
1396
1368
1338
1308
-15
1860
1801
1743
1685
1656
1627
1597
1567
1536
Evaporating Temperature °F
-10
-5
2128
2424
2066
2358
2004
2292
1943
2228
1913
2195
1882
2163
1851
2130
1819
2096
1786
2062
0
2751
2679
2609
2541
2506
2472
2437
2402
2366
40
6695
6570
6448
6388
6328
6268
6209
6150
Condensing
Temperature °F
Single Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
30.61
30.67
30.68
30.65
30.62
30.58
30.54
30.49
-35
31.02
31.15
31.22
31.25
31.25
31.24
31.22
31.20
-30
31.44
31.65
31.79
31.88
31.91
31.94
31.95
31.96
31.97
-25
31.87
32.15
32.38
32.55
32.62
32.68
32.73
32.78
32.82
-20
32.33
32.70
33.01
33.27
33.38
33.48
33.58
33.67
33.75
-15
32.79
33.26
33.67
34.03
34.19
34.34
34.49
34.62
34.75
Evaporating Temperature °F
-10
-5
33.26
33.73
33.84
34.42
34.36
35.05
34.82
35.64
35.03
35.91
35.24
36.17
35.44
36.43
35.63
36.68
35.81
36.93
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand
Printed in U.S.A.
0
34.19
35.01
35.77
36.48
36.81
37.14
37.46
37.78
38.09
40
39.22
41.26
43.30
44.31
45.32
46.33
47.34
48.35
IR6B5406P
Conditions
R-404A & R-507A
Single Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded Capacity
450000
BTU/HR
400000
350000
70 °F
300000
80 °F
250000
90 °F
100 °F
200000
105 °F
150000
110 °F
100000
120 °F
50000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Single Unloaded Current @ 460 V 3 ph 60 Hz
48
46
44
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
42
40
38
36
34
32
30
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR6B5406P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Double Unloaded Capacity [btu/hr]
70
80
90
100
105
110
115
120
125
-40
30192
27112
24146
21283
19885
18505
17139
15785
-35
35664
32236
28927
25723
24155
22604
21067
19537
-30
41704
37887
34196
30613
28855
27114
25384
23661
21938
-25
48356
44106
39990
35985
34016
32063
30120
28181
26240
-20
55797
51055
46456
41973
39765
37572
35388
33206
31017
Evaporating Temperature °F
-15
-10
-5
64023
73060
82966
58733
67163
76399
53594
61427
70004
48578
55820
63743
46103
53050
60647
43643
50294
57565
41190
47544
54486
38737
44790
51401
36272
42021
48297
0
93805
86500
79378
72397
68941
65499
62058
58607
55133
5
105647
97530
89608
81833
77982
74142
70302
66450
62569
10
118566
109558
100757
92108
87821
83544
79266
74971
70642
15
132642
122659
112891
103283
98516
93758
88997
84215
79393
20
147964
136913
126086
115422
110127
104841
99549
94232
88868
30
182748
169252
155987
142890
136377
129870
123349
116794
110178
5
10.181
10.900
11.550
12.144
12.424
12.693
12.954
13.208
13.456
10
10.471
11.270
12.000
12.672
12.990
13.298
13.597
13.889
14.175
15
10.739
11.620
12.430
13.183
13.541
13.888
14.227
14.558
14.883
20
10.983
11.948
12.842
13.677
14.076
14.464
14.843
15.215
15.580
30
11.402
12.542
13.610
14.617
15.101
15.574
16.038
16.494
16.942
5
1555
1516
1479
1442
1424
1406
1388
1369
1350
10
1752
1711
1671
1632
1612
1593
1573
1554
1534
15
1970
1925
1882
1840
1819
1789
1778
1757
1735
20
2208
2160
2114
2069
2046
2024
2002
1980
1957
30
2760
2704
2650
2598
2572
2546
2520
2495
2469
5
30.21
30.57
30.92
31.25
31.40
31.56
31.72
31.87
32.02
10
30.35
30.77
31.16
31.55
31.74
31.92
32.11
32.29
32.48
15
30.49
30.95
31.41
31.86
32.07
32.29
32.51
32.73
32.94
20
30.61
31.13
31.65
32.16
32.41
32.67
32.92
33.17
33.42
30
30.83
31.47
32.12
32.76
33.09
33.42
33.74
34.07
34.40
40
206386
190269
174309
166359
158407
150434
142414
134314
Condensing
Temperature °F
Double Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
6.632
6.706
6.719
6.680
6.645
6.602
6.552
6.497
-35
7.104
7.245
7.323
7.350
7.348
7.337
7.319
7.296
-30
7.550
7.758
7.903
7.996
8.027
8.049
8.064
8.073
8.078
-25
7.971
8.246
8.459
8.619
8.683
8.738
8.786
8.828
8.865
-20
8.390
8.735
9.016
9.245
9.343
9.432
9.514
9.589
9.659
Evaporating Temperature °F
-15
-10
-5
8.793
9.174
9.532
9.210
9.664
10.096
9.562
10.088
10.594
9.861
10.458
11.038
9.993
10.626
11.242
10.117
10.785
11.437
10.233
10.936
11.624
10.342
11.080
11.804
10.447
11.219
11.978
0
9.868
10.508
11.082
11.600
11.841
12.073
12.296
12.512
12.723
40
12.976
14.221
15.404
15.976
16.536
17.086
17.628
18.162
Condensing
Temperature °F
Double Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
433
410
387
364
352
340
327
314
-35
513
489
465
441
429
416
345
390
-30
601
576
551
526
513
500
487
473
459
-25
698
672
646
620
607
593
580
565
551
-20
808
781
753
726
712
698
684
669
654
-15
930
900
872
843
828
814
799
783
768
Evaporating Temperature °F
-10
-5
1064
1212
1033
1179
1002
1146
972
1114
956
1098
941
1081
925
1065
909
1048
893
1031
0
1375
1340
1305
1270
1253
1236
1219
1201
1183
40
3348
3285
3224
3194
3164
3134
3105
3075
Condensing
Temperature °F
Double Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
28.79
28.81
28.82
28.80
28.79
28.78
28.76
28.75
-35
28.94
28.99
29.02
29.03
29.03
29.02
29.02
29.01
-30
29.10
29.18
29.23
29.27
29.28
29.29
29.29
29.29
29.30
-25
29.26
29.36
29.45
29.51
29.54
29.56
29.58
29.60
29.62
-20
29.42
29.56
29.68
29.78
29.83
29.86
29.90
29.93
29.97
Evaporating Temperature °F
-15
-10
-5
29.59
29.75
29.91
29.76
29.97
30.17
29.92
30.17
30.42
30.06
30.35
30.64
30.12
30.43
30.75
30.18
30.51
30.85
30.24
30.59
30.96
30.29
30.67
31.06
30.34
30.74
31.15
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
0
30.07
30.37
30.67
30.94
31.07
31.20
31.33
31.46
31.58
40
31.73
32.51
33.30
33.70
34.10
34.51
34.92
35.33
IR6B5406P
Conditions
R-404A & R-507A
Double Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded Capacity
220000
200000
180000
70 °F
160000
80 °F
BTU/HR
140000
90 °F
120000
100 °F
100000
105 °F
80000
60000
110 °F
40000
120 °F
20000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Double Unloaded Current @ 460 V 3 ph 60 Hz
36
35
34
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
33
32
31
30
29
28
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR6B6462P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing Temperature
°F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
114057
102750
91563
80508
75063
69707
64478
59420
-35
133422
120919
108524
96230
90146
84136
78234
72482
-30
154800
140962
127226
113562
106775
100047
93408
86898
80561
-25
178339
163019
147797
132622
125063
117547
110101
102763
85572
-20
204684
187681
170777
153898
145471
137072
128725
120462
112322
Evaporating Temperature °F
-15
-10
-5
233814
265812
300883
214934
244856
277638
196158
224012
254515
177387
203157
231367
168000
192713
219762
158624
182266
208139
149282
171833
196512
140002
161439
184898
130817
151100
173321
-20
24.192
25.056
25.775
26.351
26.586
26.786
26.951
27.082
27.178
Evaporating Temperature °F
-15
-10
-5
25.639
27.046
28.403
26.696
28.314
29.898
27.612
29.445
31.263
28.390
30.443
32.497
28.728
30.892
33.067
29.032
31.309
33.605
29.302
31.693
34.111
29.539
32.044
34.587
29.743
32.364
35.031
-20
2965
2869
2769
2661
2605
2547
2487
2427
2368
Evaporating Temperature °F
-15
-10
-5
3396
3871
4396
3295
3765
4284
3190
3654
4167
3077
3536
4043
3018
3474
3978
2957
3410
3910
2894
3345
3841
2831
3278
3771
2768
3211
3700
-20
51.64
52.23
52.73
53.15
53.32
53.47
53.58
53.68
53.75
Evaporating Temperature °F
-15
-10
-5
52.64
53.65
54.68
53.40
54.61
55.84
54.08
55.49
56.95
54.67
56.28
57.97
54.93
56.64
58.45
55.16
56.98
58.91
55.37
56.06
59.35
55.56
57.59
59.77
55.72
57.86
60.16
0
339256
313491
287860
262192
249313
236401
223465
210518
197575
5
381175
352641
324254
295818
281542
267218
252849
238442
224008
10
426903
395332
363919
332446
316637
300765
284827
268824
252758
15
476726
441828
407096
372291
354801
337233
319576
301827
283977
20
530956
492418
454049
415589
396256
376827
357287
337624
317822
30
654063
607193
560468
513597
490020
466309
442435
418370
394079
0
29.696
31.438
33.052
34.542
35.241
35.909
36.547
37.155
37.733
5
30.915
32.920
34.803
36.566
37.403
38.210
38.989
39.738
40.459
10
32.047
34.334
36.503
38.557
39.541
40.497
41.425
42.326
43.198
15
33.080
35.666
38.140
40.504
41.644
42.758
43.845
44.905
45.939
20
34.001
36.906
39.703
42.394
43.700
44.981
46.236
47.465
48.670
30
35.457
39.054
42.554
45.957
47.623
49.266
50.885
52.481
54.055
0
4974
4855
4731
4600
4532
4461
4388
4314
4239
5
5610
5483
5352
5214
5142
5068
4991
4913
4833
10
6310
6174
6035
5890
5813
5735
5654
5571
5487
15
7079
6934
6787
6632
6552
6469
6383
6296
6207
20
7924
7770
7613
7449
7363
7276
7186
7093
6999
30
9877
9701
9522
9337
9240
9142
9040
8937
8831
0
55.68
57.09
58.44
59.73
60.35
60.94
61.52
62.07
62.60
5
56.66
58.33
59.96
61.54
62.30
63.05
63.78
64.49
65.18
10
57.59
59.55
61.48
63.37
64.30
65.21
66.11
67.00
67.86
15
58.47
60.72
62.98
65.22
66.33
67.42
68.51
69.58
70.64
20
59.26
61.84
64.45
67.06
68.36
69.66
70.94
72.22
73.49
30
60.54
63.84
67.22
70.66
72.38
74.12
75.86
77.59
79.33
40
738956
682468
625727
597162
568413
539441
510198
480628
Condensing Temperature
°F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
18.463
18.726
18.826
18.764
18.672
18.541
18.370
18.159
-35
19.897
20.286
20.516
20.589
20.568
20.507
20.408
20.271
-30
21.326
21.856
22.233
22.457
22.513
22.531
22.512
22.456
22.364
-25
22.738
23.426
23.965
24.356
24.498
24.602
24.671
24.705
24.702
40
40.446
44.699
48.867
50.919
52.950
54.961
56.951
58.920
Condensing Temperature
°F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
1638
1557
1471
1378
1330
1281
1232
1183
-35
1920
1836
1746
1651
1601
1550
1498
1447
-30
2232
2144
2052
1953
1901
1848
1794
1739
1687
-25
2577
2486
2390
2287
2232
2177
2120
2063
2007
40
11986
11783
11573
11465
11353
11239
11122
11003
Condensing Temperature
°F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
48.18
48.32
48.37
48.34
48.29
48.22
48.13
48.02
-35
48.96
49.19
49.32
49.36
49.35
49.32
49.26
49.18
-30
49.80
50.13
50.36
50.50
50.54
50.55
50.54
50.50
50.44
-25
50.68
51.13
51.48
51.75
51.84
51.92
51.96
51.99
51.98
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
40
65.16
69.37
73.70
75.89
78.11
80.34
82.59
84.85
IR6B6462P
Conditions
R-404A & R-507A
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
750000
650000
70 °F
550000
BTU/HR
80 °F
90 °F
450000
100 °F
350000
105 °F
110 °F
250000
120 °F
150000
50000
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
85
Current @ 460 V 3 ph 60 Hz
80
75
AMPS
70
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
65
60
55
50
45
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR6B6462P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Single Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
75278
67815
60431
53135
49542
46007
42555
39217
-35
88059
79806
71626
63511
59496
55529
51634
47838
-30
102168
93035
83969
74951
70472
66031
61649
57353
53170
-25
117703
107592
97546
87530
82542
77581
72667
67824
63078
-20
135091
123870
112713
101573
96011
90467
84958
79505
74132
Evaporating Temperature °F
-15
-10
-5
154317
175436
198583
141857
161605
183241
129464
147848
167980
117076
134084
152702
110880
127190
145043
104692
120295
137372
98526
113410
129698
92401
106550
122033
86339
99733
114392
0
223909
206904
189987
173047
164547
156025
147487
138942
130400
5
251576
232743
214007
195240
185817
176364
166880
157372
147845
10
281756
260919
240186
219414
208980
198505
187986
177424
166821
15
314639
291607
268684
245712
234169
222574
210920
199206
187425
20
350431
324996
299672
274288
261529
248706
235810
222832
209762
30
431682
400747
369909
338974
323413
307764
292007
276124
260092
5
21.080
22.447
23.731
24.933
25.504
26.055
26.585
27.097
27.588
10
21.762
23.315
24.789
26.183
26.852
27.501
28.131
28.742
29.335
15
22.387
24.138
25.684
27.412
28.184
28.938
29.673
30.391
31.090
20
22.947
24.907
26.765
28.611
29.493
30.357
31.204
32.034
32.847
30
23.829
26.247
28.598
30.886
32.005
33.109
34.198
35.271
36.328
5
3703
3619
3532
3441
3394
3345
3294
3242
3190
10
4164
4075
3983
3887
3837
3785
3732
3677
3622
15
4672
4577
4479
4377
4324
4269
4213
4155
4097
20
5230
5128
5024
4916
4860
4802
4742
4681
4620
30
6519
6403
6284
6162
6099
6034
5967
5898
5829
5
49.65
50.49
51.33
52.14
52.54
52.93
53.32
53.69
54.06
10
50.07
51.05
52.05
53.03
53.51
53.99
54.47
54.93
55.40
15
50.46
51.60
52.76
53.93
54.51
55.09
55.66
56.24
56.80
20
50.82
52.13
53.47
54.84
55.52
56.21
56.90
57.58
58.27
30
51.39
53.07
54.83
56.63
57.56
58.49
59.43
60.37
61.32
40
487711
450429
412980
394127
375153
356031
336731
317215
Condensing
Temperature °F
Single Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
13.699
13.895
13.969
13.923
13.855
13.757
13.630
13.474
-35
14.550
14.835
15.003
15.057
15.041
14.997
14.924
14.824
-30
15.392
15.775
16.047
16.209
16.249
16.262
16.248
16.208
16.141
-25
16.220
16.711
17.095
17.375
17.475
17.550
17.599
17.623
17.621
-20
17.079
17.689
18.196
18.603
18.769
18.910
19.026
19.119
19.187
Evaporating Temperature °F
-15
-10
-5
17.936
18.770
19.577
18.675
19.650
20.608
19.316
20.435
21.548
19.860
21.127
22.399
20.097
21.439
22.792
20.309
21.728
23.162
20.498
21.995
23.511
20.664
22.239
23.839
20.806
22.461
24.145
0
20.349
21.543
22.649
23.670
24.149
24.606
25.044
25.460
25.856
40
27.097
29.947
32.739
34.114
35.475
36.822
38.155
39.475
Condensing
Temperature °F
Single Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
1081
1027
970
909
878
845
813
781
-35
1267
1211
1152
1089
1056
1023
989
955
-30
1473
1415
1354
1289
1254
1219
1184
1148
1113
-25
1700
1640
1577
1509
1473
1437
1399
1362
1325
-20
1957
1894
1828
1757
1719
1681
1642
1602
1563
Evaporating Temperature °F
-15
-10
-5
0
2241
2555
2901
3283
2175
2485
2827
3204
2105
2412
2750
3123
2031
2334
2668
3036
1992
2293
2625
2991
1952
2251
2581
2944
1910
2207
2535
2896
1869
2163
2489
2847
1827
2119
2442
2798
40
7911
7777
7638
7567
7493
7418
7341
7262
Condensing
Temperature °F
Single Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
46.01
46.08
46.11
46.09
46.07
46.03
45.98
45.92
-35
46.34
46.46
46.53
46.55
46.55
46.53
46.50
46.46
-30
46.70
46.87
46.99
47.06
47.08
47.09
47.08
47.06
47.03
-25
47.07
47.30
47.48
47.62
47.67
47.71
47.73
47.75
47.75
-20
47.48
47.78
48.04
48.25
48.34
48.42
48.48
48.53
48.57
Evaporating Temperature °F
-15
-10
-5
47.90
48.34
48.79
48.29
48.83
49.37
48.64
49.27
49.94
48.94
49.68
50.47
49.08
49.87
50.72
49.20
50.05
50.96
49.31
50.21
51.18
49.41
50.36
51.40
49.49
50.50
51.61
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand
Printed in U.S.A.
0
49.22
49.93
50.63
51.29
51.61
51.92
52.22
52.51
52.79
40
53.69
55.88
58.18
59.36
60.56
61.77
63.00
64.24
IR6B6462P
Conditions
R-404A & R-507A
Single Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded Capacity
500000
450000
400000
70 °F
BTU/HR
350000
80 °F
300000
90 °F
250000
100 °F
200000
105 °F
150000
110 °F
100000
120 °F
50000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Single Unloaded Current @ 460 V 3 ph 60 Hz
64
62
60
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
58
AMPS
56
54
52
50
48
46
44
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR6B6462P
R-404A & R-507A
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Double Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
37639
33907
30216
26568
24771
23003
21278
19609
-35
44029
39903
35813
31756
29748
27795
25817
23919
-30
51084
46517
41985
37475
35236
33015
30825
28676
26585
-25
58852
53796
48773
43765
41271
38790
36333
33912
31539
-20
67546
61935
59357
50786
48006
45234
42479
39753
37066
Evaporating Temperature °F
-15
-10
-5
77159
87718
99291
70928
80803
91621
64732
73924
83990
58538
67042
76351
55440
63595
72521
52346
60148
68686
49263
56705
64849
46201
53275
61016
43169
49866
57196
0
111955
103452
94994
86523
82273
78012
73744
69471
65200
5
125788
116372
107004
97620
92909
88182
83440
78686
73923
10
140878
130460
120093
109707
104490
99252
93993
88712
83410
15
157319
145803
134342
122856
117084
111287
105460
99603
93712
20
175216
162498
149836
137144
130764
124353
117905
111416
104881
30
215841
200374
184955
169487
161707
153882
146004
138062
130046
5
12.421
13.226
13.983
14.691
15.027
15.352
15.664
15.966
16.255
10
12.756
13.666
14.530
15.348
15.739
16.120
16.489
16.848
17.195
15
13.054
14.075
15.051
15.984
16.434
16.874
17.303
17.721
18.129
20
13.312
14.449
15.544
16.598
17.110
17.611
18.102
18.584
19.055
30
13.694
15.083
16.435
17.749
18.393
19.027
19.653
20.269
20.877
5
1851
1809
1766
1721
1697
1672
1647
1621
1595
10
2082
2037
1992
1944
1918
1892
1866
1839
1811
15
2336
2288
2240
2189
2162
2135
2106
2078
2048
20
2615
2564
2512
2458
2430
2401
2371
2341
2310
30
3259
3201
3142
3081
3049
3017
2983
2949
2914
5
45.55
45.83
46.12
46.40
46.54
46.68
46.82
46.95
47.08
10
45.66
46.00
46.33
46.68
46.85
47.02
47.19
47.37
47.53
15
45.77
46.15
46.55
46.96
47.17
47.38
47.59
47.79
48.00
20
45.86
46.30
46.76
47.25
47.49
47.74
47.99
48.24
48.50
30
46.00
46.56
47.17
47.81
48.14
48.48
48.83
49.18
49.53
40
243855
225214
206490
197063
187576
178015
168365
158607
Condensing
Temperature °F
Double Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-40
8.284
8.402
8.446
8.419
8.378
8.319
8.242
8.147
-35
8.800
8.972
9.074
9.106
9.096
9.070
9.026
8.965
-30
9.302
9.533
9.697
9.795
9.820
9.828
9.819
9.795
9.754
-25
9.786
10.082
10.314
10.482
10.543
10.588
10.618
10.632
10.631
-20
10.278
10.645
10.951
11.195
11.295
11.380
11.450
11.506
11.547
Evaporating Temperature °F
-15
-10
-5
10.759
11.217
11.648
11.203
11.743
12.262
11.587
12.212
12.821
11.914
12.626
13.327
12.056
12.812
13.561
12.183
12.985
13.782
12.297
13.144
13.989
12.396
13.290
14.184
12.481
13.422
14.367
0
12.050
12.757
13.412
14.017
14.300
14.571
14.830
15.077
15.312
40
15.456
17.081
18.674
19.458
20.234
21.003
21.763
22.516
Condensing
Temperature °F
Double Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
540
513
485
455
439
422
406
390
-35
633
605
576
544
528
511
494
477
-30
736
707
677
644
627
609
592
574
556
-25
850
820
788
754
736
718
699
681
662
-20
978
947
914
878
860
840
821
801
781
Evaporating Temperature °F
-15
-10
-5
1121
1278
1451
1087
1243
1414
1053
1206
1375
1015
1167
1334
996
1147
1313
976
1125
1290
955
1104
1268
934
1082
1244
913
1060
1221
0
1641
1602
1561
1518
1496
1472
1448
1424
1399
40
3956
3888
3819
3783
3747
3709
3670
3631
Condensing
Temperature °F
Double Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
44.46
44.48
44.49
44.48
44.47
44.46
44.45
44.43
-35
44.56
44.59
44.62
44.62
44.62
44.61
44.61
44.59
-30
44.67
44.72
44.76
44.78
44.79
44.79
44.79
44.78
44.77
-25
44.78
44.85
44.91
44.96
44.97
44.99
44.99
45.00
45.00
-20
44.91
45.00
45.09
45.16
45.19
45.21
45.24
45.25
45.26
Evaporating Temperature °F
-15
-10
-5
45.03
45.16
45.29
45.16
45.33
45.49
45.28
45.48
45.68
45.38
45.62
45.87
45.43
45.68
45.95
45.47
45.74
46.04
45.51
45.80
46.12
45.54
45.85
46.19
45.57
45.90
46.27
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
0
45.43
45.66
45.90
46.13
46.24
46.35
46.46
46.56
46.66
40
46.73
47.48
48.29
48.72
49.16
49.61
50.07
50.54
IR6B6462P
Conditions
R-404A & R-507A
Double Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded Capacity
250000
200000
70 °F
BTU/HR
80 °F
150000
90 °F
100 °F
100000
105 °F
110 °F
120 °F
50000
0
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Double Unloaded Current @ 460 V 3 ph 60 Hz
51
50
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
49
48
47
46
45
44
-40
-35
-30
-25
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR2C0173S
R-22
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
2114
1838
1589
1375
1282
1200
1129
-30
3075
2751
2453
2186
2066
1955
1855
1766
1690
-20
4274
3895
3538
3209
3056
2913
2779
2656
2544
-15
4974
4563
4173
3810
3639
3478
3326
3184
3052
Evaporating Temperature °F
-10
-5
0
5745
6591
6932
5301
6111
6258
4876
5649
5643
4475
5210
5080
4286
5000
4816
4105
4799
4562
3933
4607
4317
3771
4423
4080
3620
4250
3851
-15
0.596
0.632
0.664
0.694
0.709
0.723
0.738
0.753
0.769
Evaporating Temperature °F
-10
-5
0
0.634
0.668
0.729
0.679
0.723
0.775
0.721
0.774
0.811
0.760
0.822
0.842
0.778
0.845
0.856
0.797
0.868
0.869
0.816
0.891
0.883
0.835
0.914
0.896
0.854
0.937
0.911
-15
58
55
53
50
49
48
47
46
45
Evaporating Temperature °F
-10
-5
0
67
78
82
64
75
77
62
72
72
59
69
67
58
67
65
56
66
63
55
65
61
54
64
59
53
63
57
-15
1.49
1.51
1.53
1.56
1.57
1.58
1.59
1.60
1.61
Evaporating Temperature °F
-10
-5
0
1.51
1.54
1.58
1.54
1.58
1.62
1.57
1.62
1.65
1.60
1.65
1.67
1.62
1.67
1.68
1.63
1.69
1.69
1.65
1.71
1.70
1.66
1.73
1.71
1.68
1.75
1.72
5
8041
7304
6629
6007
5714
5432
5159
4895
4638
10
9251
8445
7703
7016
6690
6376
6072
5777
5489
15
10571
9689
8872
8112
7751
7401
7062
6732
6411
20
12005
11040
10142
9302
8902
8514
8136
7768
7409
30
15244
14093
13011
11991
11502
11025
10561
10106
9662
40
19020
17654
16361
15133
14541
13963
13397
12842
12298
5
0.753
0.810
0.857
0.897
0.916
0.934
0.952
0.969
0.988
10
0.771
0.839
0.897
0.948
0.971
0.994
1.016
1.038
1.061
15
0.783
0.863
0.932
0.994
1.022
1.049
1.076
1.103
1.130
20
0.789
0.881
0.962
1.034
1.068
1.100
1.132
1.164
1.195
30
0.781
0.899
1.004
1.099
1.144
1.187
1.230
1.271
1.312
40
0.746
0.891
1.022
1.142
1.198
1.253
1.306
1.359
1.411
5
95
90
84
80
77
75
73
71
69
10
110
104
98
93
91
88
86
84
81
15
126
119
113
108
105
103
100
98
96
20
143
136
130
124
121
119
116
114
111
30
183
175
168
162
158
155
152
149
146
40
230
222
214
206
202
199
195
192
188
5
1.60
1.65
1.68
1.71
1.73
1.74
1.76
1.77
1.79
10
1.62
1.67
1.71
1.76
1.77
1.79
1.81
1.83
1.85
15
1.63
1.69
1.74
1.79
1.82
1.84
1.87
1.89
1.92
20
1.63
1.70
1.77
1.83
1.86
1.89
1.92
1.95
1.98
30
1.63
1.72
1.80
1.89
1.93
1.97
2.01
2.05
2.09
40
1.59
1.71
1.82
1.93
1.98
2.03
2.09
2.14
2.20
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
0.386
0.382
0.378
0.373
0.371
0.370
0.369
-30
0.468
0.478
0.487
0.494
0.498
0.502
0.507
0.512
0.518
-20
0.554
0.581
0.605
0.627
0.638
0.649
0.660
0.671
0.683
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
25
22
20
18
17
16
16
-30
36
33
31
29
28
27
26
25
25
-20
50
47
45
42
41
40
39
38
37
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
1.36
1.36
1.36
1.36
1.36
1.36
1.36
-30
1.41
1.41
1.42
1.42
1.42
1.43
1.43
1.43
1.44
-20
1.46
1.48
1.49
1.51
1.52
1.52
1.53
1.54
1.55
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
I-Cool Direct Suction Cooling and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR2C0173S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
20000
18000
16000
70 °F
BTU/HR
14000
80 °F
12000
90 °F
10000
100 °F
8000
105 °F
6000
110 °F
4000
120 °F
2000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
2.5
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
2.0
1.5
1.0
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR2C0222S
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
2802
2453
2135
1853
1727
1612
1509
-30
4046
3630
3245
2894
2734
2584
2445
2318
2204
-20
5599
5106
4641
4210
4009
3819
3639
3470
3314
-15
6505
5968
5460
4985
4761
4548
4345
4154
3975
Evaporating Temperature °F
-10
-5
0
7505
8604
9178
6922
7971
8422
6367
7367
7698
5844
6794
7007
5597
6521
6672
5360
6258
6345
5133
6006
6025
4917
5764
5711
4713
5534
5403
-15
0.781
0.831
0.875
0.915
0.934
0.953
0.972
0.991
1.011
Evaporating Temperature °F
-10
-5
0
0.818
0.852
0.883
0.880
0.927
0.953
0.936
0.995
1.014
0.987
1.058
1.068
1.012
1.088
1.092
1.036
1.118
1.115
1.060
1.147
1.136
1.084
1.177
1.157
1.108
1.206
1.176
-15
76
72
69
65
64
62
61
60
58
Evaporating Temperature °F
-10
-5
0
88
101
108
84
97
103
80
93
98
77
90
93
75
88
90
74
86
87
72
84
85
71
83
82
69
82
80
-15
1.96
1.99
2.02
2.05
2.07
2.08
2.10
2.11
2.13
Evaporating Temperature °F
-10
-5
0
1.98
2.01
2.03
2.03
2.06
2.08
2.07
2.11
2.13
2.11
2.16
2.17
2.13
2.19
2.19
2.15
2.21
2.21
2.17
2.24
2.22
2.18
2.26
2.24
2.20
2.28
2.26
5
10478
9649
8856
8095
7727
7367
7013
6667
6328
10
11898
10989
10116
9279
8873
8476
8086
7703
7328
15
13445
12447
11488
10566
10119
9680
9249
8826
8411
20
15127
14032
12978
11964
11470
10986
10510
10043
9584
30
18923
17611
16344
15120
14523
13936
13358
12790
12232
40
23348
21787
20274
18807
18090
17385
16689
16005
15330
5
0.904
0.985
1.057
1.123
1.154
1.183
1.211
1.239
1.265
10
0.920
1.012
1.096
1.174
1.211
1.247
1.282
1.316
1.349
15
0.931
1.033
1.129
1.219
1.262
1.305
1.347
1.388
1.428
20
0.937
1.050
1.157
1.259
1.309
1.358
1.406
1.454
1.502
30
0.933
1.067
1.198
1.324
1.387
1.449
1.511
1.572
1.634
40
0.908
1.064
1.218
1.369
1.444
1.519
1.594
1.670
1.746
5
124
118
113
107
104
102
99
96
94
10
141
135
129
123
120
117
114
112
109
15
160
153
147
141
138
134
131
128
125
20
180
173
166
160
157
153
150
147
144
30
227
219
211
204
200
196
193
189
185
40
283
274
265
256
252
248
243
239
235
5
2.05
2.11
2.16
2.21
2.24
2.26
2.29
2.31
2.33
10
2.06
2.13
2.19
2.25
2.28
2.31
2.34
2.38
2.41
15
2.07
2.15
2.22
2.29
2.33
2.36
2.40
2.44
2.48
20
2.08
2.16
2.24
2.32
2.37
2.41
2.46
2.50
2.55
30
2.07
2.17
2.27
2.38
2.44
2.49
2.55
2.62
2.68
40
2.05
2.17
2.29
2.42
2.49
2.57
2.64
2.72
2.80
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
0.566
0.561
0.554
0.545
0.541
0.537
0.534
-30
0.658
0.673
0.685
0.694
0.699
0.703
0.709
0.714
0.721
-20
0.742
0.780
0.812
0.842
0.856
0.870
0.884
0.899
0.914
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
33
30
27
24
23
22
21
-30
47
44
41
38
36
35
34
33
32
-20
65
62
58
55
54
52
51
50
49
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
1.81
1.80
1.80
1.79
1.79
1.79
1.79
-30
1.87
1.88
1.89
1.89
1.90
1.90
1.90
1.91
1.91
-20
1.93
1.95
1.98
2.00
2.01
2.02
2.03
2.04
2.05
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
I-Cool Direct Suction Cooling and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR2C0222S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
25000
20000
70 °F
BTU/HR
80 °F
15000
90 °F
100 °F
10000
105 °F
110 °F
5000
120 °F
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
3.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
2.5
2.0
1.5
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR2C0278S
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
3850
3370
2933
2545
2372
2213
2070
-30
5488
4925
4402
3926
3708
3504
3316
3143
2988
-20
7500
6840
6218
5641
5371
5116
4875
4650
4441
-15
8661
7948
7272
6639
6342
6058
5788
5534
5296
Evaporating Temperature °F
-10
-5
0
9935
11328
11874
9165
10498
10930
8431
9703
10057
7740
8950
9240
7413
8591
8849
7099
8246
8468
6799
7914
8095
6514
7597
7729
6246
7296
7367
-15
0.986
1.044
1.094
1.139
1.161
1.183
1.206
1.230
1.256
Evaporating Temperature °F
-10
-5
0
1.034
1.079
1.066
1.107
1.169
1.167
1.171
1.248
1.262
1.229
1.320
1.350
1.258
1.355
1.391
1.286
1.389
1.432
1.314
1.424
1.470
1.344
1.459
1.508
1.375
1.495
1.543
-15
101
96
92
87
85
83
81
79
78
Evaporating Temperature °F
-10
-5
0
117
133
141
111
128
135
106
123
129
102
118
123
100
116
121
97
113
118
95
111
115
94
109
113
92
108
110
-15
2.60
2.63
2.66
2.69
2.71
2.73
2.74
2.76
2.78
Evaporating Temperature °F
-10
-5
0
2.63
2.65
2.64
2.67
2.71
2.71
2.72
2.77
2.78
2.76
2.83
2.85
2.78
2.85
2.88
2.80
2.88
2.92
2.82
2.91
2.95
2.84
2.93
2.98
2.87
2.96
3.01
5
13509
12464
11494
10585
10149
9725
9309
8901
8499
10
15296
14139
13061
12049
11563
11089
10625
10169
9721
15
17245
15965
14768
13640
13099
12570
12052
11544
11043
20
19365
17951
16624
15370
14767
14177
13600
13033
12475
30
24158
22441
20820
19280
18536
17809
17095
16395
15705
40
29748
27684
25723
23852
22946
22058
21186
20329
19485
5
1.097
1.211
1.320
1.423
1.472
1.520
1.567
1.612
1.657
10
1.121
1.248
1.371
1.489
1.546
1.601
1.656
1.710
1.762
15
1.139
1.279
1.416
1.547
1.612
1.675
1.738
1.799
1.860
20
1.151
1.304
1.454
1.600
1.671
1.742
1.812
1.882
1.950
30
1.157
1.335
1.511
1.684
1.770
1.856
1.941
2.025
2.109
40
1.142
1.343
1.544
1.744
1.844
1.943
2.042
2.142
2.241
5
161
154
147
141
138
136
133
130
127
10
182
175
168
161
158
155
152
149
146
15
206
198
190
183
179
176
173
169
166
20
232
223
215
207
203
199
196
192
188
30
291
281
271
261
257
252
248
244
239
40
362
349
338
327
321
316
311
305
300
5
2.67
2.74
2.82
2.91
2.95
2.99
3.03
3.07
3.10
10
2.68
2.77
2.86
2.96
3.01
3.05
3.10
3.15
3.20
15
2.70
2.80
2.90
3.01
3.06
3.12
3.17
3.23
3.28
20
2.70
2.82
2.93
3.05
3.11
3.18
3.24
3.30
3.36
30
2.71
2.84
2.98
3.13
3.20
3.28
3.36
3.43
3.51
40
2.70
2.85
3.01
3.18
3.27
3.36
3.45
3.55
3.64
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
0.714
0.706
0.695
0.684
0.681
0.679
0.679
-30
0.829
0.845
0.856
0.866
0.871
0.878
0.886
0.896
0.909
-20
0.936
0.979
1.015
1.048
1.064
1.081
1.098
1.117
1.138
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
45
41
37
33
32
30
29
-30
64
60
55
51
49
48
46
45
44
-20
88
83
78
74
72
70
68
66
65
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
2.46
2.45
2.45
2.45
2.44
2.44
2.44
-30
2.51
2.52
2.52
2.53
2.53
2.54
2.54
2.55
2.55
-20
2.57
2.59
2.61
2.63
2.65
2.66
2.67
2.68
2.69
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
I-Cool Direct Suction Cooling and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR2C0278S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
30000
25000
70 °F
80 °F
BTU/HR
20000
90 °F
15000
100 °F
105 °F
10000
110 °F
120 °F
5000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
4.0
AMPS
3.5
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
3.0
2.5
2.0
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR2C0323S
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
4810
4267
3762
3294
3074
2862
2659
-30
6673
6041
5450
4899
4638
4387
4146
3914
3692
-20
8958
8222
7530
6881
6573
6274
5987
5709
5442
-15
10277
9484
8735
8031
7696
7371
7058
6754
6462
Evaporating Temperature °F
-10
-5
0
11723
13302
14028
10868
12382
12964
10059
11509
11981
9297
10685
11067
8933
10290
10632
8580
9907
10208
8238
9535
9795
7907
9175
9391
7588
8826
8994
-15
1.220
1.302
1.371
1.430
1.455
1.478
1.499
1.517
1.533
Evaporating Temperature °F
-10
-5
0
1.265
1.305
1.310
1.364
1.421
1.439
1.450
1.523
1.551
1.523
1.612
1.648
1.555
1.652
1.691
1.585
1.689
1.732
1.612
1.723
1.770
1.637
1.754
1.807
1.659
1.782
1.841
-15
120
115
110
105
103
101
99
97
95
Evaporating Temperature °F
-10
-5
0
138
157
166
132
151
159
127
146
152
122
141
146
120
138
143
118
136
141
116
134
138
114
132
135
112
130
133
-15
2.75
2.81
2.86
2.91
2.93
2.95
2.96
2.98
2.99
Evaporating Temperature °F
-10
-5
0
2.79
2.81
2.82
2.86
2.90
2.92
2.93
2.99
3.01
2.99
3.06
3.09
3.01
3.09
3.13
3.04
3.13
3.17
3.06
3.16
3.20
3.08
3.19
3.23
3.10
3.21
3.26
5
15923
14743
13650
12628
12141
11666
11203
10750
10304
10
17995
16687
15469
14327
13781
13249
12729
12220
11720
15
20255
18805
17450
16175
15563
14967
14384
13813
13252
20
22714
21110
19603
18182
17499
16832
16179
15540
14911
30
28272
26319
24472
22718
21872
21044
20233
19436
18653
40
34755
32401
30161
28023
26988
25973
24976
23997
23032
5
1.325
1.472
1.602
1.717
1.770
1.820
1.868
1.913
1.957
10
1.332
1.497
1.645
1.779
1.841
1.900
1.957
2.012
2.064
15
1.330
1.514
1.680
1.832
1.903
1.972
2.038
2.102
2.164
20
1.321
1.523
1.708
1.878
1.958
2.036
2.111
2.184
2.256
30
1.281
1.519
1.740
1.947
2.045
2.142
2.235
2.327
2.417
40
1.213
1.488
1.745
1.989
2.106
2.220
2.332
2.443
2.551
5
188
181
174
167
164
161
158
155
153
10
213
205
197
190
187
184
180
177
174
15
241
231
223
215
212
208
204
201
198
20
270
261
251
243
239
235
231
227
223
30
339
328
317
306
301
296
292
287
282
40
421
407
394
382
376
370
364
358
353
5
2.83
2.94
3.05
3.15
3.20
3.24
3.29
3.33
3.37
10
2.84
2.96
3.09
3.20
3.26
3.31
3.37
3.42
3.47
15
2.84
2.98
3.12
3.25
3.31
3.38
3.44
3.50
3.56
20
2.83
2.99
3.14
3.29
3.36
3.44
3.51
3.58
3.65
30
2.80
2.99
3.17
3.36
3.45
3.54
3.63
3.72
3.81
40
2.74
2.96
3.18
3.40
3.51
3.62
3.72
3.83
3.94
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
0.912
0.912
0.906
0.895
0.887
0.879
0.870
-30
1.052
1.084
1.107
1.123
1.128
1.132
1.134
1.135
1.135
-20
1.170
1.234
1.288
1.332
1.350
1.367
1.381
1.394
1.404
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
56
51
47
43
41
39
37
-30
78
73
68
64
62
60
58
56
54
-20
105
100
95
90
88
86
84
82
80
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
2.55
2.55
2.55
2.55
2.54
2.54
2.53
-30
2.64
2.66
2.67
2.68
2.69
2.69
2.69
2.69
2.69
-20
2.72
2.76
2.80
2.83
2.85
2.86
2.87
2.88
2.89
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
I-Cool Direct Suction Cooling and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR2C0323S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
35000
30000
70 °F
25000
BTU/HR
80 °F
90 °F
20000
100 °F
15000
105 °F
110 °F
10000
120 °F
5000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
4.0
3.8
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
3.5
3.3
3.0
2.8
2.5
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR2C0407S
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
6093
5486
4888
4297
4004
3711
3419
-30
8353
7631
6916
6205
5850
5496
5141
4786
4431
-20
11097
10249
9405
8563
8141
7719
7297
6873
6448
-15
12674
11758
10846
9933
9476
9018
8560
8099
7637
Evaporating Temperature °F
-10
-5
0
14398
16279
17155
13413
15221
15955
12428
14163
14764
11443
13102
13591
10949
12569
13013
10454
12036
12443
9958
11500
11880
9459
10962
11327
8959
10422
10784
-15
1.524
1.628
1.708
1.768
1.792
1.812
1.830
1.844
1.857
Evaporating Temperature °F
-10
-5
0
1.575
1.618
1.527
1.704
1.775
1.693
1.807
1.901
1.840
1.886
2.000
1.971
1.918
2.041
2.031
1.946
2.077
2.087
1.970
2.109
2.141
1.990
2.136
2.192
2.008
2.160
2.241
-15
148
143
137
130
127
123
120
116
112
Evaporating Temperature °F
-10
-5
0
169
192
203
163
186
195
157
179
188
150
173
180
147
169
175
143
165
171
140
162
167
136
158
163
132
154
159
-15
3.21
3.29
3.35
3.40
3.42
3.44
3.45
3.47
3.48
Evaporating Temperature °F
-10
-5
0
3.25
3.28
3.21
3.35
3.41
3.34
3.43
3.51
3.46
3.50
3.60
3.57
3.53
3.64
3.63
3.55
3.67
3.68
3.57
3.70
3.73
3.59
3.72
3.78
3.61
3.75
3.82
5
19376
18057
16750
15461
14825
14198
13579
12969
12370
10
21801
20351
18913
17495
16796
16105
15423
14750
14088
15
24442
22848
21267
19707
18938
18177
17425
16683
15952
20
27313
25561
23824
22110
21264
20426
19598
18781
17975
30
33793
31688
29601
27538
26519
25509
24510
23521
22545
40
41345
38835
36345
33883
32664
31456
30259
29073
27901
5
1.559
1.744
1.911
2.063
2.134
2.202
2.267
2.330
2.390
10
1.583
1.787
1.975
2.147
2.229
2.308
2.384
2.458
2.531
15
1.599
1.822
2.029
2.223
2.315
2.405
2.493
2.578
2.662
20
1.607
1.849
2.076
2.290
2.393
2.494
2.593
2.690
2.785
30
1.599
1.878
2.144
2.399
2.523
2.646
2.767
2.886
3.005
40
1.559
1.875
2.179
2.475
2.620
2.764
2.907
3.049
3.190
5
229
221
213
205
200
196
192
187
183
10
258
250
241
232
228
223
218
214
209
15
290
281
272
262
257
253
248
243
238
20
325
316
306
295
290
285
280
274
269
30
405
394
383
371
365
359
353
347
341
40
501
488
475
462
455
448
441
434
427
5
3.24
3.38
3.52
3.65
3.72
3.78
3.85
3.91
3.97
10
3.26
3.42
3.57
3.73
3.81
3.88
3.96
4.03
4.10
15
3.27
3.45
3.62
3.80
3.89
3.98
4.06
4.15
4.23
20
3.28
3.47
3.67
3.86
3.96
4.06
4.16
4.26
4.36
30
3.27
3.50
3.73
3.97
4.09
4.21
4.34
4.46
4.59
40
3.24
3.50
3.77
4.05
4.19
4.34
4.49
4.64
4.79
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
1.168
1.169
1.161
1.149
1.142
1.136
1.131
-30
1.328
1.366
1.389
1.401
1.404
1.407
1.408
1.409
1.411
-20
1.465
1.546
1.605
1.648
1.664
1.678
1.689
1.698
1.707
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
71
66
61
56
53
50
47
-30
97
92
87
81
78
75
72
68
65
-20
130
124
118
112
109
105
102
98
94
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
2.98
2.98
2.97
2.96
2.96
2.96
2.95
-30
3.08
3.10
3.12
3.13
3.13
3.13
3.13
3.13
3.13
-20
3.17
3.23
3.27
3.31
3.32
3.33
3.34
3.35
3.35
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
I-Cool Direct Suction Cooling and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR2C0407S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
50000
45000
40000
70 °F
BTU/HR
35000
80 °F
30000
90 °F
25000
100 °F
20000
105 °F
15000
110 °F
10000
120 °F
5000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
5.0
4.8
4.5
4.3
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
4.0
3.8
3.5
3.3
3.0
2.8
2.5
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR2C0484S
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
7013
6363
5684
4951
4555
4136
3690
-30
9711
8951
8161
7314
6861
6383
5879
5343
4774
-20
12987
12103
11186
10210
9692
9149
8579
7977
7341
-15
14863
13911
12925
11879
11326
10748
10141
9504
8831
Evaporating Temperature °F
-10
-5
0
16908
19131
20334
15884
18033
18949
14826
16898
17461
13707
15701
15906
13116
15072
15115
12501
14417
14322
11857
13734
13530
11181
13018
12745
10471
12268
11972
-15
1.690
1.793
1.895
1.988
2.030
2.068
2.100
2.127
2.148
Evaporating Temperature °F
-10
-5
0
1.761
1.832
1.898
1.880
1.965
2.029
1.998
2.100
2.140
2.109
2.229
2.237
2.161
2.289
2.281
2.208
2.347
2.323
2.251
2.400
2.363
2.289
2.448
2.403
2.320
2.490
2.443
-15
174
169
163
156
152
147
142
136
130
Evaporating Temperature °F
-10
-5
0
198
225
240
193
220
232
187
214
222
180
207
210
176
203
204
171
198
197
166
193
190
160
187
184
154
181
177
-15
3.80
3.88
3.96
4.04
4.07
4.10
4.13
4.16
4.18
Evaporating Temperature °F
-10
-5
0
3.86
3.91
3.97
3.95
4.02
4.07
4.05
4.13
4.17
4.14
4.25
4.25
4.19
4.30
4.30
4.23
4.36
4.34
4.27
4.41
4.38
4.30
4.45
4.41
4.33
4.49
4.45
5
22972
21471
19865
18191
17341
16488
15637
14793
13959
10
25853
24221
22484
20679
19763
18843
17926
17014
16114
15
28993
27217
25335
23384
22395
21402
20411
19426
18452
20
32407
30473
28432
26322
25253
24180
23108
22043
20989
30
40120
37828
35428
32958
31708
30454
29202
27955
26718
40
49113
46409
43595
40710
39252
37790
36329
34873
33427
5
1.956
2.112
2.245
2.360
2.412
2.462
2.509
2.555
2.600
10
1.999
2.183
2.342
2.480
2.543
2.602
2.658
2.712
2.765
15
2.023
2.240
2.428
2.593
2.668
2.739
2.806
2.870
2.932
20
2.025
2.278
2.501
2.696
2.785
2.869
2.949
3.025
3.099
30
1.950
2.288
2.589
2.858
2.982
3.099
3.210
3.316
3.418
40
1.746
2.186
2.582
2.939
3.105
3.263
3.414
3.558
3.696
5
272
263
253
241
234
228
221
214
206
10
306
298
287
274
268
261
254
246
239
15
344
335
324
311
304
297
290
282
275
20
386
376
365
352
344
337
330
322
314
30
481
471
458
444
437
429
421
413
404
40
595
583
570
555
546
538
530
521
512
5
4.02
4.14
4.26
4.37
4.42
4.47
4.52
4.56
4.61
10
4.06
4.21
4.35
4.48
4.54
4.60
4.66
4.72
4.77
15
4.08
4.26
4.43
4.59
4.66
4.74
4.81
4.88
4.94
20
4.08
4.29
4.50
4.69
4.78
4.87
4.95
5.04
5.12
30
4.01
4.31
4.59
4.85
4.98
5.10
5.22
5.34
5.46
40
3.83
4.21
4.58
4.94
5.11
5.28
5.44
5.60
5.76
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
1.293
1.317
1.331
1.330
1.323
1.309
1.289
-30
1.462
1.518
1.568
1.606
1.618
1.626
1.627
1.622
1.609
-20
1.616
1.704
1.789
1.864
1.896
1.924
1.946
1.963
1.972
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
82
77
71
64
61
56
51
-30
113
108
102
95
91
87
82
76
70
-20
152
147
141
134
130
125
120
114
108
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
3.54
3.55
3.56
3.56
3.56
3.55
3.53
-30
3.64
3.68
3.71
3.74
3.75
3.76
3.76
3.75
3.74
-20
3.75
3.81
3.88
3.93
3.96
3.98
4.00
4.02
4.02
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
I-Cool Direct Suction Cooling and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR2C0484S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
50000
45000
40000
70 °F
BTU/HR
35000
80 °F
30000
90 °F
25000
100 °F
20000
105 °F
15000
110 °F
10000
120 °F
5000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
6.0
5.8
5.5
5.3
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
5.0
4.8
4.5
4.3
4.0
3.8
3.5
3.3
3.0
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR2C0572S
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
8584
7559
6642
5785
5364
4941
4509
-30
11766
10570
9461
8392
7858
7315
6759
6184
5583
-20
15733
14334
13000
11686
11021
10343
9646
8925
8173
-15
18045
16531
15073
13623
12887
12135
11362
10562
9728
Evaporating Temperature °F
-10
-5
0
20592
23389
24442
18956
21621
22740
17365
19889
20927
15772
18146
19043
14960
17254
18087
14131
16343
17128
13277
15404
16172
12393
14433
15224
11474
13424
14288
-15
1.895
2.016
2.121
2.214
2.256
2.296
2.336
2.374
2.411
Evaporating Temperature °F
-10
-5
0
1.984
2.075
2.204
2.131
2.248
2.341
2.259
2.400
2.460
2.371
2.533
2.566
2.422
2.594
2.616
2.471
2.651
2.665
2.518
2.705
2.714
2.562
2.757
2.764
2.606
2.807
2.815
-15
211
201
190
179
173
166
159
151
143
Evaporating Temperature °F
-10
-5
0
242
275
289
231
264
279
219
252
266
207
239
252
201
232
244
194
225
236
186
216
228
178
207
219
169
198
211
-15
3.96
4.06
4.15
4.23
4.27
4.31
4.35
4.38
4.42
Evaporating Temperature °F
-10
-5
0
4.04
4.11
4.23
4.16
4.27
4.35
4.28
4.40
4.46
4.38
4.53
4.57
4.43
4.59
4.62
4.47
4.65
4.67
4.52
4.70
4.72
4.56
4.76
4.77
4.61
4.81
4.82
5
27618
25773
23816
21787
20758
19727
18699
17678
16671
10
31088
29082
26964
24774
23665
22553
21444
20342
19254
15
34870
32687
30391
28023
26825
25624
24425
23234
22056
20
38983
36606
34115
31552
30256
28958
27662
26373
25097
30
48275
45458
42528
39525
38009
36490
34973
33463
31967
40
59112
55789
52351
48840
47070
45297
43526
41762
40011
5
2.274
2.439
2.581
2.706
2.764
2.821
2.877
2.932
2.987
10
2.326
2.523
2.693
2.843
2.912
2.979
3.043
3.106
3.169
15
2.356
2.590
2.794
2.973
3.056
3.134
3.210
3.284
3.356
20
2.360
2.636
2.878
3.092
3.190
3.284
3.373
3.460
3.544
30
2.272
2.647
2.981
3.278
3.415
3.546
3.671
3.791
3.906
40
2.030
2.524
2.968
3.369
3.556
3.733
3.903
4.066
4.223
5
327
316
303
288
280
272
264
255
247
10
369
357
344
329
321
312
303
295
286
15
414
403
389
373
364
356
347
338
329
20
464
452
438
421
413
404
395
385
376
30
579
566
550
533
523
514
504
494
484
40
716
701
684
665
655
645
634
624
613
5
4.30
4.44
4.58
4.70
4.76
4.82
4.88
4.94
5.00
10
4.35
4.52
4.69
4.84
4.91
4.99
5.06
5.12
5.19
15
4.38
4.59
4.79
4.97
5.06
5.15
5.23
5.31
5.39
20
4.38
4.64
4.87
5.10
5.20
5.31
5.41
5.50
5.60
30
4.30
4.65
4.98
5.29
5.44
5.59
5.73
5.87
6.00
40
4.05
4.53
4.98
5.40
5.60
5.80
5.99
6.18
6.36
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
1.455
1.463
1.469
1.477
1.483
1.490
1.500
-30
1.631
1.681
1.724
1.762
1.781
1.800
1.820
1.841
1.864
-20
1.806
1.903
1.986
2.060
2.094
2.127
2.159
2.191
2.223
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
100
91
83
75
71
67
63
-30
137
128
119
110
105
100
94
88
81
-20
184
174
164
153
147
141
135
128
120
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
3.64
3.64
3.65
3.65
3.66
3.66
3.67
-30
3.76
3.80
3.83
3.86
3.87
3.89
3.90
3.92
3.93
-20
3.89
3.97
4.04
4.10
4.13
4.16
4.18
4.21
4.24
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
I-Cool Direct Suction Cooling and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR2C0572S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
60000
50000
70 °F
80 °F
BTU/HR
40000
90 °F
30000
100 °F
105 °F
20000
110 °F
120 °F
10000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
7.0
6.5
6.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
5.5
5.0
4.5
4.0
3.5
3.0
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR2C0692S
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
10801
9610
8358
7092
6467
5857
5265
-30
14809
13376
11881
10368
9620
8884
8168
7475
6812
-20
19725
18024
16258
14472
13586
12712
11857
11025
10222
-15
22566
20720
18808
16876
15916
14968
14038
13131
12254
Evaporating Temperature °F
-10
-5
0
25684
29097
30794
23687
26942
28617
21623
24719
26298
19537
22473
23888
18500
21355
22666
17475
20249
21442
16467
19160
20222
15482
18093
19014
14526
17056
17822
-15
2.485
2.560
2.624
2.694
2.737
2.788
2.850
2.924
3.013
Evaporating Temperature °F
-10
-5
0
2.617
2.756
2.842
2.705
2.855
2.958
2.781
2.941
3.051
2.862
3.032
3.142
2.911
3.085
3.193
2.967
3.145
3.250
3.033
3.215
3.317
3.112
3.298
3.395
3.205
3.395
3.487
-15
264
252
237
221
213
205
197
188
180
Evaporating Temperature °F
-10
-5
0
301
342
364
288
328
350
273
313
334
257
296
316
248
287
306
240
278
295
231
269
285
222
260
274
214
251
263
-15
5.02
5.08
5.13
5.19
5.23
5.27
5.33
5.39
5.47
Evaporating Temperature °F
-10
-5
0
5.13
5.24
5.32
5.20
5.33
5.41
5.26
5.41
5.50
5.34
5.49
5.59
5.38
5.54
5.65
5.43
5.60
5.71
5.49
5.67
5.77
5.57
5.75
5.85
5.65
5.84
5.94
5
34727
32357
29846
27246
25930
24611
23298
21996
20712
10
39023
36438
33713
30901
29479
28056
26638
25231
23843
15
43704
40883
37922
34876
33338
31798
30264
28743
27240
20
48794
45713
42495
39193
37527
35861
34201
32553
30924
30
60287
56623
52824
48945
46992
45039
43093
41160
39247
40
73685
69350
64884
60340
58055
55772
53496
51234
48993
5
2.902
3.068
3.202
3.322
3.383
3.447
3.518
3.598
3.690
10
2.934
3.159
3.340
3.496
3.570
3.646
3.726
3.811
3.905
15
2.934
3.225
3.460
3.660
3.752
3.843
3.934
4.029
4.129
20
2.898
3.262
3.560
3.810
3.923
4.032
4.139
4.247
4.357
30
2.702
3.235
3.678
4.052
4.219
4.376
4.525
4.669
4.811
40
2.315
3.046
3.664
4.191
4.426
4.645
4.852
5.047
5.234
5
411
397
380
361
350
340
329
318
306
10
462
448
430
410
399
388
377
365
354
15
519
503
485
464
453
442
430
418
406
20
581
565
545
523
512
500
488
476
463
30
723
705
683
660
647
634
621
608
594
40
892
872
848
822
808
794
780
765
751
5
5.37
5.51
5.64
5.76
5.83
5.90
5.98
6.06
6.15
10
5.40
5.60
5.77
5.94
6.02
6.10
6.19
6.28
6.38
15
5.41
5.67
5.90
6.10
6.20
6.31
6.41
6.51
6.62
20
5.38
5.71
6.00
6.26
6.38
6.50
6.62
6.74
6.87
30
5.20
5.70
6.13
6.52
6.70
6.87
7.03
7.20
7.36
40
4.84
5.52
6.13
6.67
6.92
7.16
7.39
7.61
7.82
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
1.883
1.871
1.853
1.844
1.849
1.864
1.889
-30
2.115
2.143
2.162
2.190
2.212
2.244
2.286
2.342
2.413
-20
2.357
2.418
2.469
2.527
2.564
2.609
2.665
2.734
2.817
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
126
116
105
92
86
80
73
-30
173
162
149
135
128
121
114
106
99
-20
231
218
204
189
182
174
166
158
150
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
4.58
4.57
4.56
4.55
4.56
4.57
4.59
-30
4.74
4.76
4.77
4.79
4.81
4.83
4.86
4.91
4.97
-20
4.92
4.96
5.00
5.05
5.08
5.12
5.16
5.22
5.29
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
I-Cool Direct Suction Cooling and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR2C0692S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
80000
70000
70 °F
60000
80 °F
BTU/HR
50000
90 °F
40000
100 °F
105 °F
30000
110 °F
20000
120 °F
10000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
8.0
7.5
7.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
6.5
6.0
5.5
5.0
4.5
4.0
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR4C0770S
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
11557
10346
9023
7704
7080
6500
5978
-30
16082
14572
12966
11377
10625
9919
9275
8706
8226
-20
21633
19788
17861
15966
15066
14216
13431
12725
12112
-15
24828
22801
20700
18638
17656
16728
15866
15084
14397
Evaporating Temperature °F
-10
-5
0
28321
32127
33829
26103
29708
31442
23818
27230
29010
21579
24805
26541
20513
23648
25296
19500
22547
24047
18556
21516
22794
17694
20570
21539
16929
19722
20282
-15
2.620
2.783
2.908
3.020
3.080
3.147
3.224
3.314
3.420
Evaporating Temperature °F
-10
-5
0
2.741
2.855
2.868
2.934
3.077
3.105
3.086
3.255
3.306
3.222
3.414
3.481
3.292
3.494
3.563
3.369
3.580
3.643
3.454
3.673
3.722
3.552
3.779
3.803
3.666
3.900
3.886
-15
291
277
261
244
236
229
222
216
212
Evaporating Temperature °F
-10
-5
0
332
378
400
318
362
385
301
345
369
283
327
351
275
318
341
267
310
331
260
302
321
254
296
310
249
291
299
-15
5.76
5.89
5.99
6.08
6.13
6.19
6.25
6.33
6.42
Evaporating Temperature °F
-10
-5
0
5.85
5.94
5.96
6.01
6.13
6.15
6.13
6.28
6.32
6.25
6.42
6.48
6.31
6.50
6.56
6.38
6.58
6.64
6.46
6.67
6.72
6.55
6.77
6.79
6.65
6.88
6.87
5
38336
35751
33118
30448
29102
27752
26397
25040
23682
10
43261
40452
37595
34700
33241
31777
30309
28839
27366
15
48629
45573
42468
39323
37740
36151
34557
32961
31363
20
54467
51140
47763
44345
42625
40899
39168
37434
35698
30
67660
63719
59726
55691
53661
51624
49583
47537
45490
40
83053
78403
73698
68949
66561
64167
61767
59362
56955
5
2.953
3.231
3.468
3.675
3.772
3.865
3.957
4.048
4.141
10
3.016
3.340
3.618
3.862
3.975
4.083
4.189
4.294
4.399
15
3.053
3.427
3.750
4.036
4.168
4.294
4.417
4.538
4.657
20
3.059
3.488
3.862
4.194
4.347
4.494
4.636
4.775
4.911
30
2.967
3.519
4.009
4.446
4.649
4.844
5.031
5.213
5.390
40
2.707
3.402
4.025
4.588
4.850
5.101
5.343
5.577
5.805
5
454
438
421
403
393
383
373
362
350
10
513
497
479
460
450
440
429
418
406
15
578
561
543
523
513
502
491
479
467
20
649
631
613
592
582
570
559
547
535
30
812
793
772
751
739
727
715
702
689
40
1006
985
963
939
927
914
901
887
873
5
6.03
6.26
6.47
6.66
6.76
6.85
6.94
7.03
7.13
10
6.09
6.35
6.60
6.84
6.95
7.06
7.17
7.28
7.39
15
6.12
6.43
6.73
7.01
7.14
7.27
7.40
7.53
7.66
20
6.13
6.49
6.84
7.16
7.32
7.47
7.63
7.78
7.93
30
6.04
6.53
6.98
7.42
7.63
7.84
8.04
8.24
8.44
40
5.80
6.42
7.01
7.57
7.85
8.11
8.38
8.64
8.90
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
2.084
2.085
2.064
2.048
2.050
2.062
2.089
-30
2.263
2.332
2.371
2.409
2.435
2.470
2.518
2.582
2.665
-20
2.496
2.629
2.726
2.814
2.863
2.920
2.987
3.069
3.168
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
134
125
113
100
94
88
83
-30
188
176
163
148
141
135
129
124
120
-20
253
240
225
209
201
194
188
182
178
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
5.38
5.39
5.37
5.36
5.36
5.37
5.39
-30
5.50
5.55
5.58
5.60
5.62
5.65
5.69
5.74
5.81
-20
5.67
5.77
5.84
5.91
5.95
6.00
6.05
6.12
6.21
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
I-Cool Direct Suction Cooling and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR4C0770S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
90000
BTU/HR
80000
70000
70 °F
60000
80 °F
50000
90 °F
100 °F
40000
105 °F
30000
110 °F
20000
120 °F
10000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
10.0
9.5
9.0
8.5
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
8.0
7.5
7.0
6.5
6.0
5.5
5.0
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR4C0770S
R-22
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
9681
8780
-15
11257
10290
9311
-10
12987
11946
10893
9824
Evaporating Temperature °F
-5
0
5
14882
16952
19211
13758
15737
17895
12623
14512
16570
11473
13273
15232
10888
12641
14551
10300
12007
13867
11370
13179
12489
10
21672
20244
18809
17363
16628
15889
15146
14399
13654
15
24347
22796
21241
19677
18882
18084
17281
16474
15666
20
27251
25566
23879
22186
21326
20463
19595
18722
17847
30
33815
31821
29831
27842
26834
25825
24809
23787
22762
40
41508
39144
36793
34452
33268
32084
30894
29697
28495
10
1.634
1.809
1.960
2.093
2.154
2.213
2.270
2.327
2.384
15
1.647
1.849
2.024
2.178
2.249
2.317
2.384
2.449
2.513
20
1.644
1.875
2.076
2.255
2.337
2.416
2.492
2.567
2.640
30
1.585
1.881
2.142
2.376
2.484
2.588
2.688
2.785
2.879
40
1.440
1.809
2.140
2.439
2.578
2.712
2.840
2.965
3.086
15
289
281
272
262
257
252
246
240
234
20
325
316
307
297
291
286
280
274
268
30
406
396
386
375
370
364
358
351
344
40
503
492
481
469
463
457
450
443
436
15
5.14
5.25
5.35
5.45
5.49
5.54
5.59
5.63
5.68
20
5.13
5.26
5.38
5.47
5.55
5.61
5.67
5.72
5.77
30
5.11
5.26
5.42
5.58
5.66
5.73
5.81
5.89
5.96
40
5.04
5.22
5.42
5.63
5.73
5.83
5.93
6.03
6.14
Condensing Temperature
°F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
1.344
1.412
-15
1.408
1.487
1.554
-10
1.468
1.562
1.640
1.710
Evaporating Temperature °F
-5
0
5
1.523
1.570
1.608
1.633
1.700
1.759
1.726
1.809
1.888
1.808
1.906
2.001
1.846
1.951
2.054
1.881
1.995
2.105
2.038
2.155
2.204
Condensing Temperature
°F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
113
106
-15
132
125
117
-10
152
145
138
129
Evaporating Temperature °F
-5
0
5
175
200
227
168
192
219
160
184
211
151
175
202
146
171
197
142
166
192
160
186
181
10
257
249
240
231
226
220
215
209
203
Condensing Temperature
°F
Unloaded Current [Amps] *
70
80
90
100
105
110
115
120
125
-20
5.00
5.02
-15
5.02
5.06
5.09
-10
5.05
5.09
5.13
5.17
Evaporating Temperature °F
-5
0
5
5.07
5.10
5.11
5.13
5.16
5.20
5.18
5.22
5.27
5.22
5.28
5.34
5.25
5.30
5.37
5.26
5.33
5.40
5.36
5.43
5.46
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
5.13
5.22
5.31
5.39
5.43
5.47
5.51
5.55
5.59
IR4C0770S
Conditions
R-22
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
50000
45000
40000
70 °F
BTU/HR
35000
80 °F
30000
90 °F
25000
100 °F
20000
105 °F
15000
110 °F
10000
120 °F
5000
0
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
6.5
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
6.0
5.5
5.0
-20
-15
-10
-5
0
5
10
15
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
Conditions
IR4C0969S
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
14077
12885
11467
9928
9147
8375
7626
-30
19660
18137
16390
14526
13582
12648
11738
10864
10040
-20
26517
24610
22483
20240
19109
17988
16890
15830
14820
-15
30467
28349
26012
23561
22326
21101
19901
18737
17625
Evaporating Temperature °F
-10
-5
0
34789
39500
42184
32447
36921
39246
29887
34126
36216
27215
31219
33107
25869
29756
31527
24534
28305
29932
23224
26878
28323
21952
25490
26702
20730
24153
25071
-15
3.294
3.504
3.692
3.859
3.936
4.009
4.077
4.141
4.202
Evaporating Temperature °F
-10
-5
0
3.447
3.574
3.586
3.673
3.817
3.852
3.885
4.054
4.085
4.085
4.287
4.298
4.181
4.402
4.402
4.274
4.517
4.505
4.365
4.631
4.611
4.454
4.745
4.720
4.541
4.860
4.834
-15
357
344
328
309
299
289
279
269
259
Evaporating Temperature °F
-10
-5
0
408
465
499
395
450
480
378
432
460
358
411
437
347
400
425
336
389
412
326
378
399
315
367
385
305
356
370
-15
6.32
6.50
6.68
6.83
6.91
6.98
7.05
7.12
7.18
Evaporating Temperature °F
-10
-5
0
6.45
6.57
6.59
6.66
6.80
6.83
6.86
7.03
7.06
7.06
7.27
7.28
7.15
7.39
7.38
7.25
7.50
7.49
7.34
7.62
7.60
7.43
7.74
7.72
7.52
7.86
7.84
5
47676
44496
41223
37870
36167
34449
32717
30973
29218
10
53678
50226
46680
43053
41213
39357
37487
35604
33710
15
60221
56468
52620
48689
46696
44688
42665
40629
38582
20
67338
63254
59074
54810
52650
50474
48283
46080
43864
30
83425
78591
73657
68638
66099
63544
60973
58389
55792
40
102199
96495
90690
84796
81819
78826
75816
72791
69754
5
3.710
4.024
4.297
4.543
4.660
4.775
4.890
5.007
5.127
10
3.804
4.174
4.496
4.783
4.918
5.049
5.178
5.307
5.438
15
3.860
4.296
4.675
5.012
5.169
5.321
5.469
5.614
5.759
20
3.873
4.382
4.828
5.224
5.407
5.584
5.754
5.921
6.085
30
3.736
4.419
5.024
5.564
5.815
6.053
6.283
6.505
6.721
40
3.337
4.230
5.029
5.749
6.083
6.402
6.708
7.002
7.287
5
564
546
525
501
489
476
462
447
432
10
636
617
595
571
558
545
531
516
500
15
715
695
673
648
635
621
606
591
575
20
802
781
758
732
718
704
689
673
657
30
1001
978
953
925
910
895
879
862
845
40
1238
1213
1185
1155
1139
1123
1105
1087
1069
5
6.71
7.00
7.27
7.53
7.65
7.78
7.90
8.03
8.16
10
6.80
7.15
7.47
7.78
7.92
8.07
8.21
8.36
8.50
15
6.86
7.28
7.66
8.02
8.19
8.36
8.53
8.70
8.86
20
6.87
7.36
7.82
8.25
8.45
8.65
8.85
9.04
9.23
30
6.73
7.41
8.03
8.62
8.90
9.17
9.44
9.71
9.96
40
6.32
7.21
8.05
8.83
9.21
9.58
9.93
10.29
10.63
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
2.419
2.555
2.631
2.647
2.634
2.606
2.564
-30
2.762
2.926
3.045
3.120
3.142
3.153
3.154
3.146
3.128
-20
3.124
3.318
3.482
3.619
3.677
3.729
3.774
3.814
3.848
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
164
156
144
129
121
114
106
-30
229
219
206
189
181
172
163
155
146
-20
310
298
283
265
255
246
236
226
217
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
5.61
5.71
5.77
5.78
5.77
5.74
5.71
-30
5.87
6.00
6.10
6.16
6.18
6.19
6.20
6.19
6.18
-20
6.17
6.34
6.48
6.61
6.66
6.71
6.76
6.80
6.84
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
I-Cool Direct Suction Cooling and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR4C0969S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
120000
100000
70 °F
80 °F
BTU/HR
80000
90 °F
60000
100 °F
105 °F
40000
110 °F
120 °F
20000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
11.0
10.5
10.0
9.5
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
9.0
8.5
8.0
7.5
7.0
6.5
6.0
5.5
5.0
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR4C0969S
R-22
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
12280
11168
-15
14201
13008
11778
-10
16310
15026
13706
12349
Evaporating Temperature °F
-5
0
5
18619
21143
23896
17234
19647
22277
15814
18116
20625
14359
16551
18940
13613
15750
18078
12936
14942
17209
14127
16332
15449
10
26894
25140
23354
21537
20608
19674
18730
17779
16824
15
30153
28251
26319
24357
23356
22348
21332
20307
19277
20
33693
31628
29535
27415
26334
25248
24151
23047
21936
30
41690
39252
36792
34310
33048
31781
30504
29217
27921
40
51063
48180
45281
42368
40889
39408
37916
36413
34901
10
2.058
2.261
2.437
2.593
2.666
2.737
2.807
2.876
2.947
15
2.079
2.317
2.524
2.706
2.791
2.873
2.952
3.030
3.108
20
2.077
2.355
2.597
2.810
2.909
3.004
3.095
3.184
3.271
30
1.993
2.361
2.686
2.975
3.109
3.236
3.358
3.476
3.590
40
1.777
2.251
2.676
3.058
3.235
3.404
3.567
3.723
3.874
15
179
174
168
162
159
155
152
148
144
20
201
195
190
183
180
176
173
169
164
30
250
244
238
231
228
224
220
216
211
40
309
303
296
288
285
280
276
272
267
15
5.38
5.54
5.69
5.82
5.89
5.96
6.02
6.09
6.15
20
5.38
5.57
5.74
5.91
5.99
6.06
6.14
6.22
6.29
30
5.33
5.57
5.81
6.04
6.15
6.26
6.37
6.48
6.58
40
5.20
5.49
5.80
6.11
6.26
6.41
6.56
6.71
6.85
Condensing Temperature
°F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
1.654
1.744
-15
1.738
1.833
1.924
-10
1.819
1.926
2.024
2.120
Evaporating Temperature °F
-5
0
5
1.895
1.963
2.018
2.019
2.108
2.190
2.129
2.236
2.339
2.234
2.353
2.474
2.286
2.409
2.537
2.334
2.466
2.600
2.524
2.663
2.727
Condensing Temperature
°F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
72
68
-15
83
79
74
-10
96
91
87
81
Evaporating Temperature °F
-5
0
5
110
125
141
105
120
136
100
115
131
95
109
125
92
106
122
88
103
119
100
115
112
10
159
154
149
143
140
136
133
129
125
Condensing Temperature
°F
Unloaded Current [Amps] *
70
80
90
100
105
110
115
120
125
-20
5.14
5.19
-15
5.18
5.24
5.29
-10
5.23
5.29
5.35
5.41
Evaporating Temperature °F
-5
0
5
5.27
5.31
5.34
5.34
5.40
5.45
5.42
5.48
5.56
5.48
5.57
5.65
5.52
5.61
5.70
5.55
5.65
5.75
5.69
5.79
5.84
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
5.37
5.50
5.63
5.74
5.80
5.85
5.91
5.96
6.02
IR4C0969S
Conditions
R-22
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
60000
50000
70 °F
80 °F
BTU/HR
40000
90 °F
30000
100 °F
105 °F
20000
110 °F
120 °F
10000
0
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
7.0
AMPS
6.5
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
6.0
5.5
5.0
-20
-15
-10
-5
0
5
10
15
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
Conditions
IR4C1145S
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
15864
14786
13271
11523
10625
9746
8911
-30
22554
21066
19157
17031
15951
14894
13885
12949
12113
-20
30709
28727
26341
23755
22450
21173
19947
18800
17755
-15
35393
33133
30477
27629
26197
24793
23444
22175
21011
Evaporating Temperature °F
-10
-5
0
40512
46089
52147
37953
43210
48927
35006
39952
45336
31876
36518
41578
30305
34799
39700
28766
33113
37857
27283
31485
36074
25881
29941
34378
24588
28507
32793
-15
3.806
4.120
4.345
4.520
4.601
4.685
4.776
4.879
4.999
Evaporating Temperature °F
-10
-5
0
3.987
4.162
4.219
4.331
4.533
4.611
4.577
4.797
4.945
4.764
4.995
5.240
4.849
5.081
5.379
4.933
5.165
5.515
5.024
5.253
5.650
5.124
5.349
5.788
5.239
5.458
5.929
-15
415
403
384
362
351
339
328
318
309
Evaporating Temperature °F
-10
-5
0
476
542
603
462
527
581
442
506
557
419
481
531
407
468
517
394
455
503
383
443
488
372
431
472
362
420
456
-15
8.66
8.89
9.05
9.19
9.25
9.32
9.40
9.48
9.58
Evaporating Temperature °F
-10
-5
0
8.79
8.91
8.96
9.04
9.19
9.25
9.23
9.41
9.53
9.38
9.58
9.79
9.46
9.65
9.92
9.53
9.73
10.05
9.61
9.81
10.17
9.69
9.90
10.30
9.79
10.00
10.43
5
57664
53829
49933
45982
43990
41986
39973
37952
35923
10
64986
60805
56565
52274
50112
47939
45758
43569
41373
15
72975
68409
63787
59116
56765
54404
52035
49659
47276
20
81670
76681
71637
66548
63988
61420
58844
56261
53672
30
101340
95386
89383
83339
80304
77262
74213
71159
68101
40
124310
117236
110119
102965
99377
95784
92185
88581
84975
5
4.325
4.775
5.162
5.506
5.667
5.824
5.979
6.135
6.294
10
4.400
4.913
5.359
5.756
5.941
6.122
6.300
6.477
6.655
15
4.442
5.023
5.531
5.986
6.199
6.406
6.608
6.809
7.010
20
4.445
5.099
5.675
6.193
6.436
6.671
6.901
7.127
7.353
30
4.319
5.133
5.860
6.519
6.829
7.128
7.419
7.705
7.988
40
3.987
4.981
5.879
6.698
7.084
7.458
7.821
8.176
8.525
5
682
660
635
609
594
580
564
548
531
10
770
747
721
694
679
664
648
631
614
15
867
842
815
787
772
756
739
722
705
20
973
947
919
889
873
857
840
822
804
30
1216
1187
1156
1123
1106
1088
1070
1051
1031
40
1506
1473
1439
1403
1384
1364
1344
1323
1302
5
9.04
9.39
9.71
10.02
10.18
10.33
10.48
10.64
10.79
10
9.11
9.51
9.89
10.25
10.43
10.61
10.79
10.97
11.15
15
9.14
9.61
10.04
10.47
10.68
10.88
11.09
11.30
11.51
20
9.15
9.68
10.18
10.67
10.91
11.15
11.39
11.63
11.87
30
9.05
9.71
10.36
10.99
11.30
11.61
11.92
12.23
12.54
40
8.75
9.58
10.39
11.18
11.57
11.96
12.35
12.74
13.13
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
2.911
3.038
3.115
3.185
3.228
3.285
3.359
-30
3.256
3.466
3.611
3.731
3.793
3.865
3.950
4.054
4.181
-20
3.622
3.904
4.105
4.265
4.341
4.422
4.512
4.617
4.741
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
185
179
166
150
141
132
124
-30
263
255
240
222
212
203
193
184
177
-20
359
348
331
311
300
289
279
269
260
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
8.10
8.17
8.21
8.26
8.28
8.32
8.37
-30
8.30
8.43
8.53
8.61
8.65
8.70
8.76
8.84
8.93
-20
8.54
8.73
8.87
8.99
9.05
9.11
9.18
9.26
9.36
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
I-Cool Direct Suction Cooling and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR4C1145S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
120000
100000
70 °F
80 °F
BTU/HR
80000
90 °F
100 °F
60000
105 °F
40000
110 °F
120 °F
20000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
14.0
13.5
13.0
12.5
12.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
11.5
11.0
10.5
10.0
9.5
9.0
8.5
8.0
7.5
7.0
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR4C1145S
R-22
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
14773
13455
-15
17109
15688
14237
-10
19675
18140
16575
14990
Evaporating Temperature °F
-5
0
5
22487
25561
28916
20825
23759
26961
19134
21930
24979
17426
20085
22983
16560
19151
21974
15693
18217
20965
17278
19953
18937
10
32571
30447
28297
26136
25043
23953
22858
21761
20661
15
36547
34238
31904
29560
28376
27195
26011
24824
23635
20
40865
38354
35817
33274
31990
30709
29427
28141
26854
30
50626
47652
44652
41651
40136
38628
37118
35606
34092
40
62072
58545
54993
51444
49654
47873
46090
44306
42520
10
2.384
2.662
2.904
3.119
3.219
3.317
3.413
3.509
3.606
15
2.396
2.710
2.985
3.230
3.345
3.456
3.565
3.674
3.782
20
2.389
2.741
3.051
3.329
3.460
3.586
3.709
3.831
3.953
30
2.307
2.742
3.131
3.483
3.648
3.808
3.964
4.117
4.268
40
2.120
2.648
3.125
3.561
3.766
3.965
4.158
4.347
4.533
15
434
422
408
394
386
378
370
362
353
20
487
474
460
445
437
429
420
412
403
30
608
593
578
562
553
544
535
526
516
40
752
736
719
700
691
681
671
661
650
15
7.85
8.00
8.14
8.28
8.36
8.42
8.50
8.57
8.64
20
7.85
8.01
8.18
8.35
8.43
8.51
8.59
8.67
8.76
30
7.81
8.01
8.23
8.44
8.55
8.66
8.77
8.88
8.99
40
7.73
7.97
8.23
8.49
8.63
8.77
8.91
9.05
9.20
Condensing Temperature
°F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
2.022
2.140
-15
2.106
2.245
2.358
-10
2.184
2.345
2.479
2.597
Evaporating Temperature °F
-5
0
5
2.252
2.310
2.355
2.439
2.525
2.600
2.596
2.708
2.811
2.735
2.869
2.998
2.800
2.945
3.085
2.858
3.019
3.171
3.093
3.255
3.340
Condensing Temperature
°F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
173
163
-15
200
190
179
-10
231
221
209
197
Evaporating Temperature °F
-5
0
5
265
301
342
254
290
330
242
278
318
230
265
304
223
258
297
216
251
290
244
282
274
10
386
374
361
347
340
332
324
316
307
Condensing Temperature
°F
Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
7.70
7.74
-15
7.73
7.78
7.83
-10
7.76
7.83
7.89
7.94
Evaporating Temperature °F
-5
0
5
7.79
7.81
7.83
7.87
7.91
7.94
7.94
7.99
8.05
8.01
8.08
8.15
8.04
8.12
8.20
8.08
8.16
8.25
8.20
8.30
8.35
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
7.84
7.97
8.10
8.22
8.28
8.34
8.40
8.46
8.52
IR4C1145S
Conditions
R-22
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
70000
60000
70 °F
50000
BTU/HR
80 °F
90 °F
40000
100 °F
30000
105 °F
20000
110 °F
120 °F
10000
0
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded
Current
@ 460
V 3 ph 60 Hz
Current
@ 460
V 3 ph
60 Hz
14
9.5
13
70 °F
80 °F
70
90 °F
80
100°F°F
90
105 °F
100
110 °F
105
115 °F
110
120 °F
125 °F
9.0
12
8.5
11
10
8.0
9
7.5
8
-20
-20
-15
-15
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
-10
-10
-5
-5
00
55
10
10
15
20
30
40
Conditions
IR4C1385S
R-22
65 °F Return Gas
No Liquid Sub Cooling
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
36017
32997
29769
26393
24669
22930
21185
-15
41441
38261
34869
31324
29513
27687
25853
24019
22191
-10
47408
44026
40428
36672
34755
32820
30876
28931
26991
-5
53965
50340
46494
42485
40439
38375
36301
34223
32151
0
61158
57249
53112
48809
46613
44399
42173
39943
37716
5
69035
64798
60330
55690
53324
50938
48539
46135
43734
10
77641
73035
68193
63174
60617
58039
55447
52848
50250
Evaporating Temperature °F
15
20
25
87023
97228
108302
82007
91758
102337
76748
86042
96121
71309
80140
89715
68540
77138
86459
65748
74112
83177
62942
71070
79879
60127
68019
76570
57312
64966
73258
30
120291
113789
107032
100079
96548
92990
89414
85826
82235
35
133242
126161
118820
111279
107452
103597
99722
95835
91943
40
147201
139500
131533
123362
119218
115045
110851
106643
102429
25
5.825
6.589
7.265
7.887
8.189
8.491
8.797
9.111
9.439
30
5.765
6.625
7.391
8.099
8.442
8.784
9.129
9.481
9.845
35
5.646
6.608
7.472
8.273
8.661
9.046
9.433
9.826
10.230
40
5.462
6.534
7.503
8.404
8.840
9.272
9.705
10.143
10.590
10
920
897
870
838
821
803
785
766
746
Evaporating Temperature °F
15
20
25
1034
1158
1294
1010
1133
1268
981
1104
1238
949
1070
1203
932
1052
1185
913
1034
1165
894
1014
1145
875
994
1124
854
973
1103
30
1443
1416
1384
1349
1330
1310
1289
1267
1245
35
1606
1577
1544
1507
1488
1467
1445
1423
1400
40
1783
1753
1719
1680
1660
1638
1616
1593
1569
10
10.22
10.70
11.14
11.55
11.77
11.99
12.22
12.46
12.73
Evaporating Temperature °F
15
20
25
10.30
10.35
10.34
10.87
10.99
11.08
11.37
11.58
11.76
11.86
12.15
12.42
12.11
12.44
12.75
12.37
12.74
13.09
12.63
13.04
13.44
12.92
13.37
13.80
13.22
13.71
14.19
30
10.27
11.11
11.89
12.65
13.03
13.42
13.82
14.23
14.66
35
10.15
11.10
11.98
12.85
13.28
13.72
14.17
14.63
15.11
40
9.95
11.02
12.02
13.00
13.49
13.98
14.48
15.00
15.54
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-20
4.476
4.702
4.882
5.052
5.144
5.247
5.365
-15
4.736
4.993
5.200
5.391
5.493
5.603
5.728
5.871
6.037
-10
4.980
5.275
5.515
5.736
5.850
5.972
6.107
6.259
6.432
-5
5.202
5.543
5.824
6.081
6.211
6.348
6.497
6.661
6.846
0
5.399
5.793
6.122
6.421
6.571
6.727
6.893
7.073
7.273
5
5.565
6.018
6.402
6.752
6.925
7.103
7.290
7.490
7.709
10
5.695
6.216
6.662
7.069
7.269
7.473
7.684
7.908
8.148
Evaporating Temperature °F
15
20
5.785
5.830
6.380
6.506
6.895
7.098
7.367
7.641
7.598
7.906
7.830
8.171
8.070
8.442
8.320
8.723
8.586
9.018
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
420
399
374
346
330
314
297
-15
487
466
441
412
396
380
363
345
327
-10
559
537
512
483
467
451
434
416
398
-5
637
616
590
560
545
528
510
492
474
-20
9.14
9.33
9.48
9.63
9.71
9.80
9.90
-15
9.36
9.58
9.76
9.93
10.02
10.12
10.23
10.37
10.52
-10
9.57
9.83
10.04
10.24
10.35
10.47
10.60
10.74
10.92
-5
9.77
10.07
10.32
10.57
10.69
10.83
10.98
11.15
11.34
0
723
701
675
645
629
612
594
575
556
5
817
795
768
737
721
703
685
666
647
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
0
9.94
10.30
10.61
10.90
11.05
11.21
11.38
11.57
11.79
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Cooling Fan Required
I-Cool Direct Suction Cooling Not Applicable With This Model
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
5
10.10
10.51
10.88
11.23
11.41
11.60
11.80
12.02
12.25
IR4C1385S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
160000
140000
70 °F
120000
80 °F
BTU/HR
100000
90 °F
80000
100 °F
105 °F
60000
110 °F
40000
120 °F
20000
0
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
AMPS
Current @ 460 V 3 ph 60 Hz
16.0
15.5
15.0
14.5
14.0
13.5
13.0
12.5
12.0
11.5
11.0
10.5
10.0
9.5
9.0
8.5
8.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
-30
-20
-10
0
10
20
30
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
40
50
Conditions
IR4C1385S
R-22
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
17988
16391
-15
20749
19087
17329
-10
23762
22014
20164
18251
Evaporating Temperature °F
-5
0
5
27054
30651
34579
25198
28665
32441
23234
26565
30184
21202
24392
27848
20172
23290
26662
19140
22183
25471
21078
24279
23092
10
38864
36552
34116
31595
30315
29028
27739
26454
25176
15
43532
41025
38388
35660
34275
32881
31484
30089
28701
20
48610
45885
43025
40069
38567
37056
35540
34025
32515
30
60095
56871
53500
50022
48255
46476
44690
42901
41114
40
73530
69718
65750
61663
59587
57496
55396
53290
51184
10
3.090
3.358
3.592
3.814
3.925
4.039
4.160
4.289
4.428
15
3.134
3.440
3.709
3.960
4.084
4.211
4.343
4.482
4.630
20
3.153
3.503
3.811
4.097
4.237
4.379
4.525
4.676
4.837
30
3.102
3.554
3.957
4.329
4.509
4.689
4.870
5.055
5.247
40
2.905
3.481
4.000
4.479
4.710
4.938
5.165
5.395
5.628
10
461
449
435
419
410
402
393
383
374
15
517
505
491
474
466
456
447
438
428
20
579
567
552
535
526
517
507
497
487
30
721
708
692
674
665
655
644
633
622
40
891
876
859
840
830
819
808
796
784
10
8.21
8.37
8.51
8.66
8.74
8.82
8.91
9.01
9.11
15
8.24
8.42
8.59
8.76
8.85
8.95
9.05
9.16
9.28
20
8.25
8.46
8.65
8.86
8.96
9.08
9.19
9.32
9.45
30
8.22
8.49
8.75
9.03
9.17
9.32
9.47
9.63
9.81
40
8.09
8.44
8.79
9.15
9.33
9.52
9.72
9.93
10.14
Condensing
Temperature °F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
2.520
2.670
-15
2.632
2.788
2.933
-10
2.742
2.910
3.062
3.217
Evaporating Temperature °F
-5
0
5
2.847
2.943
3.025
3.032
3.150
3.260
3.197
3.333
3.466
3.360
3.510
3.662
3.447
3.602
3.763
3.541
3.701
3.868
3.807
3.980
4.101
Condensing
Temperature °F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
210
199
-15
244
232
219
-10
280
268
255
241
Evaporating Temperature °F
-5
0
5
319
362
409
308
351
397
295
337
384
280
322
368
272
314
360
264
306
352
297
343
334
Condensing
Temperature °F
Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
7.89
7.98
-15
7.95
8.04
8.12
-10
8.01
8.11
8.19
8.28
Evaporating Temperature °F
-5
0
5
8.07
8.12
8.17
8.17
8.24
8.31
8.27
8.35
8.43
8.36
8.46
8.56
8.41
8.52
8.63
8.47
8.58
8.70
8.65
8.78
8.86
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Cooling Fan required
IR4C1385S
Conditions
R-22
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
90000
BTU/HR
80000
70000
70 °F
60000
80 °F
50000
90 °F
100 °F
40000
105 °F
30000
110 °F
20000
120 °F
10000
0
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
10.5
10.0
AMPS
9.5
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
9.0
8.5
8.0
7.5
7.0
-20
-15
-10
-5
0
5
10
15
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
Conditions
IR4C1480S
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
18417
17624
16005
13873
12712
11541
10397
9320
8350
-30
26931
25808
23825
21295
19922
18531
17159
15846
14630
-20
38630
35754
32781
30297
28671
27017
25375
23783
22280
-15
44845
41661
38390
35104
33478
31898
30104
28357
26695
Evaporating Temperature °F
-10
-5
0
51673
59161
67361
48126
55200
62934
44505
51177
58456
40882
47164
54000
39091
45182
51802
37326
43230
49636
35288
41314
47510
33375
39445
45433
31543
36854
43415
-15
4.615
4.812
4.991
5.162
5.247
5.525
5.599
5.649
5.669
Evaporating Temperature °F
-10
-5
0
4.909
5.172
5.402
5.149
5.460
5.742
5.368
5.723
6.055
5.576
5.973
6.351
5.678
6.096
6.496
5.782
6.218
6.640
6.039
6.342
6.785
6.123
6.468
6.931
6.180
6.686
7.080
-15
526
507
485
461
449
436
421
406
392
Evaporating Temperature °F
-10
-5
0
609
698
796
588
675
771
564
649
743
538
622
713
525
608
698
513
594
684
495
581
669
479
567
655
464
543
641
-15
8.50
8.67
8.82
8.98
9.06
9.31
9.38
9.43
9.45
Evaporating Temperature °F
-10
-5
0
8.76
8.99
9.20
8.97
9.25
9.52
9.17
9.50
9.82
9.37
9.75
10.13
9.47
9.87
10.28
9.57
10.00
10.43
9.81
10.13
10.58
9.90
10.26
10.74
9.95
10.47
10.90
5
76324
71377
66393
61442
59001
56594
54231
51921
49672
10
86099
80581
75037
69539
66828
64156
61530
58959
56453
15
96737
90595
84439
78341
75336
72371
69456
66599
63809
20
108288
101469
94650
87900
84573
81290
78059
74890
71791
30
134330
126002
117698
109487
105438
101439
97499
93626
89830
40
164629
154582
144583
134701
129826
125007
120253
115572
110973
5
5.597
5.993
6.360
6.708
6.877
7.045
7.213
7.381
7.552
10
5.753
6.211
6.637
7.040
7.236
7.430
7.623
7.816
8.011
15
5.869
6.393
6.882
7.345
7.570
7.793
8.013
8.234
8.455
20
5.941
6.536
7.092
7.621
7.877
8.130
8.381
8.631
8.881
30
5.944
6.694
7.400
8.073
8.399
8.721
9.038
9.354
9.667
40
5.741
6.665
7.540
8.375
8.780
9.179
9.573
9.963
10.351
5
903
875
845
813
797
781
765
750
735
10
1020
990
957
923
905
888
871
854
838
15
1149
1116
1080
1043
1024
1005
987
969
951
20
1290
1253
1215
1174
1154
1134
1114
1094
1075
30
1612
1568
1523
1476
1452
1428
1405
1382
1360
40
1994
1943
1890
1835
1807
1780
1753
1726
1700
5
9.38
9.76
10.13
10.49
10.67
10.85
11.04
11.22
11.41
10
9.53
9.98
10.41
10.84
11.05
11.26
11.48
11.69
11.91
15
9.65
10.16
10.67
11.17
11.41
11.66
11.91
12.16
12.41
20
9.72
10.31
10.89
11.47
11.75
12.03
12.32
12.60
12.89
30
9.72
10.49
11.23
11.97
12.34
12.70
13.07
13.43
13.80
40
9.50
10.46
11.40
12.32
12.78
13.23
13.69
14.15
14.60
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
2.994
3.114
3.210
3.250
3.240
3.203
3.136
3.036
2.897
-30
3.714
3.883
4.043
4.160
4.194
4.204
4.189
4.143
4.063
-20
4.294
4.453
4.596
4.955
5.039
5.104
5.147
5.163
5.148
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
210
211
200
181
169
157
144
132
121
-30
310
311
299
278
266
252
239
226
214
-20
451
433
412
397
383
369
354
340
326
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
7.29
7.37
7.43
7.47
7.46
7.44
7.40
7.33
7.24
-30
7.78
7.91
8.04
8.13
8.15
8.16
8.15
8.11
8.05
-20
8.24
8.36
8.48
8.79
8.87
8.92
8.96
8.97
8.96
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Liquid Injection and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR4C1480S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
180000
BTU/HR
160000
140000
70 °F
120000
80 °F
100000
90 °F
100 °F
80000
105 °F
60000
110 °F
40000
120 °F
20000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
AMPS
Current @ 460 V 3 ph 60 Hz
15.0
14.5
14.0
13.5
13.0
12.5
12.0
11.5
11.0
10.5
10.0
9.5
9.0
8.5
8.0
7.5
7.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR4C1480S
R-22
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
19323
17750
-15
22459
20724
19144
-10
25898
23979
22215
20486
Evaporating Temperature °F
-5
0
5
29660
33769
38247
27537
31417
35643
25569
29225
33203
23638
27073
30811
22648
25973
29591
21645
24860
28359
23738
27117
25885
10
43122
40238
37526
34872
33522
32161
30790
29427
28100
15
48418
45227
42218
39278
37787
36287
34777
33274
31803
20
54167
50637
47303
44052
42408
40759
39099
37445
35821
30
67147
62840
58763
54807
52819
50831
48836
46845
44881
40
82350
77113
72153
67364
64970
62587
60201
57819
55462
10
3.114
3.372
3.601
3.813
3.916
4.018
4.122
4.228
4.338
15
3.169
3.455
3.715
3.960
4.079
4.197
4.316
4.437
4.560
20
3.202
3.518
3.812
4.092
4.229
4.364
4.500
4.636
4.773
30
3.192
3.577
3.948
4.307
4.483
4.656
4.828
4.998
5.166
40
3.068
3.538
3.998
4.447
4.666
4.882
5.094
5.303
5.508
15
575
557
540
523
514
505
495
485
475
20
646
626
608
589
579
569
559
548
537
30
806
783
761
739
728
716
704
691
679
40
998
969
943
917
904
891
877
863
848
15
7.42
7.61
7.79
7.97
8.06
8.15
8.25
8.35
8.45
20
7.44
7.65
7.86
8.07
8.18
8.29
8.40
8.51
8.63
30
7.43
7.69
7.96
8.24
8.38
8.53
8.68
8.83
8.98
40
7.35
7.66
8.00
8.36
8.54
8.73
8.92
9.11
9.30
Condensing Temperature
°F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
2.414
2.511
-15
2.566
2.692
2.800
-10
2.706
2.860
2.988
3.099
Evaporating Temperature °F
-5
0
5
2.833
2.944
3.039
3.013
3.150
3.270
3.163
3.324
3.470
3.294
3.479
3.652
3.357
3.553
3.740
3.413
3.628
3.828
3.704
3.917
4.009
Condensing Temperature
°F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
226
215
-15
263
252
241
-10
304
292
281
269
Evaporating Temperature °F
-5
0
5
349
398
452
336
384
437
324
371
422
311
358
408
305
350
400
298
343
392
335
383
375
10
511
494
479
463
455
446
437
427
418
Condensing Temperature
°F
Unloaded Current [Amps] *
70
80
90
100
105
110
115
120
125
-20
6.99
7.04
-15
7.06
7.13
7.19
-10
7.14
7.23
7.30
7.37
Evaporating Temperature °F
-5
0
5
7.21
7.28
7.33
7.32
7.40
7.48
7.41
7.52
7.61
7.50
7.62
7.74
7.54
7.67
7.80
7.57
7.72
7.87
7.78
7.94
8.01
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
7.38
7.55
7.71
7.86
7.94
8.01
8.09
8.18
8.27
IR4C1480S
Conditions
R-22
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
90000
80000
70 °F
70000
80 °F
BTU/HR
60000
90 °F
50000
100 °F
105 °F
40000
110 °F
30000
120 °F
20000
10000
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
9.5
9.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
8.5
8.0
7.5
7.0
6.5
-20
-15
-10
-5
0
5
10
15
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
Conditions
IR4C1761S
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
25247
22475
19692
16956
15625
14327
13071
11863
10710
-30
35651
32417
29159
25934
24352
22800
21286
19817
18400
-20
46746
43484
39941
36887
34992
33123
31289
29495
27751
-15
54061
50499
46645
42679
40710
39058
37040
35061
33129
Evaporating Temperature °F
-10
-5
0
62099
70920
80583
58177
66578
75763
53953
61925
70621
49606
57138
65335
47443
54751
62694
45317
52398
60085
43334
50102
57530
41153
47884
55050
39018
45450
52670
-15
5.572
5.869
6.129
6.367
6.482
6.838
6.959
7.048
7.096
Evaporating Temperature °F
-10
-5
0
5.911
6.216
6.482
6.263
6.629
6.961
6.575
6.997
7.392
6.860
7.336
7.790
6.998
7.499
7.981
7.135
7.660
8.169
7.444
7.821
8.356
7.571
7.984
8.545
7.662
8.225
8.736
-15
635
615
589
561
546
535
518
502
486
Evaporating Temperature °F
-10
-5
0
732
837
952
710
814
928
683
786
897
653
753
863
638
737
845
622
720
827
608
704
810
591
689
793
574
670
778
-15
10.82
11.06
11.28
11.49
11.59
11.91
12.02
12.10
12.15
Evaporating Temperature °F
-10
-5
0
11.10
11.36
11.59
11.40
11.72
12.02
11.67
12.06
12.43
11.94
12.38
12.82
12.07
12.54
13.01
12.20
12.70
13.20
12.48
12.86
13.40
12.60
13.02
13.59
12.69
13.26
13.79
5
91150
85792
80101
74256
71332
68437
65593
62822
60148
10
102680
96724
90425
83961
80724
77514
74351
71260
68262
15
115233
108620
101653
94512
90932
87376
83865
80423
77072
20
128870
121540
113845
105967
102014
98083
94195
90373
86639
30
159633
150691
141364
131831
127044
122273
117540
112868
108279
40
195450
184657
173460
162036
156295
150565
144869
139227
133664
5
6.706
7.257
7.757
8.219
8.441
8.659
8.876
9.092
9.311
10
6.884
7.513
8.087
8.620
8.876
9.127
9.376
9.623
9.872
15
7.012
7.726
8.380
8.989
9.282
9.569
9.852
10.133
10.415
20
7.088
7.891
8.631
9.322
9.655
9.980
10.301
10.620
10.937
30
7.067
8.067
8.996
9.868
10.289
10.700
11.105
11.506
11.904
40
6.792
8.011
9.152
10.230
10.749
11.259
11.759
12.254
12.744
5
1078
1052
1019
983
964
945
926
908
890
10
1217
1188
1153
1114
1094
1073
1053
1033
1014
15
1368
1338
1300
1258
1236
1214
1192
1170
1149
20
1534
1501
1461
1416
1392
1368
1344
1320
1298
30
1915
1876
1829
1777
1749
1722
1694
1666
1639
40
2367
2322
2267
2207
2176
2144
2111
2079
2048
5
11.79
12.30
12.78
13.24
13.47
13.70
13.93
14.16
14.39
10
11.96
12.55
13.11
13.65
13.92
14.18
14.45
14.72
14.99
15
12.08
12.75
13.40
14.03
14.34
14.65
14.96
15.27
15.58
20
12.15
12.92
13.66
14.38
14.74
15.09
15.44
15.80
16.15
30
12.13
13.10
14.05
14.97
15.43
15.88
16.33
16.78
17.24
40
11.84
13.05
14.23
15.37
15.94
16.51
17.07
17.63
18.20
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
3.706
3.855
4.042
4.200
4.247
4.263
4.238
4.164
4.033
-30
4.649
4.801
5.017
5.232
5.318
5.379
5.406
5.391
5.325
-20
5.200
5.448
5.663
6.126
6.259
6.373
6.461
6.513
6.521
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
293
271
246
221
208
194
181
168
156
-30
415
392
366
339
325
310
296
282
268
-20
546
526
502
483
468
452
437
421
406
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
9.51
9.59
9.70
9.81
9.85
9.86
9.84
9.79
9.70
-30
10.11
10.23
10.39
10.55
10.61
10.66
10.68
10.67
10.62
-20
10.52
10.71
10.89
11.28
11.39
11.49
11.56
11.61
11.62
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Liquid Injection and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR4C1761S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
200000
180000
160000
70 °F
BTU/HR
140000
80 °F
120000
90 °F
100000
100 °F
80000
105 °F
60000
110 °F
40000
120 °F
20000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
18.0
17.0
16.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
15.0
14.0
13.0
12.0
11.0
10.0
9.0
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR4C1761S
R-22
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
23331
21610
-15
27042
25144
23286
-10
31108
29012
26950
24847
Evaporating Temperature °F
-5
0
5
35555
40408
45697
33239
37849
42868
30952
35314
40063
28619
32731
37207
27416
31399
35735
26208
30060
34254
28725
32774
31321
10
51451
48326
45224
42071
40448
38815
37329
35566
34006
15
57702
54251
50825
47350
45564
43766
41963
40177
38442
20
64484
60676
56896
53071
51108
49133
47150
45180
43256
30
79794
75167
70581
65964
63602
61229
58843
56463
54120
40
97719
92115
86572
81021
78192
75354
72498
69643
66816
10
3.736
4.083
4.388
4.666
4.799
4.932
5.065
5.201
5.341
15
3.795
4.179
4.523
4.841
4.995
5.147
5.300
5.455
5.613
20
3.826
4.250
4.638
5.000
5.175
5.349
5.522
5.697
5.874
30
3.794
4.310
4.796
5.259
5.483
5.704
5.923
6.140
6.357
40
3.621
4.249
4.851
5.429
5.709
5.984
6.254
6.519
6.779
15
686
668
650
631
620
609
597
585
574
20
769
750
731
710
698
686
674
661
648
30
958
936
914
889
876
863
848
833
819
40
1184
1158
1131
1103
1088
1072
1056
1039
1022
15
9.57
9.80
10.03
10.25
10.36
10.48
10.59
10.72
10.85
20
9.59
9.85
10.11
10.37
10.50
10.64
10.77
10.92
11.06
30
9.57
9.88
10.22
10.56
10.74
10.92
11.10
11.29
11.48
40
9.47
9.85
10.26
10.70
10.92
11.16
11.39
11.62
11.86
Condensing Temperature
°F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
2.919
3.055
-15
3.100
3.273
3.435
-10
3.266
3.474
3.658
3.820
Evaporating Temperature °F
-5
0
5
3.415
3.544
3.652
3.657
3.820
3.963
3.866
4.058
4.232
4.050
4.269
4.474
4.136
4.369
4.590
4.211
4.467
4.705
4.564
4.819
4.937
Condensing Temperature
°F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
273
262
-15
317
305
294
-10
365
353
340
327
Evaporating Temperature °F
-5
0
5
418
476
540
405
462
525
392
448
510
377
432
493
369
424
483
360
414
474
405
463
453
10
610
594
577
559
549
538
527
516
506
Condensing Temperature
°F
Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
9.12
9.18
-15
9.21
9.29
9.37
-10
9.28
9.39
9.49
9.58
Evaporating Temperature °F
-5
0
5
9.36
9.43
9.49
9.49
9.58
9.67
9.61
9.73
9.83
9.72
9.86
10.00
9.78
9.93
10.07
9.82
9.99
10.16
10.06
10.24
10.32
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
9.54
9.74
9.94
10.13
10.22
10.32
10.42
10.52
10.63
IR4C1761S
Conditions
R-22
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
100000
80000
70 °F
BTU/HR
80 °F
60000
90 °F
100 °F
40000
105 °F
110 °F
20000
120 °F
0
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
12.0
11.5
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
11.0
10.5
10.0
9.5
9.0
-20
-15
-10
-5
0
5
10
15
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
Conditions
IR4C2067S
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
27485
25115
22394
19472
17982
16498
15039
13624
12270
-30
39922
36862
33478
29918
28120
26334
24579
22874
21237
-20
55272
51050
46726
42723
40535
38366
36235
34160
32160
-15
64015
59438
54749
50094
47826
45302
42952
40662
38450
Evaporating Temperature °F
-10
-5
0
73635
84207
95801
68632
78703
89725
63504
73065
83504
58401
67440
77284
55904
64678
74221
53468
61974
71213
50313
59348
68279
47787
56816
65438
45343
52878
62707
-15
6.554
6.812
7.064
7.317
7.446
7.754
7.857
7.961
8.064
Evaporating Temperature °F
-10
-5
0
6.971
7.346
7.676
7.285
7.723
8.123
7.587
8.084
8.549
7.887
8.436
8.963
8.038
8.612
9.167
8.191
8.789
9.371
8.490
8.969
9.577
8.621
9.151
9.784
8.753
9.447
9.994
-15
752
723
691
658
642
620
601
582
564
Evaporating Temperature °F
-10
-5
0
868
994
1132
838
962
1099
804
927
1061
769
889
1021
751
871
1001
734
852
981
706
835
962
686
818
943
667
780
926
-15
11.94
12.16
12.38
12.62
12.74
13.03
13.13
13.23
13.33
Evaporating Temperature °F
-10
-5
0
12.31
12.65
12.96
12.59
13.00
13.39
12.87
13.35
13.81
13.16
13.70
14.23
13.31
13.88
14.45
13.47
14.07
14.66
13.75
14.25
14.88
13.88
14.44
15.10
14.02
14.74
15.33
5
108493
101771
94893
88006
84605
81257
77980
74792
71713
10
122354
114914
107306
99679
95904
92178
88522
84952
81488
15
137457
129226
120816
112376
108190
104051
99978
95990
92104
20
153875
144780
135496
126169
121536
116948
112423
107979
103635
30
190949
179907
168655
157338
151701
146104
140565
135101
129732
40
234158
220878
207366
193767
186982
180230
173531
166902
160361
5
7.959
8.483
8.981
9.462
9.699
9.934
10.169
10.405
10.642
10
8.190
8.798
9.376
9.931
10.203
10.473
10.741
11.009
11.278
15
8.366
9.066
9.730
10.367
10.679
10.986
11.291
11.595
11.898
20
8.485
9.283
10.041
10.767
11.121
11.470
11.815
12.158
12.499
30
8.535
9.551
10.518
11.443
11.893
12.336
12.773
13.204
13.632
40
8.315
9.577
10.781
11.934
12.494
13.045
13.587
14.122
14.650
5
1284
1248
1208
1165
1143
1122
1101
1080
1061
10
1450
1412
1369
1323
1299
1276
1253
1231
1210
15
1632
1591
1545
1496
1470
1445
1421
1396
1373
20
1832
1788
1739
1685
1658
1631
1604
1578
1552
30
2291
2239
2182
2121
2089
2057
2026
1995
1964
40
2836
2777
2711
2640
2603
2566
2529
2493
2456
5
13.23
13.74
14.25
14.75
15.00
15.26
15.51
15.77
16.03
10
13.45
14.06
14.65
15.25
15.54
15.84
16.13
16.43
16.73
15
13.63
14.33
15.03
15.72
16.06
16.40
16.74
17.08
17.43
20
13.75
14.56
15.36
16.15
16.55
16.94
17.33
17.72
18.11
30
13.80
14.85
15.89
16.91
17.42
17.92
18.42
18.92
19.42
40
13.55
14.89
16.19
17.47
18.11
18.74
19.37
19.99
20.61
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
4.669
4.734
4.786
4.825
4.838
4.848
4.854
4.856
4.854
-30
5.594
5.698
5.796
5.886
5.927
5.967
6.004
6.039
6.071
-20
6.098
6.308
6.516
6.991
7.071
7.150
7.229
7.307
7.383
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
317
302
280
253
239
224
209
193
178
-30
463
445
420
391
375
359
342
326
310
-20
645
618
587
559
542
524
506
488
471
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
10.46
10.51
10.55
10.58
10.59
10.59
10.60
10.60
10.60
-30
11.14
11.22
11.30
11.37
11.40
11.44
11.47
11.49
11.52
-20
11.55
11.72
11.89
12.32
12.39
12.46
12.54
12.61
12.68
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Liquid Injection and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR4C2067S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
250000
200000
70 °F
BTU/HR
80 °F
150000
90 °F
100 °F
100000
105 °F
110 °F
50000
120 °F
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
21.0
20.0
19.0
18.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
17.0
16.0
15.0
14.0
13.0
12.0
11.0
10.0
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR4C2067S
R-22
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
27595
25382
-15
32027
29607
27319
-10
36891
34239
31710
29232
Evaporating Temperature °F
-5
0
5
42217
48039
54389
39306
44839
50870
36511
41751
47459
33759
38699
44081
32372
37158
42372
30993
35622
40667
34098
38970
37303
10
61304
57433
53667
49933
48042
46154
44271
42413
40612
15
68823
64564
60409
56288
54200
52114
50030
47967
45957
20
76986
72301
67722
63179
60878
58578
56277
53995
51759
30
95433
89766
84217
78717
75935
73154
70368
67593
64857
40
117052
110211
103508
96877
93528
90185
86834
83487
80171
10
4.431
4.772
5.085
5.381
5.525
5.669
5.814
5.962
6.112
15
4.512
4.899
5.256
5.593
5.757
5.920
6.084
6.250
6.419
20
4.564
5.000
5.404
5.786
5.973
6.157
6.342
6.527
6.714
30
4.573
5.113
5.624
6.112
6.349
6.583
6.814
7.043
7.271
40
4.442
5.096
5.729
6.341
6.639
6.932
7.220
7.503
7.781
10
726
705
685
663
652
640
628
616
604
15
818
795
773
750
738
725
712
699
686
20
918
894
870
845
832
818
804
790
776
30
1146
1118
1090
1061
1046
1031
1014
998
981
40
1418
1385
1353
1319
1302
1284
1265
1246
1226
10
10.31
10.54
10.76
10.98
11.09
11.20
11.31
11.44
11.56
15
10.37
10.63
10.88
11.14
11.27
11.40
11.53
11.67
11.82
20
10.40
10.70
11.00
11.29
11.44
11.59
11.75
11.91
12.07
30
10.41
10.78
11.16
11.56
11.76
11.96
12.16
12.37
12.57
40
10.32
10.77
11.25
11.75
12.01
12.26
12.53
12.79
13.05
Condensing Temperature
°F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
3.442
3.543
-15
3.658
3.796
3.949
-10
3.856
4.032
4.209
4.383
Evaporating Temperature °F
-5
0
5
4.034
4.190
4.323
4.249
4.445
4.621
4.454
4.683
4.894
4.652
4.909
5.152
4.749
5.020
5.279
4.835
5.130
5.405
5.241
5.533
5.662
Condensing Temperature
°F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
323
308
-15
375
359
344
-10
433
416
401
384
Evaporating Temperature °F
-5
0
5
497
566
643
479
548
623
462
530
604
445
511
584
436
501
573
426
491
562
481
551
540
Condensing Temperature
°F
Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
9.75
9.80
-15
9.86
9.93
10.02
-10
9.97
10.07
10.17
10.28
Evaporating Temperature °F
-5
0
5
10.07
10.16
10.25
10.20
10.32
10.44
10.33
10.48
10.63
10.46
10.64
10.81
10.53
10.71
10.90
10.59
10.79
11.00
10.87
11.10
11.20
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
Head Fan Required
IR4C2067S
Conditions
R-22
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
120000
70 °F
90000
BTU/HR
80 °F
90 °F
60000
100 °F
105 °F
110 °F
30000
120 °F
0
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
14
13
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
12
11
10
9
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4C2397S
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
29950
28201
25686
22637
20983
19282
17562
15852
14180
-30
44357
41778
38492
34729
32741
30720
28694
26694
24746
-20
64926
59703
54333
49558
47143
44710
42288
39904
37589
-15
74940
69391
63663
57950
55158
52781
50125
47516
44982
Evaporating Temperature °F
-10
-5
0
85956
98059
111331
79998
91610
104309
73832
84922
97018
67649
78187
89650
64610
74862
85996
61639
71596
82394
58719
68414
78869
55861
65339
75443
53086
61947
72141
-15
7.801
8.180
8.486
8.727
8.827
8.997
9.134
9.269
9.400
Evaporating Temperature °F
-10
-5
0
8.259
8.681
9.064
8.717
9.224
9.696
9.102
9.692
10.253
9.422
10.095
10.743
9.560
10.274
10.966
9.685
10.440
11.176
9.831
10.594
11.373
10.002
10.736
11.558
10.173
10.953
11.734
-15
880
844
804
761
740
722
701
680
660
Evaporating Temperature °F
-10
-5
0
1013
1157
1315
976
1120
1277
935
1077
1232
891
1031
1184
869
1008
1160
847
985
1135
824
962
1111
802
941
1088
781
913
1065
-15
14.31
14.63
14.90
15.13
15.22
15.36
15.49
15.62
15.75
Evaporating Temperature °F
-10
-5
0
14.70
15.08
15.43
15.11
15.57
16.02
15.47
16.02
16.57
15.77
16.42
17.07
15.91
16.60
17.30
16.03
16.77
17.52
16.16
16.93
17.73
16.33
17.07
17.92
16.50
17.28
18.11
5
125857
118181
110204
102120
98097
94118
90208
86390
82689
10
141721
133308
124564
115682
111249
106852
102516
98265
94123
15
159007
149775
140182
130420
125535
120680
115877
111152
106528
20
177799
167666
157142
146418
141040
135685
130375
125135
119988
30
220237
208056
195422
182528
176043
169564
163116
156722
150406
40
269707
255149
240078
224686
216929
209163
201412
193701
186052
5
9.405
10.131
10.781
11.364
11.633
11.888
12.131
12.362
12.583
10
9.700
10.525
11.273
11.954
12.271
12.574
12.865
13.144
13.413
15
9.945
10.874
11.725
12.508
12.877
13.231
13.572
13.902
14.220
20
10.138
11.176
12.135
13.025
13.447
13.854
14.249
14.631
15.002
30
10.353
11.622
12.812
13.931
14.467
14.988
15.496
15.991
16.475
40
10.316
11.837
13.277
14.644
15.304
15.948
16.579
17.197
17.803
5
1489
1449
1402
1352
1326
1299
1274
1248
1224
10
1679
1637
1588
1535
1507
1479
1452
1424
1398
15
1888
1844
1793
1736
1706
1677
1647
1617
1589
20
2117
2071
2016
1956
1925
1893
1861
1829
1798
30
2642
2590
2528
2460
2425
2388
2351
2314
2277
40
3267
3208
3138
3061
3020
2978
2936
2893
2850
5
15.75
16.44
17.09
17.70
17.98
18.26
18.52
18.77
19.01
10
16.03
16.84
17.60
18.31
18.66
18.99
19.31
19.61
19.91
15
16.28
17.20
18.07
18.91
19.31
19.70
20.08
20.45
20.81
20
16.47
17.51
18.51
19.47
19.93
20.39
20.83
21.26
21.69
30
16.68
17.99
19.25
20.48
21.08
21.67
22.25
22.82
23.38
40
16.62
18.21
19.77
21.29
22.03
22.77
23.50
24.22
24.94
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
4.987
5.263
5.483
5.643
5.698
5.735
5.755
5.757
5.739
-30
6.199
6.454
6.679
6.868
6.947
7.015
7.072
7.116
7.147
-20
7.311
7.615
7.847
8.103
8.220
8.333
8.440
8.541
8.635
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
343
338
321
295
279
262
244
225
206
-30
514
504
483
453
436
418
399
380
361
-20
758
722
683
649
630
610
590
570
550
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
12.16
12.37
12.54
12.65
12.69
12.71
12.73
12.73
12.71
-30
13.02
13.23
13.40
13.55
13.61
13.66
13.70
13.74
13.76
-20
13.90
14.15
14.35
14.56
14.67
14.76
14.86
14.95
15.04
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Liquid Injection and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR4C2397S
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
300000
250000
70 °F
80 °F
BTU/HR
200000
90 °F
150000
100 °F
105 °F
100000
110 °F
120 °F
50000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
25.0
24.0
23.0
22.0
21.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
20.0
19.0
18.0
17.0
16.0
15.0
14.0
13.0
12.0
11.0
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR4C2397S
R-22
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
32335
29646
-15
37485
34555
31742
-10
43114
39925
36832
33826
Evaporating Temperature °F
-5
0
5
49256
55948
63229
45790
52184
59144
42395
48463
55072
39076
44805
51047
37429
42985
49038
35803
41187
47051
39407
45083
43140
10
71139
66709
62257
57835
55621
53430
51255
49107
46997
15
79722
74920
70059
65206
62770
60356
57957
55583
53248
20
89025
83822
78518
73199
70522
67865
65222
62603
60021
30
109999
103893
97595
91224
88001
84795
81597
78418
75273
40
134522
127360
119897
112291
108425
104570
100714
96871
93056
10
5.222
5.722
6.135
6.484
6.643
6.795
6.943
7.090
7.240
15
5.325
5.877
6.348
6.758
6.946
7.128
7.304
7.478
7.653
20
5.409
6.008
6.537
7.011
7.232
7.444
7.651
7.853
8.053
30
5.519
6.200
6.843
7.448
7.737
8.018
8.290
8.554
8.811
40
5.556
6.296
7.040
7.777
8.137
8.491
8.836
9.170
9.493
10
843
819
794
768
755
741
727
713
699
15
947
923
897
869
855
840
825
810
795
20
1061
1036
1008
979
964
948
932
916
900
30
1321
1294
1263
1230
1213
1195
1176
1157
1139
40
1630
1601
1567
1529
1509
1488
1467
1445
1423
10
12.37
12.70
12.99
13.25
13.37
13.48
13.60
13.72
13.84
15
12.44
12.81
13.14
13.46
13.61
13.75
13.89
14.03
14.18
20
12.49
12.90
13.29
13.66
13.83
14.00
14.18
14.35
14.52
30
12.57
13.04
13.52
14.01
14.25
14.49
14.73
14.96
15.20
40
12.59
13.11
13.68
14.28
14.60
14.91
15.22
15.53
15.84
Condensing Temperature
°F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
4.129
4.273
-15
4.374
4.579
4.749
-10
4.592
4.858
5.067
5.229
Evaporating Temperature °F
-5
0
5
4.784
4.952
5.098
5.112
5.339
5.543
5.365
5.642
5.899
5.563
5.885
6.193
5.648
5.991
6.324
5.720
6.092
6.449
6.190
6.571
6.693
Condensing Temperature
°F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
378
359
-15
439
420
400
-10
506
486
465
445
Evaporating Temperature °F
-5
0
5
579
660
747
558
638
724
537
615
701
515
592
676
504
580
663
492
568
650
556
637
624
Condensing Temperature
°F
Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
11.74
11.82
-15
11.87
11.99
12.09
-10
11.99
12.15
12.28
12.38
Evaporating Temperature °F
-5
0
5
12.10
12.20
12.29
12.30
12.45
12.58
12.47
12.65
12.82
12.59
12.81
13.03
12.65
12.89
13.13
12.70
12.96
13.22
13.03
13.31
13.41
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR4C2397S
Conditions
R-22
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
150000
120000
70 °F
BTU/HR
80 °F
90000
90 °F
100 °F
60000
105 °F
110 °F
30000
120 °F
0
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
16
15
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
14
13
12
11
-20
-15
-10
-5
0
5
10
15
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
Conditions
IR4B2707P
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
34539
30686
26849
23200
21501
19915
18463
17166
16048
-30
50161
45755
41273
36891
34791
32781
30883
29118
27508
-20
70244
65277
60205
53670
51107
48611
46204
43908
41745
-15
81050
75736
70302
64822
62087
57767
55082
52497
50034
Evaporating Temperature °F
-10
-5
0
92956
106054
120440
87208
99789
113571
81329
93379
106545
75390
86895
99433
72420
83649
95867
69462
80410
92305
64841
77189
88758
61952
73995
85234
59172
69212
81742
-15
7.921
8.524
9.016
9.443
9.647
10.214
10.425
10.656
10.910
Evaporating Temperature °F
-10
-5
0
8.413
8.867
9.281
9.103
9.644
10.148
9.681
10.309
10.902
10.193
10.908
11.590
10.438
11.197
11.922
10.685
11.486
12.256
11.255
11.782
12.595
11.531
12.089
12.946
11.833
12.743
13.315
-15
952
922
888
852
834
790
771
752
734
Evaporating Temperature °F
-10
-5
0
1096
1252
1424
1064
1220
1391
1030
1185
1353
993
1146
1314
974
1126
1293
954
1106
1272
910
1085
1250
889
1065
1228
870
1020
1207
-15
14.39
14.95
15.41
15.80
15.99
16.53
16.75
16.98
17.24
Evaporating Temperature °F
-10
-5
0
14.82
15.23
15.61
15.48
15.99
16.48
16.04
16.65
17.24
16.53
17.25
17.95
16.78
17.55
18.30
17.02
17.84
18.65
17.59
18.15
19.02
17.88
18.48
19.40
18.20
19.17
19.80
5
136205
128649
120923
113096
109168
105242
101326
97430
93563
10
153446
145117
136604
127979
123646
119312
114986
110675
106391
15
172254
163068
153685
144175
139396
134611
129831
125064
120319
20
192725
182596
172257
161779
156510
151233
145957
140691
135443
30
239028
226759
214254
201583
195208
188818
182422
176030
169650
40
293105
278357
263345
248142
240490
232818
225133
217445
209763
5
9.655
10.614
11.459
12.237
12.615
12.993
13.377
13.772
14.185
10
9.990
11.042
11.980
12.850
13.274
13.697
14.127
14.567
15.025
15
10.285
11.432
12.465
13.429
13.899
14.369
14.845
15.332
15.836
20
10.540
11.785
12.914
13.973
14.491
15.008
15.531
16.066
16.617
30
10.930
12.374
13.701
14.957
15.573
16.188
16.808
17.439
18.087
40
11.158
12.808
14.341
15.801
16.518
17.234
17.956
18.687
19.435
5
1612
1577
1539
1497
1475
1453
1430
1407
1384
10
1819
1782
1742
1698
1675
1652
1628
1604
1580
15
2046
2008
1965
1919
1895
1870
1845
1819
1794
20
2295
2255
2209
2161
2135
2109
2083
2056
2029
30
2868
2822
2771
2717
2688
2659
2629
2599
2569
40
3550
3498
3441
3380
3348
3315
3282
3248
3214
5
15.97
16.94
17.81
18.63
19.03
19.44
19.86
20.30
20.76
10
16.30
17.37
18.35
19.28
19.74
20.21
20.69
21.19
21.71
15
16.60
17.78
18.87
19.91
20.43
20.96
21.50
22.05
22.63
20
16.86
18.15
19.36
20.52
21.10
21.68
22.28
22.89
23.53
30
17.26
18.79
20.23
21.63
22.33
23.04
23.76
24.50
25.27
40
17.50
19.27
20.95
22.60
23.43
24.26
25.11
25.98
26.88
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
6.122
6.191
6.177
6.116
6.077
6.040
6.008
5.984
5.975
-30
7.179
7.392
7.539
7.655
7.711
7.772
7.842
7.926
8.027
-20
7.389
7.908
8.316
9.120
9.263
9.416
9.582
9.765
9.970
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
399
369
336
302
286
270
256
244
233
-30
583
552
518
482
464
446
430
415
401
-20
819
790
757
703
683
664
645
627
611
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
12.94
13.02
13.02
12.98
12.95
12.92
12.90
12.88
12.87
-30
13.79
13.96
14.08
14.18
14.23
14.28
14.34
14.41
14.50
-20
13.94
14.41
14.77
15.48
15.62
15.76
15.92
16.10
16.30
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Liquid Injection and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR4B2707P
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
350000
300000
70 °F
250000
BTU/HR
80 °F
90 °F
200000
100 °F
150000
105 °F
110 °F
100000
120 °F
50000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
AMPS
Current @ 460 V 3 ph 60 Hz
27.0
26.0
25.0
24.0
23.0
22.0
21.0
20.0
19.0
18.0
17.0
16.0
15.0
14.0
13.0
12.0
11.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR4B2707P
R-22
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
34961
32521
30083
-15
40485
37798
35107
32428
-10
46546
43589
40623
37667
36182
Evaporating Temperature °F
-5
0
5
53182
60432
68338
49932
56863
64423
46665
53270
60474
43407
49682
56527
41770
47877
54540
40143
46084
52565
44296
50595
42514
48631
46679
10
76946
72656
68320
63980
61794
59621
57452
55289
53137
15
86304
81606
76849
72083
69680
67290
64904
62523
60153
20
96464
91323
86109
80879
78239
75613
72990
70371
67762
30
119414
113272
107023
100739
97561
94397
91233
88071
84917
40
146306
138985
131514
123983
120167
116366
112558
108750
104944
10
5.432
5.960
6.468
6.963
7.206
7.449
7.690
7.931
7.690
15
5.555
6.149
6.712
7.253
7.519
7.782
8.045
8.309
8.574
20
5.656
6.321
6.939
7.527
7.813
8.098
8.383
8.669
8.959
30
5.791
6.607
7.340
8.020
8.349
8.675
9.002
9.333
9.672
40
5.834
6.815
7.668
8.438
8.807
9.172
9.540
9.916
10.306
15
1026
1005
984
961
949
936
924
911
898
20
1150
1129
1106
1082
1069
1056
1043
1029
1016
30
1434
1411
1385
1358
1344
1330
1315
1300
1285
40
1773
1747
1718
1688
1672
1656
1639
1623
1605
15
12.59
13.00
13.42
13.85
14.07
14.29
14.51
14.75
14.98
20
12.66
13.13
13.60
14.07
14.32
14.56
14.81
15.07
15.33
30
12.75
13.34
13.92
14.49
14.78
15.07
15.37
15.68
16.01
40
12.78
13.50
14.19
14.86
15.19
15.53
15.88
16.24
16.63
Condensing Temperature
°F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
4.226
4.416
4.635
-15
4.484
4.724
4.986
5.259
-10
4.719
5.010
5.318
5.633
5.792
Evaporating Temperature °F
-5
0
5
4.931
5.120
5.287
5.277
5.523
5.751
5.632
5.928
6.206
5.991
6.331
6.655
6.170
6.532
6.877
6.348
6.731
7.098
6.930
7.318
7.110
7.537
7.755
Condensing Temperature
°F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
409
394
379
-15
474
459
443
425
-10
546
530
513
495
486
Evaporating Temperature °F
-5
0
5
626
712
808
609
695
789
591
676
769
572
656
749
562
646
738
552
635
727
624
715
613
704
692
10
912
892
872
850
838
827
815
803
790
Condensing Temperature
°F
Unloaded Current [Amps] *
70
80
90
100
105
110
115
120
125
-20
11.79
11.90
12.02
-15
11.93
12.07
12.23
12.40
-10
12.07
12.24
12.43
12.64
12.75
Evaporating Temperature °F
-5
0
5
12.19
12.31
12.42
12.41
12.57
12.72
12.64
12.85
13.05
12.89
13.14
13.38
13.02
13.28
13.55
13.15
13.44
13.72
13.59
13.90
13.73
14.08
14.27
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
12.51
12.87
13.24
13.61
13.81
14.01
14.21
14.42
14.66
IR4B2707P
Conditions
R-22
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
150000
120000
70 °F
80 °F
90000
90 °F
100 °F
60000
105 °F
110 °F
30000
120 °F
0
-20
-15
-10
-5
0
5
10
15
20
30
40
Unloaded Current @ 460 V 3 ph 60 Hz
17
16
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
15
14
13
12
11
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR4B3139P
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
39924
35584
31175
26932
24946
23090
21393
19885
18596
-30
57920
52990
47870
42797
40351
38005
35788
33730
31860
-20
81111
74854
68974
62206
59238
56340
53541
50870
48358
-15
93721
86945
80582
74496
71515
66940
63826
60826
57970
Evaporating Temperature °F
-10
-5
0
107576
122785
139456
100188
114690
130559
93247
107076
122178
86618
99810
114180
83379
96265
110282
80167
92756
106429
75132
89267
102604
71787
85780
98790
68570
80219
94971
-15
9.107
9.839
10.428
10.922
11.149
11.854
12.097
12.365
12.662
Evaporating Temperature °F
-10
-5
0
9.700
10.247
10.748
10.523
11.162
11.756
11.208
11.944
12.636
11.803
12.640
13.434
12.082
12.971
13.818
12.355
13.299
14.200
13.064
13.628
14.585
13.382
13.966
14.979
13.733
14.790
15.389
-15
1100
1058
1019
980
961
916
893
871
850
Evaporating Temperature °F
-10
-5
0
1268
1450
1649
1223
1403
1599
1182
1359
1553
1142
1317
1509
1122
1296
1487
1101
1276
1466
1054
1255
1444
1030
1234
1423
1008
1183
1401
-15
17.64
18.26
18.76
19.16
19.35
19.96
20.18
20.43
20.70
Evaporating Temperature °F
-10
-5
0
18.10
18.54
18.96
18.82
19.36
19.88
19.42
20.06
20.69
19.94
20.70
21.45
20.18
21.01
21.82
20.43
21.32
22.19
21.07
21.63
22.57
21.39
21.96
22.97
21.73
22.78
23.39
5
157699
147904
138662
129836
125538
121293
117085
112898
108713
10
177620
166834
156635
146888
142141
137458
132820
128210
123613
15
199328
187456
176205
165442
160201
155031
149915
144837
139779
20
222931
209878
197482
185607
179824
174120
168480
162885
157320
30
276258
260559
245587
231206
224196
217282
210450
203681
196959
40
338467
319743
301816
284550
276123
267811
259597
251464
243396
5
11.204
12.305
13.284
14.186
14.623
15.059
15.500
15.951
16.419
10
11.615
12.811
13.888
14.895
15.386
15.877
16.374
16.882
17.409
15
11.981
13.272
14.450
15.562
16.107
16.654
17.207
17.774
18.359
20
12.303
13.691
14.970
16.187
16.787
17.390
18.000
18.625
19.269
30
12.817
14.400
15.884
17.315
18.026
18.741
19.467
20.210
20.975
40
13.160
14.942
16.634
18.283
19.106
19.936
20.779
21.641
22.527
5
1867
1814
1765
1719
1696
1674
1652
1630
1608
10
2107
2049
1997
1949
1925
1902
1880
1857
1834
15
2369
2308
2253
2201
2177
2153
2130
2106
2083
20
2656
2591
2533
2479
2453
2428
2404
2380
2356
30
3315
3242
3176
3115
3087
3060
3033
3007
2982
40
4100
4017
3943
3876
3844
3814
3785
3757
3729
5
19.36
20.37
21.30
22.17
22.61
23.05
23.50
23.97
24.46
10
19.72
20.84
21.88
22.88
23.38
23.88
24.41
24.95
25.52
15
20.06
21.29
22.43
23.56
24.12
24.70
25.29
25.91
26.55
20
20.37
21.70
22.96
24.21
24.84
25.48
26.15
26.84
27.56
30
20.86
22.41
23.91
25.42
26.18
26.97
27.78
28.62
29.49
40
21.19
22.96
24.71
26.48
27.38
28.31
29.27
30.27
31.30
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
7.077
7.170
7.164
7.099
7.056
7.013
6.974
6.945
6.930
-30
8.326
8.572
8.743
8.879
8.946
9.018
9.101
9.200
9.318
-20
8.467
9.109
9.603
10.584
10.749
10.925
11.118
11.332
11.573
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
461
428
390
350
331
313
297
282
270
-30
672
640
601
559
538
517
498
481
465
-20
944
905
868
814
792
769
748
727
708
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
16.19
16.29
16.31
16.27
16.24
16.21
16.19
16.16
16.15
-30
17.09
17.27
17.40
17.50
17.55
17.60
17.67
17.74
17.84
-20
17.16
17.70
18.09
18.85
18.99
19.14
19.31
19.50
19.71
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Liquid Injection and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR4B3139P
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
350000
300000
70 °F
250000
BTU/HR
80 °F
90 °F
200000
100 °F
150000
105 °F
110 °F
100000
120 °F
50000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
AMPS
Current @ 460 V 3 ph 60 Hz
32.0
31.0
30.0
29.0
28.0
27.0
26.0
25.0
24.0
23.0
22.0
21.0
20.0
19.0
18.0
17.0
16.0
15.0
14.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR4B3139P
R-22
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
40450
37367
34470
-15
46818
43438
40255
37225
-10
53810
50100
46599
43263
41623
Evaporating Temperature °F
-5
0
5
61468
69840
78975
57392
65361
74050
53541
61124
69389
49869
57082
64943
48063
55094
62755
46283
53135
60602
51190
58463
49255
56335
54218
10
88924
83511
78384
73495
71090
68724
66374
64037
61710
15
99744
93794
88158
82785
80143
77545
74966
72401
69847
20
111494
104957
98763
92862
89961
87111
84283
81471
78671
30
138049
130167
122699
115593
112105
108681
105289
101917
98561
40
169178
159694
150710
142172
137985
133882
129821
125789
121777
10
6.305
6.915
7.504
8.078
8.360
8.639
8.917
9.194
9.470
15
6.470
7.144
7.787
8.410
8.716
9.021
9.326
9.631
9.939
20
6.609
7.351
8.050
8.722
9.052
9.382
9.712
10.046
10.385
30
6.806
7.698
8.514
9.283
9.660
10.037
10.419
10.808
11.208
40
6.879
7.952
8.895
9.762
10.183
10.604
11.033
11.474
11.936
15
1185
1155
1128
1103
1091
1079
1067
1055
1043
20
1329
1297
1268
1242
1229
1217
1204
1192
1179
30
1658
1621
1590
1559
1545
1531
1518
1504
1491
40
2050
2007
1969
1936
1920
1905
1891
1877
1863
15
15.88
16.30
16.72
17.16
17.38
17.60
17.84
18.08
18.32
20
15.97
16.43
16.90
17.38
17.63
17.88
18.14
18.41
18.69
30
16.08
16.66
17.23
17.81
18.10
18.40
18.72
19.04
19.39
40
16.13
16.83
17.51
18.18
18.52
18.87
19.24
19.62
20.04
Condensing Temperature
°F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
4.875
5.074
5.333
-15
5.159
5.438
5.756
6.085
-10
5.427
5.778
6.153
6.531
6.715
Evaporating Temperature °F
-5
0
5
5.677
5.907
6.117
6.096
6.391
6.664
6.525
6.873
7.200
6.951
7.349
7.724
7.160
7.582
7.982
7.363
7.811
8.236
8.035
8.487
8.236
8.735
8.979
Condensing Temperature
°F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
473
453
434
-15
549
527
507
488
-10
632
609
589
569
559
Evaporating Temperature °F
-5
0
5
723
823
933
700
799
907
678
776
883
657
754
860
647
743
849
636
732
838
722
827
711
815
804
10
1054
1026
1000
976
965
953
941
930
918
Condensing Temperature
°F
Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
15.04
15.14
15.27
-15
15.18
15.32
15.48
15.66
-10
15.31
15.50
15.70
15.92
16.03
Evaporating Temperature °F
-5
0
5
15.44
15.56
15.68
15.67
15.84
16.00
15.92
16.13
16.33
16.17
16.43
16.68
16.31
16.58
16.85
16.44
16.73
17.03
16.89
17.21
17.03
17.39
17.57
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
15.79
16.15
16.53
16.92
17.12
17.32
17.53
17.74
17.95
IR4B3139P
Conditions
R-22
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
180000
150000
70 °F
80 °F
120000
90 °F
90000
100 °F
105 °F
60000
110 °F
120 °F
30000
0
-20
-15
-10
-5
0
5
10
15
20
30
40
Unloaded Current @ 460 V 3 ph 60 Hz
21
20
19
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
18
17
16
15
14
-20
-15
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
-10
-5
0
5
10
15
20
30
40
Conditions
IR4B3604P
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
45930
41275
36361
31505
29197
27023
25020
23230
21691
-30
66436
61200
55558
49826
47026
44322
41753
39360
37181
-20
93406
86476
79935
72121
68761
65460
62257
59194
56308
-15
107756
100214
93087
86309
83029
77638
74094
70670
67405
Evaporating Temperature °F
-10
-5
0
123546
140902
159950
115287
131820
149938
107468
123202
140416
100022
114983
131318
96418
111002
126907
92883
107097
122577
87077
103257
118320
83276
99476
114128
79616
93009
109992
-15
10.682
11.587
12.393
13.159
13.546
14.179
14.545
14.948
15.395
Evaporating Temperature °F
-10
-5
0
11.361
11.999
12.592
12.342
13.062
13.743
13.226
14.028
14.799
14.070
14.957
15.819
14.497
15.426
16.334
14.935
15.908
16.862
15.631
16.410
17.410
16.092
16.940
17.986
16.602
17.755
18.598
-15
1264
1220
1177
1135
1115
1062
1037
1012
989
Evaporating Temperature °F
-10
-5
0
1456
1664
1892
1408
1613
1836
1362
1564
1784
1318
1517
1735
1297
1495
1711
1276
1473
1688
1221
1452
1666
1195
1431
1644
1171
1371
1623
-15
20.42
21.22
21.95
22.65
23.02
23.61
23.98
24.38
24.83
Evaporating Temperature °F
-10
-5
0
21.00
21.56
22.10
21.90
22.56
23.20
22.72
23.48
24.24
23.53
24.40
25.27
23.94
24.88
25.81
24.38
25.37
26.36
25.06
25.89
26.95
25.55
26.45
27.57
26.08
27.31
28.23
5
180816
169768
159236
149152
144258
139452
134724
130067
125473
10
203625
191436
179787
168612
163181
157845
152594
147420
142314
15
228503
215066
202194
189822
183802
177883
172055
166310
160641
20
255576
240785
226585
212909
206247
199691
193234
186866
180580
30
316809
298993
281817
265216
257110
249123
241247
233474
225794
40
388331
367064
346489
326538
316777
307147
297640
288248
278963
5
13.139
14.385
15.536
16.653
17.217
17.794
18.391
19.017
19.679
10
13.639
14.985
16.238
17.458
18.073
18.703
19.353
20.032
20.747
15
14.090
15.542
16.903
18.232
18.902
19.587
20.293
21.027
21.798
20
14.489
16.054
17.529
18.972
19.701
20.444
21.209
22.002
22.833
30
15.126
16.935
18.656
20.349
21.203
22.071
22.963
23.884
24.842
40
15.538
17.615
19.607
21.572
22.564
23.571
24.601
25.661
26.759
5
2141
2082
2026
1974
1949
1925
1901
1878
1856
10
2415
2352
2292
2237
2210
2185
2160
2136
2112
15
2715
2648
2585
2526
2497
2470
2444
2419
2394
20
3045
2973
2906
2843
2813
2785
2757
2730
2704
30
3802
3720
3644
3573
3540
3508
3477
3447
3419
40
4704
4612
4527
4447
4410
4374
4339
4306
4274
5
22.61
23.83
24.98
26.14
26.73
27.35
28.00
28.69
29.43
10
23.09
24.42
25.70
26.99
27.65
28.34
29.06
29.82
30.62
15
23.52
24.99
26.40
27.82
28.56
29.32
30.11
30.94
31.82
20
23.92
25.52
27.07
28.64
29.44
30.28
31.14
32.05
33.01
30
24.57
26.45
28.30
30.17
31.14
32.13
33.16
34.23
35.36
40
24.98
27.19
29.36
31.57
32.70
33.87
35.07
36.32
37.62
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
8.230
8.461
8.552
8.550
8.530
8.505
8.481
8.464
8.460
-30
9.580
9.997
10.320
10.599
10.738
10.883
11.041
11.219
11.422
-20
9.962
10.797
11.532
12.572
12.833
13.113
13.419
13.756
14.130
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
530
496
455
410
388
367
347
330
315
-30
771
739
697
651
627
603
581
561
543
-20
1088
1046
1006
944
919
894
869
846
824
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
18.56
18.76
18.84
18.84
18.82
18.80
18.77
18.76
18.75
-30
19.57
19.90
20.15
20.37
20.49
20.61
20.75
20.90
21.08
-20
19.82
20.54
21.18
22.09
22.33
22.60
22.89
23.21
23.57
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Liquid Injection and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR4B3604P
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
400000
350000
70 °F
300000
80 °F
BTU/HR
250000
90 °F
200000
100 °F
105 °F
150000
110 °F
100000
120 °F
50000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
AMPS
Current @ 460 V 3 ph 60 Hz
38.0
37.0
36.0
35.0
34.0
33.0
32.0
31.0
30.0
29.0
28.0
27.0
26.0
25.0
24.0
23.0
22.0
21.0
20.0
19.0
18.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR4B3604P
R-22
65 °F Return Gas
No Liquid Sub Cooling
Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
46536
43143
39948
-15
53822
50055
46492
43134
-10
61823
57650
53690
49945
48131
Evaporating Temperature °F
-5
0
5
70588
80172
90629
65976
75084
85027
61585
70225
79662
57422
65610
74555
55401
63364
72067
53434
61178
69642
59034
67263
56927
64924
62619
10
102020
95862
89950
84309
81557
78874
76240
73648
71093
15
114409
107649
101144
94926
91888
88925
86013
83147
80320
20
127864
120453
113307
106464
103116
99848
96635
93471
90349
30
158276
149400
140808
132554
128504
124548
120653
116814
113022
40
193932
183339
173052
163139
158265
153498
148799
144161
139576
10
7.348
8.082
8.788
9.483
9.832
10.183
10.540
10.903
11.276
15
7.546
8.355
9.125
9.876
10.250
10.626
11.007
11.394
11.790
20
7.724
8.608
9.443
10.250
10.650
11.052
11.459
11.873
12.297
30
8.018
9.054
10.013
10.932
11.387
11.844
12.310
12.787
13.280
40
8.229
9.406
10.484
11.513
12.025
12.544
13.075
13.626
14.202
15
1360
1326
1295
1265
1251
1237
1224
1212
1199
20
1525
1489
1455
1424
1409
1395
1381
1367
1354
30
1901
1861
1823
1787
1771
1755
1739
1724
1710
40
2350
2304
2261
2221
2203
2185
2167
2151
2135
15
18.17
18.70
19.24
19.81
20.10
20.40
20.72
21.04
21.39
20
18.28
18.87
19.48
20.10
20.42
20.75
21.10
21.46
21.84
30
18.47
19.19
19.91
20.66
21.04
21.44
21.85
22.29
22.75
40
18.61
19.44
20.28
21.15
21.60
22.07
22.55
23.08
23.64
Condensing Temperature
°F
Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
5.714
6.101
6.449
-15
6.043
6.469
6.870
7.290
-10
6.348
6.822
7.281
7.755
8.006
Evaporating Temperature °F
-5
0
5
6.631
6.891
7.130
7.160
7.484
7.791
7.679
8.064
8.434
8.208
8.648
9.074
8.483
8.947
9.397
8.769
9.253
9.725
9.569
10.060
9.869
10.403
10.758
Condensing Temperature
°F
Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
544
523
503
-15
631
608
586
566
-10
726
701
678
656
646
Evaporating Temperature °F
-5
0
5
830
945
1071
804
917
1041
780
891
1013
756
866
987
745
855
975
735
843
963
832
951
821
940
928
10
1209
1177
1148
1120
1107
1094
1081
1069
1058
Condensing Temperature
°F
Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
17.16
17.35
17.54
-15
17.32
17.54
17.77
18.01
-10
17.48
17.74
18.01
18.30
18.46
Evaporating Temperature °F
-5
0
5
17.63
17.78
17.92
17.94
18.13
18.32
18.25
18.50
18.75
18.60
18.90
19.20
18.78
19.11
19.44
18.98
19.33
19.69
19.57
19.95
19.80
20.22
20.51
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
18.05
18.51
19.00
19.50
19.77
20.04
20.33
20.63
20.94
IR4B3604P
Conditions
R-22
Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Unloaded Capacity
210000
180000
70 °F
150000
BTU/HR
80 °F
90 °F
120000
100 °F
90000
105 °F
60000
110 °F
120 °F
30000
0
-20
-15
-10
-5
0
5
10
15
20
30
40
Evaporating Temperature °F
Unloaded Current @ 460 V 3 ph 60 Hz
24
23
22
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
21
20
19
18
17
-20
-15
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
-10
-5
0
5
10
15
20
30
40
Conditions
IR6B4060P
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
51567
46025
40356
34875
32304
29899
27699
25743
24072
-30
74922
68591
61985
55418
52249
49208
46335
43670
41251
-20
105422
97967
90355
80563
76711
72950
69321
65862
62612
-15
121639
113663
105509
97285
93180
86680
82640
78752
75056
Evaporating Temperature °F
-10
-5
0
139507
159165
180754
130881
149762
170446
122058
140142
159902
113144
130412
149228
108687
125539
143875
104248
120679
138531
97281
115845
133208
92944
111050
127919
88780
103862
122678
-15
11.887
12.792
13.531
14.173
14.478
15.326
15.643
15.990
16.374
Evaporating Temperature °F
-10
-5
0
12.626
13.307
13.928
13.661
14.474
15.230
14.528
15.472
16.362
15.297
16.371
17.394
15.666
16.804
17.893
16.036
17.238
18.393
16.890
17.682
18.902
17.304
18.144
19.429
17.759
19.125
19.982
-15
1429
1383
1333
1279
1251
1186
1156
1128
1101
Evaporating Temperature °F
-10
-5
0
1644
1880
2137
1598
1831
2087
1546
1778
2031
1490
1720
1971
1462
1690
1940
1432
1660
1908
1365
1629
1876
1334
1598
1843
1305
1531
1811
-15
21.45
22.32
23.02
23.63
23.93
24.76
25.08
25.44
25.84
Evaporating Temperature °F
-10
-5
0
22.12
22.75
23.34
23.14
23.92
24.67
23.99
24.94
25.85
24.76
25.86
26.94
25.13
26.32
27.47
25.51
26.78
28.02
26.38
27.25
28.57
26.83
27.75
29.15
27.32
28.81
29.77
5
204415
193076
181479
169733
163838
157945
152069
146222
140418
10
230289
217790
205014
192069
185567
179062
172569
166100
159670
15
258517
244731
230648
216376
209203
202023
194849
187695
180574
20
289239
274038
258521
242796
234888
226968
219050
211147
203271
30
358730
340317
321549
302533
292965
283375
273777
264184
254609
40
439888
417754
395225
372408
360925
349410
337877
326339
314809
5
14.490
15.929
17.198
18.365
18.932
19.499
20.075
20.669
21.289
10
14.993
16.572
17.980
19.285
19.921
20.557
21.201
21.863
22.550
15
15.436
17.158
18.707
20.154
20.859
21.565
22.279
23.010
23.767
20
15.819
17.686
19.380
20.970
21.748
22.524
23.309
24.111
24.938
30
16.403
18.570
20.562
22.447
23.371
24.294
25.225
26.173
27.145
40
16.746
19.222
21.522
23.714
24.790
25.865
26.947
28.046
29.168
5
2420
2367
2309
2246
2214
2180
2147
2112
2078
10
2730
2675
2614
2548
2514
2479
2443
2407
2371
15
3071
3013
2949
2879
2843
2806
2769
2731
2692
20
3445
3384
3316
3243
3205
3166
3126
3086
3045
30
4304
4235
4159
4077
4034
3991
3946
3901
3855
40
5328
5250
5165
5073
5025
4976
4926
4875
4823
5
23.89
25.39
26.72
27.98
28.60
29.22
29.87
30.53
31.24
10
24.40
26.05
27.56
28.98
29.69
30.40
31.13
31.88
32.67
15
24.85
26.68
28.35
29.95
30.74
31.54
32.36
33.20
34.08
20
25.25
27.25
29.10
30.87
31.75
32.64
33.55
34.48
35.45
30
25.88
28.23
30.43
32.56
33.63
34.70
35.79
36.91
38.07
40
26.25
28.96
31.53
34.04
35.29
36.55
37.83
39.14
40.49
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
9.179
9.281
9.264
9.177
9.121
9.066
9.017
8.981
8.964
-30
10.786
11.093
11.309
11.483
11.569
11.662
11.769
11.896
12.048
-20
11.089
11.868
12.481
13.683
13.898
14.127
14.378
14.655
14.964
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
595
554
505
454
429
406
384
366
350
-30
869
828
778
724
696
670
645
622
602
-20
1230
1185
1136
1055
1025
996
968
941
916
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
19.23
19.34
19.34
19.28
19.24
19.19
19.15
19.12
19.11
-30
20.54
20.79
20.97
21.12
21.19
21.28
21.37
21.49
21.62
-20
20.76
21.48
22.03
23.13
23.34
23.56
23.81
24.09
24.39
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Liquid Injection and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR6B4060P
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
450000
400000
BTU/HR
350000
70 °F
300000
80 °F
250000
90 °F
200000
100 °F
105 °F
150000
110 °F
100000
120 °F
50000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
AMPS
Current @ 460 V 3 ph 60 Hz
40.0
39.0
38.0
37.0
36.0
35.0
34.0
33.0
32.0
31.0
30.0
29.0
28.0
27.0
26.0
25.0
24.0
23.0
22.0
21.0
20.0
19.0
18.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR6B4060P
R-22
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Single Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
69258
64425
59595
-15
80202
74878
69548
64240
61575
-10
92209
86351
80476
74620
71678
68756
Evaporating Temperature °F
-5
0
5
105355
119717
135380
98916
112647
127625
92446
105529
119802
85991
98421
111981
82747
94846
108044
79524
91294
104133
76310
87751
100229
73428
84221
96340
80713
92471
10
152433
143934
135344
126747
122416
118111
113814
109529
105266
15
170972
161664
152241
142800
138038
133304
128576
123861
119165
20
191098
180914
170585
160224
154994
149792
144595
139408
134239
30
236563
224397
212016
199568
193271
187004
180736
174742
168223
40
289837
275335
260534
245616
238055
230524
222982
215437
207898
15
10.458
11.576
12.635
13.654
14.153
14.649
15.144
15.641
16.141
20
10.658
11.909
13.075
14.181
14.722
15.258
15.794
16.334
16.879
30
10.933
12.472
13.857
15.141
15.762
16.377
16.994
17.62
18.26
40
11.033
12.888
14.501
15.958
16.656
17.347
18.043
18.754
19.492
15
2032
1992
1949
1903
1879
1855
1830
1805
1779
20
2278
2236
2191
2143
2118
2092
2066
2039
2012
30
2841
2795
2744
2691
2663
2634
2605
2575
2545
40
3512
3460
3404
3344
3313
3281
3248
3214
3180
15
20.27
21.2
22.15
23.1
23.59
24.08
24.58
25.08
25.6
20
20.43
21.5
22.55
23.62
24.15
24.69
25.24
25.8
26.38
30
20.66
22
23.3
24.57
25.2
25.84
26.5
27.17
27.86
40
20.74
22.38
23.93
25.41
26.14
26.87
27.62
28.4
29.22
Condensing Temperature
°F
Single Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
7.942
8.3
8.711
-15
8.423
8.873
9.365
9.879
10.137
-10
8.862
9.409
9.987
10.579
10.876
11.172
Evaporating Temperature °F
-5
0
5
9.26
9.618
9.938
9.91
10.376
10.809
10.576
11.136
11.665
11.251
11.894
12.509
11.587
12.271
12.926
11.922
12.646
13.342
12.254
13.018
13.755
12.549
13.387
14.166
13.753
14.576
10
10.217
11.209
12.165
13.096
13.554
14.01
14.464
14.918
15.372
Condensing Temperature
°F
Single Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
810
781
750
-15
940
909
877
843
825
Evaporating Temperature °F
-5
0
5
1239
1411
1600
1206
1376
1563
1170
1339
1524
1133
1300
1483
1113
1279
1462
1093
1258
1440
1073
1237
1417
1054
1215
1394
1193
1371
-10
1083
1050
1017
981
962
943
10
1806
1768
1727
1683
1661
1638
1614
1590
1566
Condensing Temperature
°F
Single Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
18.42
18.66
18.94
-15
18.74
19.05
19.42
19.81
20.01
-10
19.05
19.45
19.89
20.36
20.61
20.85
Evaporating Temperature °F
-5
0
5
19.33
19.61
19.85
19.83
20.2
20.55
20.36
20.83
21.28
20.92
21.48
22.03
21.21
21.82
22.42
21.51
22.16
22.81
21.8
22.5
23.2
22.07
22.85
23.6
23.2
24.01
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
20.07
20.89
21.72
22.58
23.01
23.45
23.89
24.35
24.81
IR6B4060P
Conditions
R-22
Single Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded Capacity
300000
250000
70 °F
80 °F
200000
90 °F
100 °F
150000
105 °F
110 °F
100000
120 °F
50000
-20
-15
-10
-5
0
5
10
15
20
30
40
Single Unloaded Current @ 460 V 3 ph 60 Hz
30
28
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
26
24
22
20
18
-20
-15
-10
-5
0
5
10
15
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
Conditions
IR6B4060P
R-22
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Double Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
34629
32213
-15
40101
37439
34774
-10
46105
43176
40238
Evaporating Temperature °F
-5
0
5
52677
59858
67690
49458
56324
63812
46223
52764
59901
42996
49211
55991
47423
54022
52066
50154
10
76217
71967
67672
63374
61208
59056
56907
54765
15
85486
80832
76121
71400
69019
66652
64288
61930
59583
20
95549
90457
85293
80112
77497
74896
72297
69704
67120
30
118282
112198
106088
99784
96635
93502
90368
87236
84111
40
144919
137668
130267
122808
119028
115262
111491
107719
103949
15
6.098
6.75
7.368
7.961
8.253
8.542
8.831
9.12
9.412
20
6.183
6.909
7.585
8.227
8.541
8.852
9.163
9.476
9.792
30
6.283
7.167
7.963
8.701
9.058
9.412
9.766
10.126
10.493
40
6.293
7.351
8.271
9.102
9.5
9.895
10.291
10.697
11.118
15
1016
996
974
951
940
927
915
902
890
20
1139
1118
1095
1071
1059
1046
1033
1020
1006
30
1421
1397
1372
1345
1331
1317
1303
1288
1273
40
1756
1730
1702
1672
1657
1640
1624
1607
1590
15
17.35
17.7
18.06
18.44
18.63
18.82
19.03
19.24
19.45
20
17.4
17.79
18.2
18.61
18.82
19.04
19.27
19.5
19.74
30
17.44
17.94
18.44
18.93
19.19
19.45
19.72
20
20.29
40
17.45
18.05
18.64
19.22
19.52
19.82
20.13
20.46
20.81
Condensing Temperature
°F
Double Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
4.78
4.995
-15
5.053
5.323
5.618
-10
5.296
5.623
5.968
Evaporating Temperature °F
-5
0
5
5.51
5.696
5.855
5.896
6.144
6.369
6.293
6.594
6.873
6.694
7.043
7.37
7.266
7.616
7.861
8.1
10
5.989
6.57
7.131
7.676
7.945
8.212
8.478
8.744
Condensing Temperature
°F
Double Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
405
390
-15
470
455
438
Evaporating Temperature °F
-5
0
5
620
706
800
603
688
782
585
670
762
566
650
741
640
731
720
709
-10
541
525
508
10
903
884
863
842
830
819
807
795
Condensing Temperature
°F
Double Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
16.76
16.85
-15
16.87
16.98
17.12
-10
16.97
17.12
17.29
Evaporating Temperature °F
-5
0
5
17.07
17.16
17.23
17.25
17.38
17.49
17.45
17.61
17.77
17.67
17.87
18.06
18
18.21
18.37
18.53
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
17.3
17.6
17.92
18.25
18.42
18.6
18.78
18.96
IR6B4060P
Conditions
R-22
Double Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded Capacity
150000
140000
130000
120000
70 °F
110000
80 °F
100000
90 °F
90000
100 °F
80000
105 °F
70000
110 °F
60000
120 °F
50000
40000
30000
-20
-15
-10
-5
0
5
10
15
20
30
40
Double Unloaded Current @ 460 V 3 ph 60 Hz
21
20
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
19
18
17
16
-20
-15
-10
-5
0
5
10
15
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
Conditions
IR6B4709P
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
59597
53330
46823
40473
37482
34679
32114
29837
27898
-30
86740
79527
71910
64287
60597
57055
53710
50612
47810
-20
121777
112383
103554
93426
88943
84567
80346
76332
72574
-15
140708
130536
120983
111846
107370
100476
95782
91275
87002
Evaporating Temperature °F
-10
-5
0
161510
184344
209374
150418
172190
196016
139997
160760
183434
130045
149851
171425
125181
144528
165573
120359
139260
159788
112752
134021
154045
107726
128786
148319
102916
120406
142585
-15
13.673
14.771
15.656
16.398
16.738
17.776
18.137
18.535
18.980
Evaporating Temperature °F
-10
-5
0
14.564
15.385
16.137
15.799
16.758
17.650
16.827
17.932
18.970
17.721
18.978
20.170
18.139
19.475
20.746
18.550
19.966
21.319
19.585
20.461
21.897
20.061
20.968
22.489
20.588
22.171
23.104
-15
1651
1589
1530
1472
1442
1375
1340
1307
1276
Evaporating Temperature °F
-10
-5
0
1903
2177
2476
1837
2106
2401
1774
2040
2331
1714
1977
2265
1684
1946
2233
1654
1915
2201
1582
1884
2169
1546
1852
2136
1513
1775
2103
-15
27.16
28.09
28.83
29.45
29.73
30.64
30.98
31.36
31.77
Evaporating Temperature °F
-10
-5
0
27.85
28.51
29.14
28.93
29.75
30.54
29.84
30.82
31.78
30.63
31.80
32.94
31.01
32.27
33.51
31.39
32.75
34.09
32.34
33.23
34.68
32.82
33.74
35.29
33.34
34.94
35.94
5
236762
222057
208181
194931
188477
182105
175787
169500
163217
10
266671
250477
235165
220531
213405
206373
199410
192490
185588
15
299262
281438
264547
248388
240519
232757
225076
217452
209859
20
334700
315103
296491
278663
269980
261417
252948
244549
236194
30
414763
391193
368714
347123
336598
326219
315961
305798
295706
40
508161
480049
453133
427211
414560
402080
389748
377538
365425
5
16.821
18.475
19.943
21.298
21.955
22.609
23.271
23.948
24.651
10
17.438
19.233
20.851
22.362
23.100
23.837
24.583
25.347
26.137
15
17.988
19.927
21.695
23.364
24.182
25.003
25.834
26.684
27.563
20
18.471
20.555
22.475
24.303
25.204
26.108
27.025
27.963
28.930
30
19.243
21.620
23.847
25.996
27.063
28.138
29.228
30.342
31.490
40
19.757
22.433
24.973
27.449
28.684
29.931
31.197
32.491
33.822
5
2804
2723
2649
2580
2547
2513
2480
2447
2414
10
3163
3077
2999
2926
2891
2856
2822
2788
2754
15
3556
3465
3382
3305
3268
3232
3197
3162
3127
20
3988
3891
3802
3721
3683
3645
3609
3573
3537
30
4977
4867
4768
4677
4635
4593
4554
4515
4477
40
6156
6032
5920
5819
5771
5726
5682
5640
5599
5
29.74
31.29
32.71
34.05
34.72
35.40
36.10
36.82
37.57
10
30.30
32.01
33.60
35.14
35.90
36.68
37.49
38.32
39.19
15
30.81
32.69
34.45
36.18
37.05
37.93
38.84
39.78
40.77
20
31.28
33.32
35.26
37.18
38.15
39.14
40.16
41.21
42.31
30
32.04
34.42
36.73
39.04
40.21
41.41
42.65
43.93
45.26
40
32.55
35.27
37.95
40.66
42.05
43.46
44.92
46.44
48.00
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
10.511
10.743
10.770
10.672
10.599
10.525
10.458
10.407
10.384
-30
12.333
12.811
13.118
13.330
13.425
13.525
13.641
13.783
13.959
-20
12.713
13.675
14.417
15.878
16.125
16.385
16.668
16.985
17.344
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
688
641
586
527
498
471
446
424
405
-30
1006
960
902
839
808
777
748
721
698
-20
1418
1359
1303
1223
1189
1155
1122
1091
1062
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
24.92
25.14
25.20
25.14
25.10
25.04
25.00
24.96
24.94
-30
26.21
26.57
26.79
26.94
27.01
27.09
27.18
27.29
27.43
-20
26.46
27.24
27.82
28.97
29.18
29.41
29.66
29.94
30.26
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Liquid Injection and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR6B4709P
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
600000
500000
70 °F
BTU/HR
400000
80 °F
90 °F
300000
100 °F
105 °F
200000
110 °F
120 °F
100000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
Current @ 460 V 3 ph 60 Hz
50.0
48.0
46.0
44.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
42.0
AMPS
40.0
38.0
36.0
34.0
32.0
30.0
28.0
26.0
24.0
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR6B4709P
R-22
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Single Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
80163
74054
68312
-15
92784
86085
79776
73771
70822
-10
106639
99286
92349
85738
82488
79286
Evaporating Temperature °F
-5
0
5
121817
138408
156511
113739
129531
146752
106107
121134
137515
98830
113125
128703
95250
109184
124368
91723
105302
120100
88221
101447
115861
85086
97613
111644
93800
107448
10
176229
165500
155341
145652
140886
136196
131540
126907
122296
15
197671
185880
174710
164062
158826
153677
148567
143484
138423
20
220957
208002
195727
184032
178284
172635
167032
161459
155910
30
273583
257964
243165
229082
222168
215383
208660
201979
195327
40
335276
316480
298676
281755
273458
265327
257278
249288
241336
15
12.183
13.453
14.665
15.837
16.414
16.988
17.562
18.137
18.717
20
12.457
13.856
15.173
16.439
17.062
17.683
18.307
18.936
19.575
30
12.853
14.538
16.079
17.532
18.244
18.956
19.676
20.411
21.168
40
13.016
15.044
16.829
18.469
19.265
20.063
20.873
21.709
22.583
15
2349
2290
2236
2186
2162
2138
2115
2091
2067
20
2634
2571
2514
2461
2436
2411
2387
2362
2337
30
3286
3213
3148
3089
3061
3034
3008
2981
2955
40
4062
3977
3903
3836
3806
3776
3747
3719
3692
15
26.12
27.04
27.98
28.94
29.44
29.94
30.45
30.98
31.52
20
26.31
27.34
28.39
29.45
30.01
30.56
31.14
31.73
32.34
30
26.59
27.88
29.15
30.43
31.08
31.75
32.44
33.16
33.92
40
26.71
28.28
29.80
31.29
32.04
32.81
33.62
34.46
35.37
Condensing Temperature
°F
Single Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
9.166
9.541
10.027
-15
9.695
10.219
10.816
11.435
11.736
-10
10.196
10.855
11.559
12.269
12.615
12.949
Evaporating Temperature °F
-5
0
5
10.665
11.101
11.502
11.452
12.010
12.529
12.258
12.917
13.537
13.060
13.811
14.523
13.452
14.249
15.008
13.834
14.679
15.486
14.203
15.100
15.958
14.522
15.509
16.424
15.907
16.882
10
11.863
13.011
14.120
15.198
15.729
16.256
16.779
17.300
17.819
Condensing Temperature
°F
Single Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
938
898
860
-15
1087
1045
1006
968
949
Evaporating Temperature °F
-5
0
5
1433
1632
1850
1386
1583
1797
1343.18.
1537
1749
1302
1494
1704
1282
1473
1682
1261
1452
1660
1240
1430
1638
1222
1408
1616
1386
1593
-10
1252
1208
1166
1127
1107
1088
10
2088
2033
1982
1935
1912
1889
1866
1843
1819
Condensing Temperature
°F
Single Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
24.27
24.47
24.75
-15
24.56
24.86
25.22
25.62
25.82
-10
24.85
25.25
25.70
26.18
26.43
26.66
Evaporating Temperature °F
-5
0
5
25.13
25.40
25.66
25.63
26.00
26.36
26.17
26.64
27.10
26.75
27.31
27.86
27.04
27.65
28.25
27.32
27.99
28.65
27.61
28.33
29.04
27.86
28.66
29.44
29.00
29.84
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
25.91
26.71
27.55
28.41
28.85
29.30
29.75
30.22
30.69
IR6B4709P
Conditions
R-22
Single Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded Capacity
350000
300000
70 °F
80 °F
250000
90 °F
200000
100 °F
105 °F
150000
110 °F
120 °F
100000
50000
-20
-15
-10
-5
0
5
10
15
20
30
40
Single Unloaded Current @ 460 V 3 ph 60 Hz
36
34
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
32
30
28
26
24
-20
-15
-10
-5
0
5
10
15
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
Conditions
IR6B4709P
R-22
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Double Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
40082
37027
-15
46392
43043
39888
-10
53320
49643
46174
Evaporating Temperature °F
-5
0
5
60908
69204
78256
56870
64765
73376
53054
60567
68757
49415
56562
64352
54592
62184
60050
57973
10
88114
82750
77670
72826
70443
68098
65770
63454
15
98836
92940
87355
82031
79413
76839
74284
71742
69211
20
110479
104001
97864
92016
89142
86318
83516
80730
77955
30
136792
128982
121582
114541
111084
107691
104330
100989
97664
40
167638
158240
149338
140878
136729
132663
128639
124644
120668
15
7.104
7.845
8.551
9.235
9.571
9.906
10.240
10.576
10.914
20
7.227
8.038
8.802
9.537
9.898
10.259
10.620
10.985
11.356
30
7.386
8.355
9.240
10.075
10.484
10.894
11.307
11.730
12.165
40
7.424
8.581
9.599
10.534
10.989
11.444
11.906
12.383
12.881
15
1175
1145
1118
1093
1081
1069
1057
1045
1033
20
1317
1285
1257
1231
1218
1206
1193
1181
1169
30
1643
1606
1574
1544
1531
1517
1504
1491
1478
40
2031
1989
1951
1918
1903
1888
1874
1860
1846
15
23.31
23.62
23.96
24.31
24.49
24.68
24.87
25.08
25.29
20
23.35
23.71
24.08
24.47
24.68
24.88
25.10
25.33
25.57
30
23.42
23.86
24.31
24.78
25.02
25.27
25.53
25.81
26.11
40
23.44
23.97
24.51
25.05
25.33
25.62
25.93
26.26
26.61
Condensing Temperature
°F
Double Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
5.516
5.742
-15
5.816
6.130
6.488
-10
6.093
6.487
6.907
Evaporating Temperature °F
-5
0
5
6.346
6.574
6.777
6.814
7.112
7.382
7.294
7.649
7.976
7.771
8.178
8.557
8.438
8.843
9.124
9.397
10
6.954
7.626
8.276
8.909
9.220
9.528
9.835
10.140
Condensing Temperature
°F
Double Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
469
449
-15
544
523
503
Evaporating Temperature °F
-5
0
5
717
816
925
693
791
899
672
769
875
651
747
852
736
841
830
819
-10
626
604
583
10
1044
1017
991
967
956
944
933
921
Condensing Temperature
°F
Double Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
22.75
22.82
-15
22.84
22.94
23.07
-10
22.93
23.07
23.23
Evaporating Temperature °F
-5
0
5
23.02
23.10
23.17
23.19
23.31
23.42
23.38
23.54
23.68
23.59
23.78
23.96
23.90
24.10
24.25
24.39
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
23.25
23.53
23.82
24.14
24.30
24.47
24.64
24.82
IR6B4709P
Conditions
R-22
Double Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded Capacity
170000
160000
150000
140000
70 °F
130000
120000
80 °F
110000
90 °F
100000
100 °F
90000
80000
105 °F
70000
110 °F
60000
120 °F
50000
40000
30000
-20
-15
-10
-5
0
5
10
15
20
30
40
Double Unloaded Current @ 460 V 3 ph 60 Hz
27
26
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
25
24
23
22
-20
-15
-10
-5
0
5
10
15
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
Conditions
IR6B5406P
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
68616
61813
54534
47280
43819
40551
37540
34848
32537
-30
99482
91765
83362
74776
70570
66505
62645
59051
55786
-20
140164
129765
119950
108263
103204
98234
93417
88813
84486
-15
161697
150381
139686
129514
124593
116521
111184
106035
101137
Evaporating Temperature °F
-10
-5
0
185392
211436
240020
172999
197807
224996
161265
184876
210707
150092
172543
197055
144685
166569
190436
139380
160708
183939
130676
154947
177551
124955
149273
171260
119459
139553
165053
-15
16.029
17.387
18.597
19.747
20.327
21.545
22.112
22.734
23.414
Evaporating Temperature °F
-10
-5
0
17.049
18.005
18.895
18.521
19.600
20.623
19.846
21.051
22.208
21.114
22.445
23.738
21.753
23.149
24.510
22.412
23.872
25.302
23.826
24.625
26.125
24.532
25.419
26.990
25.307
27.123
27.907
-15
1897
1830
1766
1704
1674
1594
1556
1518
1483
Evaporating Temperature °F
-10
-5
0
2185
2497
2839
2112
2420
2756
2044
2346
2677
1978
2277
2603
1946
2243
2568
1915
2210
2533
1833
2178
2500
1794
2147
2467
1756
2057
2435
-15
33.67
34.75
35.71
36.64
37.11
38.14
38.66
39.22
39.84
Evaporating Temperature °F
-10
-5
0
34.43
35.18
35.89
35.63
36.50
37.36
36.72
37.74
38.75
37.79
38.96
40.14
38.35
39.60
40.87
38.93
40.27
41.62
40.20
40.98
42.43
40.88
41.74
43.29
41.63
43.41
44.21
5
271331
254753
238948
223817
216473
209260
202166
195178
188284
10
305558
287267
269786
253017
244869
236860
228981
221216
213556
15
342890
322726
303411
284845
275812
266929
258184
249564
241057
20
383515
361320
340011
319489
309493
299655
289965
280410
270976
30
475401
448666
422892
397981
385817
373832
362014
350348
338824
40
582726
550813
519938
490000
475352
460902
446636
432543
418609
5
19.717
21.586
23.314
24.989
25.835
26.701
27.598
28.537
29.530
10
20.467
22.487
24.367
26.197
27.121
28.065
29.041
30.060
31.132
15
21.143
23.322
25.365
27.358
28.364
29.391
30.451
31.553
32.710
20
21.742
24.090
26.304
28.470
29.563
30.678
31.825
33.017
34.262
30
22.698
25.413
27.996
30.535
31.816
33.120
34.457
35.839
37.277
40
23.316
26.433
29.422
32.371
33.859
35.370
36.916
38.507
40.155
5
3213
3124
3041
2962
2925
2888
2853
2818
2785
10
3624
3529
3440
3356
3317
3278
3241
3205
3170
15
4075
3973
3879
3790
3748
3707
3668
3630
3593
20
4569
4461
4360
4266
4222
4178
4137
4097
4058
30
5705
5582
5468
5362
5312
5264
5217
5173
5130
40
7059
6921
6793
6674
6617
6563
6512
6462
6414
5
36.57
38.19
39.75
41.32
42.14
42.99
43.90
44.86
45.89
10
37.21
39.00
40.73
42.49
43.40
44.36
45.37
46.44
47.59
15
37.80
39.77
41.68
43.64
44.66
45.73
46.85
48.03
49.29
20
38.34
40.49
42.60
44.77
45.91
47.08
48.32
49.62
51.01
30
39.20
41.76
44.31
46.93
48.31
49.73
51.21
52.77
54.42
40
39.75
42.76
45.78
48.91
50.54
52.23
53.99
55.83
57.76
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
12.675
12.860
12.928
12.918
12.895
12.866
12.838
12.813
12.797
-30
14.697
15.150
15.565
15.981
16.201
16.436
16.690
16.969
17.276
-20
14.948
16.202
17.305
19.032
19.436
19.874
20.352
20.874
21.445
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
791
743
682
615
582
550
521
495
473
-30
1153
1108
1046
976
941
905
872
841
814
-20
1632
1570
1509
1417
1379
1341
1304
1269
1237
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
31.49
31.65
31.71
31.71
31.69
31.67
31.64
31.62
31.60
-30
32.83
33.13
33.40
33.69
33.85
34.02
34.21
34.42
34.65
-20
32.90
33.87
34.71
36.02
36.35
36.72
37.13
37.57
38.06
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Liquid Injection and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR6B5406P
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
600000
500000
70 °F
BTU/HR
400000
80 °F
90 °F
300000
100 °F
105 °F
200000
110 °F
120 °F
100000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
AMPS
Current @ 460 V 3 ph 60 Hz
60.0
58.0
56.0
54.0
52.0
50.0
48.0
46.0
44.0
42.0
40.0
38.0
36.0
34.0
32.0
30.0
28.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR6B5406P
R-22
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Single Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
92178
85457
79127
-15
106610
99147
92091
85438
82219
-10
122457
114191
106347
98931
95336
91840
Evaporating Temperature °F
-5
0
5
139820
158802
179515
130683
148724
168419
121985
139101
157793
113741
129958
147676
109737
125511
142748
105842
121181
137946
102023
116933
133233
98644
112759
128599
108648
124033
10
202079
189880
178170
166998
161546
156232
151014
145880
140819
15
226619
213228
200344
188028
182010
176140
170372
164695
159097
20
253271
238591
224436
210881
204249
197776
191412
185145
178962
30
313510
295928
278909
262559
254539
246702
238987
231382
223872
40
384136
363154
342777
323143
313488
304045
294737
285550
276470
15
14.203
15.725
17.175
18.588
19.292
20.000
20.716
21.445
22.191
20
14.551
16.218
17.789
19.309
20.063
20.821
21.587
22.367
23.167
30
15.134
17.090
18.901
20.635
21.493
22.357
23.236
24.136
25.067
40
15.561
17.787
19.825
21.772
22.740
23.721
24.725
25.767
26.856
15
2693
2627
2564
2506
2478
2451
2425
2400
2375
20
3020
2949
2882
2820
2791
2762
2735
2708
2683
30
3765
3685
3610
3540
3507
3475
3445
3415
3387
40
4654
4564
4479
4400
4363
4327
4293
4260
4229
15
32.49
33.52
34.57
35.67
36.23
36.82
37.42
38.05
38.72
20
32.72
33.87
35.04
36.25
36.87
37.51
38.18
38.87
39.60
30
33.11
34.51
35.92
37.35
38.10
38.86
39.66
40.50
41.39
40
33.41
35.04
36.67
38.34
39.21
40.11
41.06
42.07
43.15
Condensing Temperature
°F
Single Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
10.739
11.466
12.119
-15
11.350
12.149
12.091
13.691
14.121
-10
11.920
12.809
13.671
14.561
15.034
15.534
Evaporating Temperature °F
-5
0
5
12.451
12.944
13.400
13.446
14.057
14.642
14.419
15.146
15.850
15.413
16.244
17.052
15.929
16.805
17.660
16.465
17.380
18.276
17.027
17.973
18.906
17.557
18.588
19.551
19.228
20.217
10
13.820
15.199
16.527
17.835
18.490
19.151
19.821
20.505
21.206
Condensing Temperature
°F
Single Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
1078
1036
996
-15
1249
1204
1161
1121
1101
-10
1438
1389
1343
1300
1280
1260
Evaporating Temperature °F
-5
0
5
1645
1872
2122
1593
1817
2063
1544
1765
2007
1498
1716
1956
1477
1693
1931
1455
1670
1907
1434
1648
1884
1416
1627
1861
1606
1839
10
2395
2332
2273
2218
2192
2167
2142
2118
2095
Condensing Temperature
°F
Single Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
30.49
30.87
31.23
-15
30.81
31.25
31.68
32.17
32.44
-10
31.12
31.63
32.15
32.73
33.04
33.39
Evaporating Temperature °F
-5
0
5
31.42
31.71
31.99
32.01
32.40
32.78
32.63
33.12
33.61
33.30
33.89
34.48
33.66
34.30
34.94
34.05
34.73
35.42
34.46
35.18
35.92
34.86
35.67
36.45
36.18
37.00
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
32.25
33.16
34.09
35.08
35.59
36.12
36.67
37.25
37.85
IR6B5406P
Conditions
R-22
Single Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded Capacity
400000
350000
70 °F
300000
80 °F
90 °F
250000
100 °F
105 °F
200000
110 °F
115 °F
150000
120 °F
125 °F
100000
50000
-20
-15
-10
-5
0
5
10
15
20
30
40
Single Unloaded Current @ 460 V 3 ph 60 Hz
44
42
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
115 °F
120 °F
125 °F
AMPS
40
38
36
34
32
30
-20
-15
-10
-5
0
5
10
15
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
Conditions
IR6B5406P
R-22
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Double Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
46089
42729
-15
53305
49574
46045
-10
61229
57095
53173
Evaporating Temperature °F
-5
0
5
10
69910
79401
89758
101039
65342
74362
84209
94940
60993
69550
78897
89085
56870
64979
73838
83499
62755
71374
80773
68973
78116
66663
75507
72940
15
113309
106614
100172
94014
91005
88070
85186
82347
79548
20
126635
119295
112218
105441
102125
98888
95706
92572
89481
30
156755
147964
139455
131280
127269
123351
119494
115691
111936
40
192068
181577
171389
161572
156744
152022
147368
142775
138235
15
8.282
9.196
10.015
10.839
11.249
11.662
12.080
12.505
12.940
20
8.441
9.408
10.320
11.202
11.639
12.079
12.523
12.976
13.440
30
8.697
9.821
10.862
11.858
12.352
12.848
13.353
13.870
14.406
40
8.876
10.145
11.308
12.418
12.971
13.530
14.103
14.697
15.318
15
1347
1313
1282
1253
1239
1225
1212
1200
1188
20
1510
1475
1441
1410
1395
1381
1367
1354
1341
30
1883
1843
1805
1770
1754
1738
1722
1708
1693
40
2327
2282
2240
2200
2181
2164
2147
2130
2115
15
29.38
29.75
30.13
30.54
30.75
30.97
31.21
31.45
31.71
20
29.44
29.85
30.28
30.73
30.96
31.21
31.46
31.73
32.01
30
29.55
30.04
30.55
31.08
31.36
31.65
31.96
32.28
32.62
40
29.62
30.20
30.78
31.40
31.72
32.07
32.43
32.82
33.24
Condensing Temperature
°F
Double Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
6.463
6.900
-15
6.809
7.288
7.741
-10
7.123
7.655
8.170
Evaporating Temperature °F
-5
0
5
7.408
7.665
7.895
8.000
8.324
8.627
8.580
8.969
9.339
9.170
9.619
10.047
9.952
10.405
10.769
11.132
10
8.100
8.909
9.688
10.454
10.838
11.225
11.618
12.019
Condensing Temperature
°F
Double Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
539
518
-15
625
602
580
Evaporating Temperature °F
-5
0
5
822
936
1061
796
909
1031
772
883
1004
749
858
978
847
965
954
942
-10
719
695
672
10
1197
1166
1137
1109
1096
1083
1071
1059
Condensing Temperature
°F
Double Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
28.74
28.88
-15
28.84
29.01
29.17
-10
28.95
29.14
29.33
Evaporating Temperature °F
-5
0
5
29.05
29.14
29.23
29.26
29.39
29.52
29.50
29.66
29.82
29.75
29.95
30.15
30.10
30.32
30.50
30.69
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
29.31
29.64
29.98
30.35
30.54
30.74
30.95
31.17
IR6B5406P
Conditions
R-22
Double Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded Capacity
200000
190000
180000
170000
160000
70 °F
150000
80 °F
140000
90 °F
130000
120000
100 °F
110000
105 °F
100000
90000
110 °F
80000
70000
120 °F
60000
50000
40000
-20
-15
-10
-5
0
5
10
15
20
30
40
Double Unloaded Current @ 460 V 3 ph 60 Hz
34
33
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
32
31
30
29
28
-20
-15
-10
-5
0
5
10
15
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
Conditions
IR6B6462P
R-22
65 °F Return Gas
No Liquid Sub Cooling
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing
Temperature °F
Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-40
81305
74495
66600
58358
54338
50508
46960
43788
41082
-30
117687
109834
100664
90915
86055
81327
76824
72638
68862
-20
166893
154947
143938
130416
124587
118833
113245
107917
102941
-15
191978
178935
166904
155608
150149
140397
134219
128271
122646
Evaporating Temperature °F
-10
-5
0
219635
250085
283549
205296
234251
266021
192043
219577
249728
179600
205787
234392
173595
199137
226998
167689
192604
219738
157196
186154
212580
150597
179752
205489
144292
167998
198429
-15
19.843
21.618
23.119
24.450
25.083
25.642
26.305
26.971
27.643
Evaporating Temperature °F
-10
-5
0
21.094
22.287
23.420
23.045
24.413
25.722
24.728
26.277
27.766
26.245
27.980
29.655
26.973
28.804
30.574
27.699
29.626
31.493
28.377
30.460
32.424
29.137
31.318
33.381
29.905
32.133
34.377
-15
2253
2178
2110
2047
2017
1921
1878
1837
1799
Evaporating Temperature °F
-10
-5
0
2588
2953
3353
2507
2865
3258
2434
2787
3174
2367
2715
3097
2335
2682
3061
2304
2649
3027
2205
2617
2993
2162
2585
2960
2122
2477
2927
-15
48.83
50.03
51.01
51.86
52.27
52.65
53.12
53.61
54.10
Evaporating Temperature °F
-10
-5
0
49.56
50.31
51.05
50.92
51.83
52.73
52.08
53.16
54.24
53.12
54.40
55.68
53.63
55.01
56.40
54.15
55.64
57.14
54.64
56.29
57.91
55.24
56.99
58.72
55.85
57.65
59.58
5
320249
300828
282716
265637
257398
249313
241347
233467
225637
10
360407
338894
318765
299742
290559
281549
272677
263908
255209
15
404244
380440
358095
336929
326703
316668
306790
297034
287365
20
451981
425689
400927
377421
366052
354892
343909
333065
322328
30
560045
528176
497987
469201
455248
441542
428049
414733
401560
40
686371
648130
611717
576857
559921
543271
526869
510683
494677
5
24.493
26.970
29.195
31.269
32.283
33.298
34.326
35.382
36.478
10
25.505
28.157
30.561
32.821
33.929
35.040
36.166
37.320
38.516
15
26.455
29.281
31.865
34.310
35.512
36.719
37.942
39.194
40.490
20
27.342
30.342
33.106
35.735
37.032
38.333
39.653
41.004
42.399
30
28.924
32.271
35.392
38.390
39.874
41.367
42.880
44.426
46.020
40
30.244
33.937
37.414
40.778
42.450
44.132
45.838
47.580
49.371
5
3792
3689
3598
3516
3478
3441
3406
3371
3337
10
4274
4163
4065
3977
3936
3897
3859
3823
3788
15
4804
4684
4578
4483
4440
4398
4358
4320
4283
20
5385
5256
5142
5040
4993
4949
4906
4866
4827
30
6721
6572
6439
6322
6268
6217
6169
6123
6079
40
8315
8144
7992
7857
7795
7737
7681
7629
7579
5
51.79
53.63
55.33
56.97
57.80
58.65
59.53
60.46
61.45
10
52.51
54.52
56.41
58.25
59.19
60.15
61.15
62.20
63.32
15
53.21
55.40
57.47
59.52
60.56
61.64
62.76
63.94
65.18
20
53.88
56.25
58.51
60.77
61.93
63.12
64.36
65.66
67.04
30
55.12
57.84
60.50
63.19
64.57
66.01
67.49
69.05
70.69
40
56.18
59.27
62.33
65.46
67.08
68.75
70.49
72.31
74.21
Condensing
Temperature °F
Power [kW]
70
80
90
100
105
110
115
120
125
-40
15.278
15.488
15.585
15.601
15.589
15.567
15.542
15.515
15.491
-30
16.879
17.706
18.427
19.073
19.377
19.674
19.968
20.262
20.561
-20
18.535
20.133
21.452
22.547
23.109
23.665
24.220
24.776
25.339
Condensing
Temperature °F
Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-40
935
895
833
759
722
685
652
622
597
-30
1362
1325
1263
1187
1147
1107
1069
1035
1005
-20
1943
1874
1811
1708
1665
1623
1581
1542
1507
Condensing
Temperature °F
Current [Amps]*
70
80
90
100
105
110
115
120
125
-40
46.72
46.77
46.79
46.79
46.78
46.77
46.76
46.74
46.73
-30
47.42
47.80
48.15
48.50
48.67
48.84
49.01
49.18
49.36
-20
48.10
49.15
49.96
50.57
50.93
51.30
51.67
52.05
52.43
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Liquid Injection and Head Cooling Fan Required
Head Cooling Fan required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
IR6B6462P
Conditions
R-22
Ingersoll-Rand "Impact" Compressor
460/3/60 Hz
65 °F Return Gas
No Liquid Sub Cooling
Capacity
700000
600000
70 °F
500000
BTU/HR
80 °F
400000
90 °F
100 °F
300000
105 °F
200000
110 °F
120 °F
100000
0
-50
-40
-30
-20
-10
0
10
20
30
40
50
Evaporating Temperature °F
AMPS
Current @ 460 V 3 ph 60 Hz
76.0
74.0
72.0
70.0
68.0
66.0
64.0
62.0
60.0
58.0
56.0
54.0
52.0
50.0
48.0
46.0
44.0
42.0
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
-50
-40
-30
-20
-10
0
10
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
50
Conditions
IR6B6462P
R-22
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Single Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
109880
102073
94930
-15
126618
117982
110038
102644
99059
-10
145049
135492
126665
118418
114410
110491
Evaporating Temperature °F
-5
0
5
165291
187472
211724
154718
175776
198793
144915
164899
186737
135730
154686
175396
131258
149707
169862
126883
144832
164444
122562
140016
159088
118716
135251
153785
130540
148536
10
238190
223902
210552
197978
191839
185828
179885
173998
168166
15
267022
251245
236478
222557
215758
209101
202519
195998
189534
20
298381
280974
264658
249267
241748
234388
227113
219903
212754
30
369401
348263
328407
309664
300507
291551
282702
273934
265235
40
452851
427264
403194
380468
369370
358524
347814
337207
326682
15
17.970
19.752
21.504
23.237
24.099
24.959
25.819
26.680
27.542
20
18.496
20.443
22.322
24.159
25.069
25.978
26.889
27.805
28.730
30
19.355
21.699
23.854
25.893
26.891
27.887
28.890
29.909
29.867
40
19.889
22.748
25.222
27.456
28.529
29.597
30.678
31.791
32.954
15
3173
3095
3026
2965
2937
2909
2882
2855
2829
20
3557
3472
3399
3333
3303
3273
3244
3216
3189
30
4436
4337
4251
4175
4140
4107
4074
4043
4012
40
5486
5369
5268
5180
5140
5102
5066
5031
4997
15
47.92
48.88
49.91
51.01
51.57
52.16
52.76
53.38
54.03
20
48.20
49.28
50.42
51.62
52.24
52.88
53.54
54.22
54.93
30
48.66
50.03
51.41
52.82
53.54
54.28
55.05
55.85
56.69
40
48.96
50.69
52.34
53.96
54.77
55.60
56.47
57.38
58.36
Condensing Temperature
°F
Single Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
13.305
14.113
14.999
-15
14.020
14.982
16.005
17.045
17.557
-10
14.731
15.834
16.986
18.153
18.730
19.298
Evaporating Temperature °F
-5
0
5
15.432
16.114
16.770
16.667
17.478
18.265
17.942
18.872
19.777
19.230
20.277
21.294
19.870
20.977
22.051
20.502
21.671
22.804
21.124
22.358
23.552
21.672
23.034
24.293
23.697
25.026
10
17.392
19.024
20.655
22.282
23.092
23.900
24.706
25.508
26.307
Condensing Temperature
°F
Single Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
1285
1237
1194
-15
1483
1432
1387
1346
1326
Evaporating Temperature °F
-5
0
5
1944
2210
2502
1885
2147
2434
1834
2092
2375
1788
2042
2322
1766
2019
2297
1744
1996
2273
1723
1973
2249
1704
1951
2225
1929
2202
-10
1702
1648
1599
1556
1535
1515
10
2822
2749
2686
2629
2602
2576
2551
2526
2501
Condensing Temperature
°F
Single Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
45.86
46.17
46.53
-15
46.13
46.52
46.97
47.46
47.71
-10
46.42
46.89
47.43
48.02
48.32
48.63
Evaporating Temperature °F
-5
0
5
46.71
47.02
47.33
47.28
47.67
48.08
47.91
48.40
48.90
48.59
49.18
49.78
48.95
49.59
50.25
49.31
50.01
50.72
49.68
50.44
51.21
50.01
50.87
51.71
51.30
52.21
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
47.63
48.48
49.40
50.39
50.91
51.44
51.99
52.55
53.12
IR6B6462P
Conditions
R-22
Single Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Single Unloaded Capacity
500000
450000
400000
70 °F
350000
80 °F
300000
90 °F
250000
100 °F
200000
105 °F
150000
110 °F
100000
120 °F
50000
0
-20
-15
-10
-5
0
5
10
15
20
30
40
Single Unloaded Current @ 460 V 3 ph 60 Hz
60
58
56
54
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
52
50
48
46
44
42
40
-20
-15
-10
-5
0
5
10
15
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
20
30
40
Conditions
IR6B6462P
R-22
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded
460/3/60Hz
Ingersoll-Rand "Impact" Compressor
Condensing Temperature
°F
Double Unloaded Capacity [Btu/hr]
70
80
90
100
105
110
115
120
125
-20
54940
51037
-15
63309
58991
55019
-10
72524
67746
63332
Evaporating Temperature °F
-5
0
5
10
82646
93736
105862
119095
77359
87888
99396
111951
72457
82450
93368
105276
67865
77343
87698
98989
74853
84931
95919
82222
92914
79597
89942
86999
15
133511
125622
118239
111279
107879
104550
101260
97999
94767
20
149191
140487
132329
124634
120874
117194
113556
109952
106377
30
184700
174132
164204
154832
150254
145776
141351
136967
132627
40
226426
213632
201597
190234
184685
179262
173907
168604
163341
15
10.478
11.517
12.539
13.550
14.052
14.554
15.055
15.557
16.060
20
10.730
11.860
12.950
14.015
14.543
15.071
15.599
16.131
16.667
30
11.123
12.470
13.708
14.880
15.453
16.026
16.602
17.188
17.788
40
11.344
12.975
14.386
15.660
16.272
16.882
17.498
18.133
18.796
15
1586
1547
1513
1482
1468
1454
1441
1427
1414
20
1778
1736
1699
1666
1651
1636
1622
1608
1594
30
2218
2168
2125
2087
2070
2053
2037
2021
2006
40
2743
2684
2634
2590
2570
2551
2533
2515
2498
15
44.96
45.25
45.59
45.95
46.14
46.34
46.55
46.77
46.99
20
45.03
45.36
45.73
46.13
46.34
46.56
46.79
47.03
47.28
30
45.14
45.56
46.01
46.48
46.72
46.98
47.25
47.53
47.83
40
45.20
45.74
46.28
46.82
47.09
47.38
47.68
48.01
48.36
Condensing Temperature
°F
Double Unloaded Power [kW]
70
80
90
100
105
110
115
120
125
-20
8.007
8.493
-15
8.410
8.987
9.601
-10
8.803
9.462
10.151
Evaporating Temperature °F
-5
0
5
9.182
9.542
9.881
9.917
10.350
10.762
10.675
11.176
11.653
11.442
12.008
12.547
12.422
12.993
13.436
13.868
10
10.194
11.151
12.107
13.060
13.536
14.009
14.482
14.952
Condensing Temperature
°F
Double Unloaded Mass Flow [lb/hr]
70
80
90
100
105
110
115
120
125
-20
642
618
-15
741
716
693
Evaporating Temperature °F
-5
0
5
972
1105
1251
942
1073
1217
917
1046
1187
894
1021
1161
1009
1148
1136
1124
-10
851
824
799
10
1411
1374
1343
1314
1301
1288
1275
1263
Condensing Temperature
°F
Double Unloaded Current [Amps]*
70
80
90
100
105
110
115
120
125
-20
44.41
44.50
-15
44.48
44.60
44.73
-10
44.56
44.70
44.87
Evaporating Temperature °F
-5
0
5
44.64
44.72
44.80
44.81
44.92
45.03
45.01
45.15
45.30
45.23
45.41
45.59
45.55
45.75
45.91
46.07
*For 208 Volt multiply by 2.21. For 575 Volt multiply by 0.8
Notes:
Head Fan Required
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
10
44.88
45.15
45.44
45.77
45.95
46.13
46.32
46.51
IR6B6462P
Conditions
R-22
Double Unloaded
Ingersoll-Rand "Impact" Compressor
460/3/60Hz
65 °F Return Gas
No Liquid Sub Cooling
Double Unloaded Capacity
240000
220000
200000
180000
70 °F
160000
80 °F
140000
90 °F
120000
100 °F
100000
105 °F
80000
110 °F
60000
120 °F
40000
20000
0
-20
-15
-10
-5
0
5
10
15
20
30
40
Double Unloaded Current @ 460 V 3 ph 60 Hz
49
48
70 °F
80 °F
90 °F
100 °F
105 °F
110 °F
120 °F
AMPS
47
46
45
44
43
-20
-15
-10
-5
0
5
10
15
20
Evaporating Temperature °F
© 2004 Ingersoll-Rand Corp.
Printed in U.S.A.
30
40
Application Guidelines
I-COOL System
The smaller C series compressors include the I-COOL system. By rotating the suction
filter 180° the compressor operation can be switched from the motor cooling mode, to a
direct suction to the cylinders mode.
The range of compressors included is IR2C0173S to IR4C1145S.
x SL(A) “suction gas cooling the motor”. Standard operating mode for:
x Air-conditioning or medium temperature applications and for low
temperature applications with R-404A / R-507
x The motor is cooled by suction gas. Additional cooling may be required
with extreme operating conditions. Refer to operating envelopes.
x SL(B) “direct suction to cylinders”. Standard operating mode for:
x Low temperature applications with R-22. Suction gas is fed directly into
the cylinders. This operating mode always requires external air-cooling,
either by a head cooling fan or locating the compressor in the condenser
air stream.
The application envelopes are marked to show when the I-COOL system applies. For
further details refer to Mechanical Design - Section 6 of this manual.
Liquid Injection
For larger Ingersoll Rand Impact¥ compressor models liquid injection is required for
R22 low temperature applications. When liquid injection is used added fan cooling is also
required. This can be accomplished by the use of a head-cooling fan or by locating the
compressor in the condenser airflow, if the velocity is sufficient. The compressor models
that require the use of liquid injection for R-22 low temperature are IR4C1480 through
IR6B6462.
Additional Fan Cooling
Head cooling fans are available for all compressor types. For dimensions and mounting
details refer to the Mechanical Design - Section 6 of this manual.
Although head fans can be used for all applications if desired, they are only required for
operating conditions shown in the following application envelopes.
If the compressor is located directly in the condenser air stream, and the air velocity is at
least 600 feet per minute, sufficient cooling will be provided without a head-cooling fan.
If the condenser fan operation is not continuous, for example if fan cycling is used for
head pressure control, then a head-cooling fan must be used.
Application Guidelines
1
Unloaders
All 4, 6, and 8 cylinder IR Impact¥ compressors are available with capacity control. The
method used is suction shut-off, whereby the suction-side gas flow is shut off from a
bank of cylinders by means of a control piston (unloader).
The following combinations are possible:
4-cylinder
6-cylinder
8-cyliner
50 %
66% 33%
75% 50%
When using unloaders on low temperature applications, a head-cooling fan is required.
For more details on unloader operation refer to Mechanical Design – Section 6 of this
manual.
Application Guidelines
2
R-404A/507
Compressors: IR2C0173S – IR4C1385S
140
Additional cooling required
120
Additional Cooling or
Maximum 40°F RGT
100
80
60
-60
-20
20
60
All Application Limit curves are based on 65°F return gas temperature, except where
noted.
SST Saturated Suction Temperature
SCT Saturated Condensing Temperature
RGT Return Gas Temperature
SH
Suction Superheat
Application Guidelines
3
R-404A/507
Compressors: IR4C1480S – IR6B6462P
140
Additional cooling and SH < 35°F
120
Additional cooling or
maximum 40°F RGT
100
80
60
-60
-20
20
60
All Application Limit curves are based on 65°F return gas temperature, except where
noted.
SST Saturated Suction Temperature
SCT Saturated Condensing Temperature
RGT Return Gas Temperature
SH
Suction Superheat
Application Guidelines
4
R-22
Compressors:
IR2C0173S – IR4C1385S
160
I-Cool Direct Suction and Head Fan
140
120
Additional cooling
100
Lower limit for IR4C1385S only, see Note
80
60
40
-60
-40
-20
0
20
60
All Application Limit curves are based on 65°F return gas temperature, except where
noted.
SST Saturated Suction Temperature
SCT Saturated Condensing Temperature
RGT Return Gas Temperature
SH
Suction Superheat
Note: I-Cool Direct Suction is not available for the IR4C1385S model.
Application Guidelines
5
R-22
Compressors: IR4C1480S -- IR6B6462P
IR8C7863P – IR8C9400P for High Temp Applications Only and
Minimum of 32°F Saturated Suction Temp
160
Added cooling and SH<35°F
140
120
100
Additional cooling required
Liquid Injection
and head
cooling fan
80
60
40
-60
-40
-20
0
20
60
All Application Limit curves are based on 65°F return gas temperature, except where
noted.
SST Saturated Suction Temperature
SCT Saturated Condensing Temperature
RGT Return Gas Temperature
SH
Suction Superheat
Application Guidelines
6
R-404A/507
Application limits for unloaded models
50 % IR4C0770S – IR4C1385S
Additional cooling
Additional cooling
OR RGT < 40°F
50 % IR4C1480S – IR4B3604P
Additional cooling and SH < 35°F
Additional cooling
OR RGT < 40°F
All Application Limit curves are based on 65°F return gas temperature, except where
noted.
SST Saturated Suction Temperature
SCT Saturated Condensing Temperature
RGT Return Gas Temperature
SH
Suction Superheat
Application Guidelines
7
R-404A/507
Application limits for unloaded models
66 % IR6B4060P – IR6B6462P
Additional cooling and SH < 35°F
Additional cooling
OR RGT < 40°F
33 % IR6B4060P – IR6B6462P
Additional cooling and SH < 35°F
Additional cooling
OR RGT< 40°F
All Application Limit curves are based on 65°F return gas temperature, except where
noted.
SST Saturated Suction Temperature
SCT Saturated Condensing Temperature
RGT Return Gas Temperature
SH
Suction Superheat
Application Guidelines
8
R-22
Application limits for unloaded models.
50 % IR4C0770S – IR4C1385S
Additional cooling and SH < 18°F
Additional cooling
The application limits of the IR4C0770 – IR4C1145 are valid only for I-Cool suction gas
cooling SL(A).
50 % IR4C1480S – IR4B3604P
Additional cooling and SH < 18°F
Additional cooling
All Application Limit curves are based on 65°F return gas temperature, except where
noted.
SST Saturated Suction Temperature
SCT Saturated Condensing Temperature
RGT Return Gas Temperature
SH
Suction Superheat
Application Guidelines
9
R-22
Application limits for unloaded models.
66 % IR6B4060P – IR6B6462P
Additional cooling and SH < 35°F
Additional cooling
33 % IR6B4060P – IR6B6462P
Additional cooling and SH < 35°F
Additional cooling
All Application Limit curves are based on 65°F return gas temperature, except where
noted.
SST Saturated Suction Temperature
SCT Saturated Condensing Temperature
RGT Return Gas Temperature
SH
Suction Superheat
Application Guidelines
10
Dimensions
1
Dimensions
2
Dimensions
3
Dimensions
4
Connection Positions
Connection Number
1
2
3
4
5
6
7
8
9a
9b
10
11
12
Dimensions
Description
High pressure cut out (HP)
Discharge gas temperature protection (HP)
Low pressure cutout (LP)
Inject Cool System: spray nozzle (LP)
Oil fill plug
Oil drain plug
Oil filter (magnetic plug)
Oil return (oil separator)
Gas equalization (parallel operation)
Oil equalization (parallel operation)
Crankcase heater
Oil pressure +
Oil pressure -
5
Compressor Displacement, Service Valve Sizes, Oil Charge, and Weight
Compressor
Model
Number
IR2C0173
IR2C0222
IR2C0278
IR2C0323
IR2C0407
IR2C0484
IR2C0572
IR2C0692
IR4C0770
IR4C0969
IR4C1145
IR4C1385
IR4C1480
IR4C1761
IR4C2067
IR4C2397
IR4B2707
IR4B3139
IR4B3604
IR6B4060
IR6B4709
IR6B5406
IR6B6462
IR8C7863
IR8C9400
Dimensions
Displacement
CFH
173
222
278
323
407
484
572
692
770
969
1145
1385
1480
1761
2067
2397
2707
3139
3604
4060
4709
5406
6462
7863
9400
Discharge
Service
Valve
1/2
1/2
1/2
1/2
1/2
5/8
5/8
5/8
5/8
5/8
7/8
7/8
7/8
1 1/8
1 1/8
1 1/8
1 1/8
1 1/8
1 1/8
1. 3/8
1 3/8
1 3/8
1 5/8
1 5/8
2 1/8
6
Suction
Service
Valve
5/8
5/8
5/8
5/8
5/8
7/8
7/8
7/8
7/8
1 1/8
1 1/8
1 1/8
1 1/8
1 3/8
1 5/8
1 5/8
1 5/8
2 1/8
2 1/8
2 1/8
2 1/8
2 1/8
2 1/8
3 1/8
3 1/8
Oil
Charge
fl. oz.
35
35
35
35
35
53
53
53
70
70
70
70
92
92
92
92
141
158
158
167
167
167
167
176
176
Shipping
Weight
lbs.
95
95
99
99
104
155
155
155
190
190
205
215
300
304
324
331
419
448
454
509
518
527
550
772
825
Bolt Torque Chart
Compressor
Model Number
IR2C0173
IR2C0222
IR2C0278
IR2C0323
IR2C0407
IR2C0484
IR2C0572
IR2C0692
IR4C0770
IR4C0969
IR4C1145
IR4C1385
IR4C1480
IR4C1761
IR4C2067
IR4C2397
IR4B2707
IR4B3139
IR4B3604
IR6B4060
IR6B4709
IR6B5406
IR6B6462
IR8C7863
IR8C9400
Electrical Terminal
Hex Screws
Torque Value
Bolt
Size
in-lb
ft-lb
M6
M6
M6
M6
M6
M6
M6
M6
M6
M6
M6
M6
M6
M6
M6
M6
M8
M8
M8
M8
M8
M8
M8
M8
M8
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
88.8
88.8
88.8
88.8
88.8
88.8
88.8
88.8
88.8
Notes: 1. Do Not Oil Gaskets
3. Tighten Sight Glass again after pressurizing
Dimensions
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
7.4
7.4
7.4
7.4
7.4
7.4
7.4
7.4
7.4
Electrical Terminal
Plate Bolts
Torque Value
Bolt
Size
in-lb
ft-lb
Suction Valve
Flange Bolts
Torque Value
Bolt
Size
in-lb
ft-lb
M6
M6
M6
M6
M6
M6
M6
M6
M6
M6
M6
M6
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M8
M8
M8
M8
M8
M8
M8
M8
M8
M10
M10
M10
M10
M10
M10
M12
M12
M12
M12
M16
M16
M16
M16
M16
M16
53
53
53
53
53
53
53
53
53
53
53
53
707
707
707
707
707
707
707
707
707
707
707
707
707
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
4.4
59
59
59
59
59
59
59
59
59
59
59
59
59
353
353
353
353
353
353
353
353
353
707
707
707
707
707
707
663
663
663
663
1680
1680
1680
1680
1680
1680
2. Tighten Bolts in Two Steps (50% / 100% ) with a Hex Pattern
4. Bolt Size Shown is Actual Bolt Diameter in Millimeters, Not Hex size
7
29.4
29.4
29.4
29.4
29.4
29.4
29.4
29.4
29.4
59
59
59
59
59
59
55
55
55
55
140
140
140
140
140
140
Bolt Torque Chart
Compressor
Model
Number
IR2C0173
IR2C0222
IR2C0278
IR2C0323
IR2C0407
IR2C0484
IR2C0572
IR2C0692
IR4C0770
IR4C0969
IR4C1145
IR4C1385
IR4C1480
IR4C1761
IR4C2067
IR4C2397
IR4B2707
IR4B3139
IR4B3604
IR6B4060
IR6B4709
IR6B5406
IR6B6462
IR8C7863
IR8C9400
Discharge Valve Flange Bolts
Torque Value
Bolt
Size
in-lb
ft-lb
M8
353
29.4
M8
353
29.4
M8
353
29.4
M8
353
29.4
M8
353
29.4
M8
353
29.4
M8
353
29.4
M8
353
29.4
M8
353
29.4
M8
353
29.4
M8
353
29.4
M8
353
29.4
M10
707
59
M10
707
59
M10
707
59
M10
707
59
M10
707
59
M10
707
59
M10
707
59
M10
707
59
M10
707
59
M10
707
59
M12
663
55
M12
663
55
M12
663
55
Notes: 1. Do Not Oil Gaskets
3. Tighten Sight Glass again after pressurizing
Dimensions
Bolt
Size
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
Head Bolts
Torque Value
in-lb
ft-lb
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
Sight Glass Bolts
Torque Value
Bolt
Size
in-lb
ft-lb
1/8 UNEF
442
36.8
1/8 UNEF
442
36.8
1/8 UNEF
442
36.8
1/8 UNEF
442
36.8
1/8 UNEF
442
36.8
1/8 UNEF
442
36.8
1/8 UNEF
442
36.8
1/8 UNEF
442
36.8
1/8 UNEF
442
36.8
1/8 UNEF
442
36.8
1/8 UNEF
442
36.8
1/8 UNEF
442
36.8
M6
97
8
M6
97
8
M6
97
8
M6
97
8
M6
97
8
M6
97
8
M6
97
8
M6
97
8
M6
97
8
M6
97
8
M6
97
8
M6
97
8
M6
97
8
2. Tighten Bolts in Two Steps (50% / 100% ) with a Hex Pattern
4. Bolt Size Shown is Actual Bolt Diameter in Millimeters, Not Hex size
8
Bolt Torque Chart
Compressor
Model Number
IR2C0173
IR2C0222
IR2C0278
IR2C0323
IR2C0407
IR2C0484
IR2C0572
IR2C0692
IR4C0770
IR4C0969
IR4C1145
IR4C1385
IR4C1480
IR4C1761
IR4C2067
IR4C2397
IR4B2707
IR4B3139
IR4B3604
IR6B4060
IR6B4709
IR6B5406
IR6B6462
IR8C7863
IR8C9400
Bottom Plate Bolts
Bolt
Size
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
M10
M10
M10
M10
M10
M10
M10
M10
M10
Torque Value
in-lb
ft-lb
Bolt
Size
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
707
707
707
707
707
707
707
707
707
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
59
59
59
59
59
59
59
59
59
M8
M8
M8
M8
M8
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M12
M12
M12
M12
M12
M12
M12
M12
M12
Notes: 1. Do Not Oil Gaskets
3. Tighten Sight Glass again after pressurizing
Dimensions
Motor End Bell Bolts
Torque Value
Oil Pump Bolts
in-lb
ft-lb
Bolt
Size
353
353
353
353
353
707
707
707
707
707
707
707
707
707
707
707
663
663
663
663
663
663
663
663
663
29.4
29.4
29.4
29.4
29.4
59
59
59
59
59
59
59
59
59
59
59
55
55
55
55
55
55
55
55
55
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
M8
M8
M8
M8
M8
M8
M8
M8
M8
Torque Value
in-lb
ft-lb
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
203
203
203
203
203
203
203
203
203
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
17
17
17
17
17
17
17
17
17
2. Tighten Bolts in Two Steps (50% / 100% ) with a Hex Pattern
4. Bolt Size Shown is Actual Bolt Diameter in Millimeters, Not Hex size
9
Compressor
Model Number
IR2C0173
IR2C0222
IR2C0278
IR2C0323
IR2C0407
IR2C0484
IR2C0572
IR2C0692
IR4C0770
IR4C0969
IR4C1145
IR4C1385
IR4C1480
IR4C1761
IR4C2067
IR4C2397
IR4B2707
IR4B3139
IR4B3604
IR6B4060
IR6B4709
IR6B5406
IR6B6462
IR8C7863
IR8C9400
Dimensions
Front Bearing Cover Bolts
Torque Value
Bolt
Size
in-lb
ft-lb
M8
353
29.4
M8
353
29.4
M8
353
29.4
M8
353
29.4
M8
353
29.4
M10
707
59
M10
707
59
M10
707
59
M10
707
59
M10
707
59
M10
707
59
M10
707
59
M10
707
59
M10
707
59
M10
707
59
M10
707
59
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
10
Bolt
Size
M8
M8
M8
M8
M8
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M10
M26
M26
M26
M26
M26
M26
M26
M26
M26
Oil Drain Plug
Torque Value
in-lb
ft-lb
353
29.4
353
29.4
353
29.4
353
29.4
353
29.4
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
707
59
1460
122
1460
122
1460
122
1460
122
1460
122
1460
122
1460
122
1460
122
1460
122
Electrical Information
Ingersoll-Rand Impact™ Compressors comply with all applicable Underwriters Laboratories standards
and the National Electrical Code, specifically, Article 440, Air-Conditioning and Refrigerating
Equipment. The Scope of Article 440 includes: “electric motor driven air-conditioning and
refrigeration equipment and to the branch circuits and controllers for that equipment. It provides for
the special considerations necessary for circuits supplying hermetic refrigerant motor compressors and
for any air-conditioning and refrigeration equipment that is supplied from a branch circuit that supplies
a hermetic refrigerant motor compressor.”
Rated Load Current
“Rated-Load Current” (RLC) is defined in Article 440 of the National Electrical Code as; the rated-load
current for a hermetic refrigerant motor compressor is the current resulting when the motor compressor
is operated at the rated load, rated voltage and rated frequency of the equipment it serves.
The rated-load current, sometimes referred to as rated load amperes (RLA), is typically established by
calculating the value from testing a compressor and determining the Maximum Continuous Current
(MCC). This MCC value is established by testing at a set rating condition as determined by UL
Standard 984 – Hermetic Refrigerant Motor Compressors Section 30. The conditions are determined by
the following temperature ranges, from UL 984 - Section 30 - Table 30.1.
Evaporator
Temperature
Rating (°F)
+32 to +53.5
-10 to +32
-40 to +10
Test Temperature Conditions
Return Gas
Saturated
Saturated Vapor Superheat
Discharge
Temperature (°F)
(°F)
Temperature (°F)
53.5
26.5
154
32
48
140
10
70
131
Ambient
Temperature
(°F)
115
122
110
Once the MCC is determined, the RLA can be calculated in one of several methods. These methods are
defined in the National Electrical Code Section 440 Clause 52. These methods are duplicated in the
standard, UL 1995 Heating and Cooling Equipment.
There are several methods available to protect the motor-compressor against overload and failure to
start. The method employed on Ingersoll-Rand compressors vary by application temperature range and
refrigerant used. The chart below lists the method used.
Electrical Data
1
Model Type
Application
Temperature
Method Used to Determine Rated-Load Current
P
S
HT
Refrigerant
NEC Method
Used
MT
R-22
R-404A
R-507a
440.52
(A)(2)
LT
HT
MT
R-22
R-404A
R-507a
440.52
(A)(2)
R-22
R-404A
R-507a
440.52
(A)(3)
LT
R-22
R-404A
R-507a
440.52
(A)(3)
Q
T
LT only
LT only
R-22
R-22
440.52
(A)(2)
440.52
(A)(2)
.
440.52 (A)(2) A thermal protector integral with the motor-compressor, approved for use with the motor-compressor
that it protects on the basis that it will prevent dangerous overheating of the motor-compressor due to overload and
failure to start. If the current interrupting device is separate from the motor-compressor and its control circuit is
operated by a protective device integral to the motor-compressor, it shall be arranged so that the opening of the
control circuit will result in interruption of current to the motor-compressor.
440.52 (A)(3) A fuse or inverse time circuit breaker responsive to motor current, which shall also be permitted to
serve as the branch-circuit short-circuit and ground-fault protective device. This device shall be rated at not more
than 125 percent of the motor-compressor rated load current. It shall have sufficient time delay to permit the motorcompressor to start and accelerate its load. The equipment of the motor-compressor shall be marked with this
maximum branch-circuit fuse or inverse time circuit breaker rating.
Notes:
1. The above standard is also written in UL 1995 Section 23.11 (B) & (C).
2. All IR Impact™ compressors employ the use of an internal thermal protector.
The following pages list MCC and RLA values for each compressor under the three different rating
conditions; High Temperature (greater than 32 to 53.5 °F), Medium Temperature (greater than -10°F
and less than or equal to +32 °F), and Low Temperature (less than +10°F and greater than -40°F). From
these values, the breaker, contactor, and wire size are determined. The parameters for this test are
established in ARI 540 Positive Displacement Refrigerant Compressors and Compressor Units and UL
984 Refrigerant Compressors and Compressor Units.
Component Sizing
The sizing of the circuit breakers using 440.52(A) (2) for compressors and all voltages are based on the
value for rated-load current and are sized to insure that the breaker will trip before the motor overheats.
The circuit breaker must be sized at minimum of 125 percent to a maximum 225 percent of RLC, with a
minimum circuit breaker size of 15 Amperes. The sizing of the circuit breakers using 440.52(A) (3) for
compressors and voltages are based on the value for rated-load current multiplied by 125% and choosing
the next smaller circuit breaker.
The contactor is sized using specifications as set by Underwriters Laboratories and the National
Electrical Code Section 430 Table 151(B) in conjunction with Table 430.150.
Contactor ratings must be 100 percent or greater of the rated-load current and equal to or the next size
larger than the current value found in the Tables using the locked rotor current for each motorcompressor. Minimum contactor size is 20 Ampere.
Electrical Data
2
Wire Size is based on specifications by Underwriters Laboratories and the National Electrical Code, and
is set on the breaker size chosen. The minimum wire size is 12 AWG. See table below.
Breaker Amperes
0 to 20
21 to 30
31 to 50
51 to 65
66 to 85
86 to 100
101 to 115
Wire Size
AWG
12
10
8
6
4
3
2
Breaker Amperes
116 to 130
131 to 150
151 to175
176 to 200
201 to 230
231 to 255
256 to 285
Wire Size
AWG
1
0
2/0
3/0
4/0
250 MCM
300 MCM
Marking on Hermetic Refrigerant Motor Compressors and Equipment
On every compressor nameplate there are minimum requirements for markings that are set by the
National Electrical Code, Underwriters Laboratories and the Air-Conditioning and Refrigeration
Institute. The requirements as set by each are similar in nature and are as follows:
A hermetic refrigerant motor-compressor shall be provided with a nameplate that shall indicate the
manufacturers name, trademark, or symbol; identifying designation; phase; voltage; and frequency.
The rated load current in amperes of the motor compressor shall be marked by the equipment
manufacturer on either, both the motor-compressor nameplate and the nameplate of the equipment in
which the motor-compressor is used. The locked rotor current of each single phase motor compressor
having a rated load current of more than 9 amperes at 115 volts, or more than 4.5 amperes at 230 volts,
and each poly-phase motor-compressor shall be marked on the motor-compressor nameplate.
Electrical Data
3
208 VOLT - Medium & High Temperature Application -10 to +53.5 °F-R-22, R-404A, R-507
Compressor
Circuit
DP
NEMA
Wire
LRA
MCC
RLA
Model Number
Breaker Size Contactor Contactor
Size
IR2C0173SK
IR2C0222SK
IR2C0278SK
IR2C0323SK
IR2C0407SK
IR2C0484SK
IR2C0572SK
IR2C0692SK
IR4C0770SK
IR4C0969SK
IR4C1145SK
IR4C1385SK
IR4C1480SB
IR4C1761SB
IR4C2067SB
IR4C2397SB
IR4B2707PB
IR4B3139PB
IR4B3604PB
IR6B4060PB
IR6B4709PB
IR6B5406PB
IR6B6462PB
32
40
54
54
60
97
97
116
163
163
215
215
222
252
294
352
352
436
490
550
550
700
950
7.0
9.4
14.8
13.0
16.5
20.7
23.8
28.4
34.3
41.3
45.2
53.3
60.0
66
76
90
96
118
140
156
164
220
224
4.5
6.0
9.5
8.3
10.6
13.3
15.3
18.2
22.0
26.5
29.0
34.2
38.5
42.3
48.7
57.7
61.5
75.6
89.7
100.0
105.1
141.0
143.6
15
15
15
15
15
20
25
30
30
40
50
50
60
70
80
100
100
125
125
125
150
200
200
30
30
30
30
30
30
30
30
30
30
50
50
50
50
60
75
75
90
120
120
120
150
200
00
00
0
00
0
0
0
1
1
1
2
2
2
2
3
3
3
3
4
4
4
5
5
12
12
12
12
12
12
10
10
10
8
8
8
6
4
4
3
3
1
1
1
0
3/0
3/0
460 VOLT - Medium & High Temperature Application -10 to +53.5 °F-R-22, R-404A, R-507
Compressor
Circuit
DP
NEMA
LRA
MCC
RLA
Wire Size
Model Number
Breaker Size Contactor Contactor
IR2C0173SM
IR2C0222SM
IR2C0278SM
IR2C0323SM
IR2C0407SM
IR2C0484SM
IR2C0572SM
IR2C0692SM
IR4C0770SM
IR4C0969SM
IR4C1145SM
IR4C1385SM
IR4C1480SB
IR4C1761SB
IR4C2067SB
IR4C2397SB
IR4B2707PB
IR4B3139PB
IR4B3604PB
IR6B4060PB
IR6B4709PB
IR6B5406PB
IR6B6462PB
IR8C7863PB *
IR8C9400PB *
Electrical Data
16
20
24
24
28
40
40
48
67
67
88
88
111
126
147
176
176
218
245
275
275
350
425
513
590
3.6
4.5
6.1
5.6
7.9
10.0
11.3
12.7
20.5
20.0
21.5
26.6
30
33
38
45
48
59
70
78
82
110
112
140
161
2.3
2.9
3.9
3.6
5.1
6.4
7.2
8.1
13.1
12.8
13.8
17.1
19.2
21.2
24.4
28.8
30.8
37.8
44.9
50.0
52.6
70.5
71.8
91.6
110.6
15
15
15
15
15
15
15
15
20
20
20
25
30
30
40
50
50
60
70
80
90
100
100
125
150
4
30
30
30
30
30
30
30
30
30
30
30
30
30
30
40
40
40
50
60
60
60
90
90
120
150
00
00
00
00
00
00
00
0
0
0
1
1
1
1
2
2
2
2
3
3
3
3
3
4
4
12
12
12
12
12
12
12
12
12
12
12
10
10
10
8
8
8
6
4
4
3
3
3
1
0
575 VOLT – Medium & High Temperature Application -10 to +53.5 °F – R-22, R-404A, R-507
Compressor
Circuit
DP
NEMA
Wire
LRA
MCC
RLA
Model Number
Breaker Size
Contactor
Contactor
Size
IR2C0173SP
13
2.6
1.7
15
30
00
12
IR2C0222SP
16
3.3
2.1
15
30
00
12
IR2C0278SP
20
4.6
2.9
15
30
00
12
IR2C0323SP
20
5.0
3.2
15
30
00
12
IR2C0407SP
22
5.5
3.5
15
30
00
12
IR2C0484SP
32
7.7
4.9
15
30
00
12
IR2C0572SP
32
8.0
5.1
15
30
00
12
IR2C0692SP
39
10.2
6.5
15
30
00
12
IR4C0770SP
54
13.6
8.7
15
30
0
12
IR4C0969SP
54
12.9
8.3
15
30
0
12
IR4C1145SP
71
16.0
10.3
15
30
0
12
IR4C1385SP
64
21.3
13.7
20
30
0
12
IR4C1480SP
89
24
15.4
25
30
0
10
IR4C1761SP
101
26.4
16.9
25
30
1
10
IR4C2067SP
118
30.5
19.6
30
30
1
10
IR4C2397SP
141
36.8
23.6
40
40
1
8
IR4B2707PP
141
38
24.4
40
40
1
8
IR4B3139PP
175
47
30.1
50
50
2
8
IR4B3604PP
196
56
35.9
60
50
2
6
IR6B4060PP
220
62
39.7
60
50
2
6
IR6B4709PP
220
65
41.7
70
60
2
4
IR6B5406PP
280
88
56.4
90
75
3
3
IR6B6462PP
340
89
57.1
90
75
3
3
IR8C7863PP *
411
112
81.1
100
120
3
3
IR8C9400PP *
472
128
100
125
120
4
1
* High Temperature only (+32 to 53.5° F)
Electrical Data
5
208 VOLT - Low Temperature Application -40 to +10 °F- R22, R-404A, R-507
Compressor
Circuit
DP
NEMA
LRA
MCC
RLA
Model Number
Breaker Size
Contactor
Contactor
IR2C0173SK
IR2C0222SK
IR2C0278SK
IR2C0323SK
IR2C0407SK
IR2C0484SK
IR2C0572SK
IR2C0692SK
IR4C0770SK
IR4C0969SK
IR4C1145SK
IR4C1385SK
IR4C1480SB
IR4C1761SB
IR4C2067SB
IR4C2397SB
IR4B2707PB
IR4B3139PB
IR4B3604PB
IR6B4060PB
IR6B4709PB
IR6B5406PB
IR6B6462PB
32
40
54
54
60
97
97
116
163
163
215
215
222
252
294
352
352
436
490
550
550
700
950
7.0
9.4
14.8
13.0
16.5
20.7
23.8
28.4
34.3
41.3
45.2
53.3
60
66
76
90
96
118
140
156
164
220
224
4.3
5.7
7.4
8.3
9.8
12.2
16.0
16.6
20.0
22.0
32.0
32.7
32.0
40.0
41.5
49.3
58.4
67.5
79.2
87.0
103.2
122.1
156.5
15
15
15
15
15
15
20
20
25
25
40
40
40
50
50
60
70
80
90
100
125
150
175
30
30
30
30
30
30
30
30
30
30
50
50
50
50
60
75
75
90
120
120
120
150
200
00
00
00
00
0
0
0
1
1
1
2
2
2
2
3
3
3
3
3
4
4
5
5
460 VOLT - Low Temperature Application -40 to +10 °F- R22, R-404A, R-507
Compressor
Circuit
DP
NEMA
LRA
MCC
RLA
Model Number
Breaker Size
Contactor
Contactor
IR2C0173SM
IR2C0222SM
IR2C0278SM
IR2C0323SM
IR2C0407SM
IR2C0484SM
IR2C0572SM
IR2C0692SM
IR4C0770SM
IR4C0969SM
IR4C1145SM
IR4C1385SM
IR4C1480SM
IR4C1761SB
IR4C2067SB
IR4C2397SB
IR4B2707PB
IR4B3139PB
IR4B3604PB
IR6B4060PB
IR6B4709PB
IR6B5406PB
IR6B6462PB
Electrical Data
16
20
24
24
28
40
40
48
67
67
88
88
111
126
147
176
176
218
245
275
275
350
425
3.6
4.5
6.1
5.6
7.9
10.0
11.3
12.7
20.5
20.0
21.5
26.6
30
33
38
45
48
59
70
78
82
110
112
1.9
2.6
3.3
3.7
4.4
5.5
6.5
7.5
8.4
9.9
12.5
16.0
13.4
16.9
20.0
22.3
26.4
32.0
35.8
40.0
48.0
56.0
70.7
6
15
15
15
15
15
15
15
15
15
15
15
20
15
20
25
25
30
40
40
50
60
70
80
30
30
30
30
30
30
30
30
30
30
30
30
30
30
40
40
40
40
60
60
60
75
90
00
00
00
00
00
00
00
0
0
0
1
1
1
1
2
2
2
2
3
3
3
3
3
Wire
Size
12
12
12
12
12
12
12
12
10
10
8
8
8
8
8
6
4
4
3
3
1
0
2/0
Wire
Size
12
12
12
12
12
12
12
12
12
12
12
12
12
12
10
10
10
8
8
8
6
4
4
575 VOLT - Low Temperature Application -40 to +10 °F- R22, R-404A, R-507
Compressor
Circuit
DP
NEMA
LRA
MCC
RLA
Model Number
Breaker Size
Contactor
Contactor
IR2C0173SP
13
2.6
1.5
15
30
00
IR2C0222SP
16
3.3
2.1
15
30
00
IR2C0278SP
20
4.6
2.7
15
30
00
IR2C0323SP
20
5.0
3.0
15
30
00
IR2C0407SP
22
5.5
3.5
15
30
00
IR2C0484SP
32
7.7
4.4
15
30
00
IR2C0572SP
32
8.0
5.2
15
30
00
IR2C0692SP
39
10.2
6.0
15
30
00
IR4C0770SP
54
13.6
6.8
15
30
0
IR4C0969SP
54
12.9
8.0
15
30
0
IR4C1145SP
71
16.0
10.0
15
30
0
IR4C1385SP
64
21.3
11.8
15
30
0
IR4C1480SP
89
24.0
10.7
15
30
0
IR4C1761SP
101
26.4
13.5
15
30
1
IR4C2067SP
118
30.5
16.0
20
30
1
IR4C2397SP
141
36.8
17.8
20
30
1
IR4B2707PP
141
38
21.1
25
30
1
IR4B3139PP
175
47
24.4
30
50
2
IR4B3604PP
196
56
32.0
40
50
2
IR6B4060PP
220
62
32.0
40
60
2
IR6B4709PP
220
65
40.0
50
60
2
IR6B5406PP
280
88
44.2
50
75
3
IR6B6462PP
340
89
56.6
70
90
3
Electrical Data
7
Wire
Size
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
12
10
10
8
8
8
8
4
208 VOLT - Low Temperature Application -40 to +10 °F- R-22 (pre-existing models)
Compressor
Circuit
DP
NEMA
LRA
MCC
RLA
Model Number
Breaker Size
Contactor
Contactor
IR2C0278TK
42
10.2
6.5
15
30
00
IR2C0323TK
54
13.0
8.3
15
30
00
IR2C0407TK
54
14.0
9.0
15
30
00
IR2C0484TK
70
16.8
10.8
15
30
0
IR2C0572TK
81
17.5
11.2
20
30
0
IR2C0692TK
97
20.5
13.1
20
30
0
IR4C0770TK
116
25.9
16.6
25
30
0
IR4C0969TK
142
28.7
18.4
30
30
1
IR4C1145TK
163
29.4
18.8
30
30
1
IR4C1480TB
150
36.4
23.3
40
30
1
IR4C1761TB
180
43.4
27.8
50
30
2
IR4C2067TB
222
54
34.6
60
40
2
IR4C2397TB
252
62
39.7
60
50
2
IR4B2707QB
294
68
43.6
70
50
2
IR4B3139QB
294
72
46.2
80
50
3
IR4B3604QB
352
90
57.7
100
60
3
IR6B4060QB
436
101
64.7
100
75
3
IR6B4709QB
436
107
68.6
100
75
3
IR6B5406QB
490
129
82.7
125
90
3
IR6B6462QB
700
151
96.8
150
120
4
Wire
Size
12
12
12
12
12
12
10
10
10
8
8
6
6
4
4
3
3
3
1
0
460 VOLT - Low Temperature Application -40 to +10 °F- R-22 (pre-existing models)
Compressor
Circuit
DP
NEMA
LRA
MCC
RLA
Model Number
Breaker Size
Contactor
Contactor
IR2C0278TM
19
4.8
3.1
15
30
00
IR2C0323TM
24
5.6
3.7
15
30
00
IR2C0407TM
24
6.4
4.1
15
30
00
IR2C0484TM
29
7.5
4.8
15
30
00
IR2C0572TM
33
8.2
5.3
15
30
00
IR2C0692TM
40
9.5
6.1
15
30
00
IR4C0770TM
48
11.5
7.4
15
30
00
IR4C0969TM
58
13.3
8.5
15
30
00
IR4C1145TM
67
15.4
9.9
15
30
0
IR4C1480TB
75
18.2
11.7
20
30
0
IR4C1761TB
90
21.7
13.9
25
30
0
IR4C2067TB
111
27
17.3
30
30
0
IR4C2397TB
126
31
19.9
30
30
1
IR4B2707QB
147
34
21.8
30
30
1
IR4B3139QB
147
36
23.1
40
30
1
IR4B3604QB
176
45
28.8
40
40
2
IR6B4060QB
218
51
32.7
50
50
2
IR6B4709QB
218
54
34.6
60
50
2
IR6B5406QB
245
66
42.3
70
50
2
IR6B6462QB
350
76
48.7
80
75
3
Wire
Size
12
12
12
12
12
12
12
12
12
12
10
10
10
10
8
8
8
6
4
4
Electrical Data
8
575 VOLT - Low Temperature Application -40 to +10 °F- R-22 (pre-existing models)
Compressor
Circuit
DP
NEMA
LRA
MCC
RLA
Model Number
Breaker Size
Contactor
Contactor
IR2C0278TP
16
3.7
2.4
15
30
00
IR2C0323TP
20
4.5
3.0
15
30
00
IR2C0407TP
20
4.9
3.1
15
30
00
IR2C0484TP
24
5.1
3.3
15
30
00
IR2C0572TP
27
6.4
4.1
15
30
00
IR2C0692TP
32
7.2
4.6
15
30
00
IR4C0770TP
39
9.2
5.9
15
30
00
IR4C0969TP
47
10.6
6.8
15
30
00
IR4C1145TP
54
12.3
7.9
15
30
00
IR4C1480TP
60
14.6
9.3
15
30
0
IR4C1761TP
72
17.4
11.1
15
30
0
IR4C2067TP
89
21.6
13.8
20
30
0
IR4C2397TP
101
24.8
15.9
25
30
0
IR4B2707QP
118
27.2
17.4
30
30
0
IR4B3139QP
118
28.8
18.5
30
30
1
IR4B3604QP
141
36.0
23.1
40
40
1
IR6B4060QP
175
40.8
26.2
40
50
1
IR6B4709QP
175
43.2
27.7
40
50
2
IR6B5406QP
196
52.8
33.8
50
50
2
IR6B6462QP
280
60.8
39.0
60
60
2
Electrical Data
9
Wire
Size
12
12
12
12
12
12
12
12
12
12
12
12
10
10
10
8
8
8
8
6
Motor Protection Devices
Protection Device Models
SE-B1 is the typical motor protection module for IR compressor models up through IR4C2397.
Compressors larger than the IR4C2397 use a module SE-B2. For compressor models IR4C0770 through
IR4C2397 utilizing the PTC temperature sensor for oil control, the protection module used is the model
INT69/70.
Function
These protection devices monitor motor temperatures by means of PTC-sensors that are located in the
motor windings. In addition to monitoring motor winding temperatures, for models IR4C0770 through
IR4C2397, the INT69/70 module also monitors oil level using a PTC sensor mounted in the front
bearing cover.
Motor Winding Temperature Protection (SE-B1, SE-B2, INT69/70):
1)
An increase in motor winding temp will increase the resistance measured by the PTC sensors
embedded in the windings. When the resistance reaches 4.50 kΩ, the module will lockout the
control circuit.
2)
The module will not reset until the PTC resistance reaches 2.75 kΩ (+/- 20%).
3)
The module must be manually reset by interrupting the power supply to the module.
4)
To test the integrity of the module's reaction to excessive motor winding temp:
A) Disconnect the power supply to the module.
B) Locate the compressor's sensor terminals (M1 & M2) and remove one of the leads (remove
the green wire if testing the INT69/70).
C) Energize the module (restore power)
D) If the module is operating properly, contacts #11 & #14 will open (dropping out the control
circuit) and contacts #11 & #12 will close. This will lockout the compressor's control circuit
and the COT light will come on. Contacts #11, #12 & #14 are located on the module.
INT 69/70 - Sequence Of Operation (Oil Level Sensor):
1)
When the oil level in the bearing cup falls to a level where it no longer covers the PTC sensor, the
heater will cause the resistance measured by the PTC to increase. If the resistance reaches 4.50 kΩ
(+/- 20%), the INT will open contacts #11 & #14 and the contacts between #11 & #12 will close.
At the same time, contacts #24 & #21 (located on the INT69/70) will close, energizing the Oil Fail
Relay. Therefore, when an INT69/70 is locked out because of "low oil level”, the "COT" light &
the "Oil Fail Relay" light will be on.
2)
Under normal operating conditions (adequate oil level) the resistance of the PTC will be 2.2 kΩ
(+/- 5%).
Electrical Data
10
3)
The integrity of the heater element can be verified by checking its resistance.
Disconnect control circuit power.
B) Remove the black & brown wires from INT 69/70 terminals #1 & #2.
C) Use an ohmmeter to check the resistance across the black & brown wires.
D) Heater resistance should be 320 Ω (+/- 5%)
A)
4)
To test the oil level function of the INT 69/70, do the following:
A)
B)
C)
D)
Disconnect power to the INT 69/70
Remove the "red" wire that runs from the INT69/70 to the oil level sensor.
Energize the INT 69/70
The control circuit should lockout and both the COT & Oil Fail Relay lights should come on.
NOTE: Regardless of the source of the lockout, the INT69/70 must be manually reset by interrupting
the power supply. Cycling the compressor switch will not only reset the compressor, but will deenergize the IRR relay which interrupts the 24 volts to the INT69/70 module to reset the oil failure
control.
Electrical Connections
Wiring must be according to the schematic diagrams (Figures 1, 2, 3). To assure the lockout functions,
always place the device as the first link in the control circuit chain. No warranty claims can be accepted,
if this device is not connected or if it is incorrectly connected.
Attention!
Danger of winding damage and protection device failure!
Terminals 1-2, B1-B2 on the motor protection device or terminals 3-4 on the compressor terminal board
must not come into contact with supply or control circuit voltage.
Technical Data
•
•
•
•
Operating Voltage: 230 V + 10%/-15%, 50/60 Hz (other voltages upon request)
Relay: Switch voltage 250 V ~ Continuous current max. 5A Switching capacity 300 VA
Permitted ambient temperature: -22°F … 140°F
System of protection: Housing IP32, Terminals IP00
PTC Sensors (Windings) (M1 & M2 Terminals Located On Compressor)
Normal..........2.75 kΩ (+/- 20%)
Trip...............4.50 kΩ (+/- 20%)
PTC Sensor (Oil Level Sensor) (Red & Orange Wires)
Normal............2.20 kΩ (+/- 5%)
Trip.................4.50 kΩ (+/- 5%)
Heater Element (Oil Level Sensor)
320 Ω (+/- 5%) ....Black & Brown Wires (Terminals 1 & 2 On INT 69/70)
Electrical Data
11
Control Circuit Wiring Schematics
Figure 1. Motor protector SE-B1 shown
Electrical Data
12
Figure 2. Motor protector SE-B2 shown
Electrical Data
13
Figure 3. Motor protector and oil failure control module INT69/70 shown.
Electrical Data
14
Ingersoll-Rand Impact¥
Semi-Hermetic Reciprocating Compressors
Mechanical Design
1
Features
IR Impact¥ Semi-Hermetic Reciprocating Compressors cover the whole application range
regardless of whether traditional or chlorine-free HFC refrigerants are used. The latest
innovation is the "C Series" which offer very compact size, universal application, minimum
energy consumption, and very low vibration levels.
All IR Impact¥ compressors have the same robust valve plate construction, high quality wear
resistant drive parts, efficient suction gas cooling, built-in motors and proven oil-return system.
For low temperature R-22 applications I-Cool with switchable suction strainer and Inject-Cool
liquid injection systems are available.
Key features of IR Impact¥ Compressors:
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
Optimized for demanding HFC applications and high thermal loading with R22
Smaller cylinder volumes with optimized short-stroke design
4-cylinder models from 770 CFH displacement and above
Discharge mufflers integral (cast-into) cylinder heads
Highly efficient I-Cool system for R-22 LT applications
Low noise and vibration
Universal - only one compressor version for all refrigerants and application ranges with
R-134a, R-404A, R-507, R-407C and R-22
High cooling capacity and COP
Highly efficient valves minimize clearance volume
Efficient large volume motor
No base plate provides a very rigid housing, which lessens leak potential
Wear resistant drive gear
Surface hardened shafts
PTFE coated bearings (also called “DU bearings”)
Hard chrome plated piston rings
Connecting rods with generously dimensioned bearing surface
Efficient optional capacity control
Mechanical Design
2
Lubrication
IR Impact¥ compressors are supplied with two types of lubrication systems. C-Series
compressors with the letters S or T in the model number have an Enhanced Centrifugal
Lubrication system with no oil pump, while C-Series models with the letters P or Q in the model
number, and all B-Series compressors have oil pumps.
In the past, refrigeration compressors with horizontal shafts were often designed with positive
displacement lubrication, especially larger compressors with a rated motor power larger than 5
kW. An enhanced centrifugal lubrication system has been developed, which has proven to be
highly efficient and have many advantages.
In refrigeration compressors, as in all piston machines, the lubricant serves many functions:
x
x
x
x
x
Lubrication: Transfer of energy, sufficiently separate surfaces (minimize friction)
Cooling:
Less for HFC refrigerants
Cleaning: Keep sliding faces clean, dispose abrasion
Sealing:
Reduce leakage rate in compression chamber
Damping: Reduce noise development and transmission
For all contact compression processes and bearings it is assumed that the application of oil
lubrication increases the machine’s durability at least tenfold, compared to dry operation. In the
case of refrigeration compressors it should be considered that the absence of oxygen within the
refrigerant circuit reduces the compressors’ wear significantly.
Oil Pump Compressors
Figure 1 shows an IR Impact¥ C-Series compressor with positive displacement lubrication. The
oil is taken from the oil sump by a positive displacement pump (in this case an internal gear
pump) and discharged into the circuit. All bearings are supplied by means of bores in the shaft.
The lubrication of the slide bearings is based on the principle of hydrodynamics. As is generally
known, presence of oil at the bearing inlet is sufficient; pressure in the bearing is generated
proportionally to the load by means of an oil film. The pressure is about 50 to 150 times higher
than that of an oil pump.
In order to avoid excessive discharge pressures, the pump is equipped with a pressure relief
valve; to monitor the circuit, an oil differential pressure switch may be installed; usual discharge
pressures vary from 30 to 60 psig. In case of an oil shortage, the oil pressure switch ensures the
compressor is shut-off and an alarm output is provided.
Mechanical Design
3
Oil Pump
Figure 1: IR Impact¥ compressor IR4C2397P with Positive Displacement Lubrication
To avoid frequent tripping, the oil pressure switch includes a time delay (usually 90 to 120
seconds) since the compressor starts with refrigerant dissolved in the oil, for example, the
pump’s operation may be temporarily interrupted by vapor bubbles in the suction port.
Enhanced Centrifugal Lubrication for C- Series Compressors
The challenge was to find a simple and reliable system that completely meets or exceeds the
requirements of the pump system described above:
x
x
x
x
x
Sufficient oil supply of all areas in the compressor that require lubrication
Immediate oil supply when the compressor is started
Expels dissolved refrigerant
Stable operation at all conditions
Ability to monitor the oil circuit for lack of lubrication
The solution is an enhanced centrifugal lubrication system as shown in Figure 2, which is
considerably different from common oil splash designs. By means of a centrifuge (1), which in
this case is a specifically shaped “dynamic disk”, the oil is transported out of the oil sump into a
pocket (2) at the housing cover where the outer crankshaft main bearing is located. The shaft
then has a central entrance port (3) from which the oil is taken in and supplied to the areas that
require lubrication. This system is driven by the centrifugal force of the oil in the shaft, which is
carried from the central port to the areas that require lubrication and are radially located further
outside. Due to its low but steady feed pressure, this oil transportation mechanism is exactly
matched to the demand of the slide bearings, which build oil pressure independent of the feed
pressure. A major advantage of this system over the pump-lubricated version is the small side
flow out of the bearings, which significantly reduces the compressor’s oil carry-over (Fig. 3).
Mechanical Design
4
1
2
3
4
Figure 2: IR Impact¥ compressor IR4C2397S with Enhanced Centrifugal Lubrication
Compared to commonly used splash lubrication, the new system has advantages with respect to
its highly dynamic response characteristics: After starting, the oil flow is immediately present
and maintained over the entire operating range.
Oil carry over (% of mass flow)
(Compressor IR4C0969, R404A, 40/120°F)
1.4
1.2
1.0
(%) 0.8
Pump
0.6
Centrifuge
0.4
0.2
0
10
15
25
Suction Superheat (F)
Figure 3: Oil carry-over of different lubrication systems with identical compressors
Mechanical Design
5
Oil Monitoring with Enhanced Centrifugal Lubrication
The more difficult task was to develop a suitable monitoring system for the oil circuit. An oil
control sensor (4) has been developed, which is mounted directly into the pocket (2). It utilizes a
heated PTC element, which is cooled by the circulating oil. If the oil flow is interrupted
significantly, the PTC heats up, provides an alarm output and shuts the compressor off. This type
of compressor oil monitoring is as reliable as methods for the pump-lubricated version. The oil
sensor accounts for the risk of oil circulation failure caused by abnormal conditions that may
appear in certain circumstances, for example; multiple compressor racks with extended piping.
Monitoring of the internal lubrication system itself is of a certain minor significance since the
compressor has proven to be even more reliable due to this sophisticated system.
IR Impact¥ C-Series compressors with Enhanced Centrifugal Lubrication require one of the
following oil loss safety controls:
- Traxon TraxoilsTM
- Thermal Oil Loss Sensor and Control Module
Oil Monitoring with Positive Displacement Lubrication
IR Impact¥ B-Series and C-Series compressors with oil pumps may use one of several types of
oil controls. The “Delta-P” is an integrated oil sensor/switch that mounts directly on the
compressor housing (bearing cover) and does not require an external control module. A Johnson
Control P545 electronic oil safety switch may also be used and mounts in the same location as
the Delta-P. Finally, an externally mounted oil switch may be used with tubing connections to
the compressor suction and discharge of the oil pump. The following pages list technical
information for each type of control.
“Delta-P” Oil Differential Pressure Control Technical Data
Supply Voltage
230 VAC +/- 10%, 50/60 Hz, other
voltages on request
Power Consumption
10 VA
Time Delay with Low Oil Pressure
90 s
Control Relay
250 V max., 2 A max.
720 VA max. Inductive load
Fusing for device and switch contacts
6 A max.
Connecting Cable
4 x AWG20, 3 ft, color coded
Refrigerants
All typical CFC’s, HCFC’s and HFC’s
Enclosure Class
IP54
Differential Cutout Pressure
9.4 psi
Allowable operating temperature
-22 to 140°F
Weight
0.44 lb
The oil pressure monitoring is activated when supply voltage is applied by way of an auxiliary
contact of the motor contactor. The red LED lights immediately to indicate low oil differential
pressure. Once oil pressure is established, the LED turns off. The output contact remains closed
if the oil differential pressure exceeds the cutout pressure.
Mechanical Design
6
If the differential oil pressure drops below the cutout pressure for more than 90 seconds, the
output contact opens and stops the compressor. The control may be manually reset after
approximately 3 minutes by pushing the reset button. The control’s internal microprocessor also
integrates multiple time periods when low oil pressure is present, and may shut off the
compressor even if 90 continuous seconds has not elapsed.
Mechanical Design
7
Johnson Controls P545NCB-25C
Supply Voltage
Power Consumption
Time Delay with Low Oil Pressure
Control Relay
Oil Pressure Control Technical Data
120 or 240 VAC + 10%, - 15%. 50/60 Hz
3 VA
90 +/- 12 seconds
Pilot duty 375 VA at 120VAC, 750 VA at
240 VAC
Switch
P400BD-1
Connecting Cable
WHA-P400-125, AWG22, 4 ft,
Refrigerants
All typical CFC’s, HCFC’s and HFC’s
Anti-short Cycling Timer
Four selectable positions; 0,35, 65, and 100
seconds. With 100 seconds as default.
Open Point (Differential Pressure)
10 + 1.5 psid
Close Point (Differential above Close)
Less than or equal to 3.0 psid
Allowable Operating Temp
-40 to 131°F
Johnson P545NCB-25C Oil Pressure Control
Switch Shown Mounted on Compressor
When the control is energized the oil pressure monitoring is activated and the output contact is
closed, allowing the compressor contactor coil to energize and the compressor is allowed to run.
At this time the green LED is lit. If the oil differential pressure drops to the cutout set point, the
control starts timing and the yellow LED comes on along with the green LED. If the differential
pressure hasn’t returned to normal within 90 seconds the control opens the output contact,
shutting the compressor off. The yellow and green LED’s are shut off and the red LED is lit.
The oil pressure monitoring circuit on the P545 compares the amount of time that the oil pressure
is above the set point to the amount of time that the oil pressure is below the set point. If the oil
differential pressure is below the opening point for more than half the time, the control will time
out but the timing is extended. This will protect the compressor when there are repeated low oil
pressure signals interrupted by short periods of sufficient oil pressure.
This control has user selectable anti-short cycling delay times of 0, 35, 65, or 100 seconds. This
establishes the minimum time that the compressor will be de-energized before starting.
The control must be manually reset by pressing the reset button to be able to restart the
compressor.
Mechanical Design
8
As an alternative to the Delta-P or the Johnson Controls P545, compressors with oil pumps may
use an externally mounted oil differential pressure switch with tubing connections to compressor
suction and the discharge of the oil pump. Applicable switches would include the Danfoss MP54
and the Johnson P128CA. The following table lists technical information for the Differential Oil
Pressure Switch:
Differential Oil Pressure Switch Technical Data
Supply Voltage
230/115 VAC +/- 10%, 50/60 Hz
Time Delay with Low Oil Pressure
90 s
Control Relay
250 V max.
2 A max.
Fusing for device and switch contacts
6 A max.
Refrigerants
All typical CFC’s, HCFC’s and HFC’s
Differential Cutout Pressure
9 psi
Mechanical Design
9
I-Cool - Supplemental Cooling
IR Impact¥ C-Series compressors may be equipped with the optional I-COOL system that
provides an optimized cooling method for low and medium temperature, but is only applicable
for compressor models IR2C0173 - IR4C1145. The position of the suction strainer may be
changed as shown in the figures below. High and medium temperature range uses suction gas
cooling, while low temperature range uses direct suction cooling with an external fan.
SL(A) – Standard Position - In this position suction gas will be routed across the motor,
allowing the suction gas to cool the motor.
SL(B) – The Suction Strainer must be rotated to the SL(B) Position. In this position the suction
gas is routed directly to the compressor cylinders, not across the motor.
I-Cool System – Position of Suction Strainer Set Either for Motor Cooling (Medium Temp)
or for Direct Suction to Cylinders (Low Temp R-22)
Do not use unloaders with I-Cool compressors if the suction strainer is in the SL(B) position.
Unloaders may be used with I-Cool compressors if the suction strainer is in the SL(A) position.
Mechanical Design
10
Inject-Cool - Supplemental Cooling
In addition to I-Cool, Inject-Cool is a further cooling method for larger single-stage low
temperature R-22 compressors. Inject-Cool uses a liquid injection valve to inject liquid
refrigerant directly into the compressor body whenever additional cooling is needed, as dictated
by the discharge line temperature sensor.
Inject-Cool Liquid Injection System
Mechanical Design
11
Note: Do not use unloaders with Inject-Cool compressors.
The following table lists Inject-Cool liquid injection valve models and part numbers:
Compressor Model
Number
IR4C1480
IR4C1761
IR4C2067
IR4C2397
IR4B2707
IR4B3139
IR4B3604
IR6B4060
IR6B4709
IR6B5406
IR6B6462
Mechanical Design
Inject Cool Valve Part
Number
0707532
0707533
0707533
0707534
0707534
0707534
0707574
0707574
0707575
0707575
0707575
12
Inject Cool Valve Model
Number
Y1037-FV-1-240
Y1037-FV-1 ½-240
Y1037-FV-1 ½-240
Y1037-FV-2-240
Y1037-FV-2-240
Y1037-FV-2-240
Y1037-FV-3-240
Y1037-FV-3-240
Y1037-FV-5-240
Y1037-FV-5-240
Y1037-FV-5-240
Discharge Mufflers
Ingersoll-Rand Impact¥ compressors are supplied with discharge mufflers cast into the cylinder
heads (patent applied for), which significantly reduces discharge tubing vibration.
Cylinder Head without Muffler
Mechanical Design
Cylinder Head with Muffler
13
Capacity Control
Four and six cylinder compressors offer integrated capacity control that makes use of the
principle of suction shut-off.
The following combinations are possible:
Compressor Type Possible Unloaded Capacity Number of Unloaders
4-Cylinder
50%
1
66%
1
6-Cylinder
66% and 33%
2
75%
1
8-Cylinder
75% and 50%
2
In full-load operation the solenoid coil is de-energized, and suction gas flows to all cylinders.
The gas ports in the valve plate and cylinder head are open. In part-load operation, the solenoid
is energized, and the suction port in the corresponding cylinder head is shut off, thereby causing
the cylinder bank to run idle, without gas pressure.
Mechanical Design
14
Application limits with part-load operation
With unloaders, compressor temperatures increase due to reduced refrigerant flow, reduced
motor cooling, and electrical and mechanical losses. Therefore, the application ranges of
compressors with unloaders are somewhat restricted. Please refer to the application envelopes
when selecting compressors with unloaders.
Control Differential with Unloaders
The control differential for starting and stopping the compressors must be adjusted so that it is
greater than the differential for activating the unloaders. It is also recommended that the
compressor start/stop cycling be limited by means of a time delay relay or by software timers in
an electronic control system.
Additional Important Notes About Unloaders
Do not use unloaders with Inject-Cool compressors. Do not use unloaders with I-Cool
compressors if the suction strainer is in the SL(B) position. Unloaders may be used with I-Cool
compressors if the suction strainer is in the SL(A) position.
For compressor models IR4C0770 through IR4C1385, the discharge pressure control should not
be connected to the same cylinder head that has the unloader.
Crankcase Heaters
Depending on system type and refrigerant charge, excessive refrigerant can dissolve in the
crankcase oil during extended shut-off periods. This may lead to increased oil carryover, liquid
slugging, and reduced lubricity during the next compressor start. Crankcase heaters reduce the
dilution of compressor lubricant in these situations.
Heaters are particularly important under the following conditions:
x When oil temperature (crankcase) drops below roughly 30°F for extended shut off periods
x When the ambient temperatures is less than 50qF at the compressor.
x Crankcase heaters are especially important for compressors with oil pumps.
Crankcase heaters may not be needed under the following exceptions:
x The system has a very small refrigerant charge – less than roughly 1.5 times the oil charge by
mass
x Systems approved in long-term tests.
x Pump down systems where temperature at the compressor location is greater than 50qF.
x Systems with short shut-off periods during which cooling of the compressor cannot occur, for
example, automatic sequence switching-over in parallel systems.
Mechanical Design
15
Crankcase heaters should be selected based on the following table:
Compressor Model
Number
IR2C0173 – IR2C0407
IR2C0484 – IR4C1385
IR4C1480 – IR4C2397
IR4B2707 – IR4B3604
IR6B4060 – IR6B6462
Voltage
110 V
230 V
110 V
230 V
110 V
230 V
110 V
230 V
110 V
230 V
IR Part
Number
0704640
0704641
0704642
0704643
0708098
0708099
0703464
0703463
0703464
0703463
Wattage
Securing
Method
60W *
Clip
120W *
Clip
120W *
O-Ring
140W
Grip Screw
140W
Grip Screw
* PTC heater with temperature control
PTC Heaters 60 W and 120 W
These two PTC heaters are self-regulating. The current consumption drops with increasing
crankcase temperature, thereby conserving energy. A bore at the bottom (front or side) of the
compressor housing is provided for the heater. A plastic plug protects this bore.
Electric Supply
The heater can be connected to the free connection terminals in the compressor connector box.
Connect the heater so it is on when the compressor is not running; please see the Electrical Data
– Section 5 of this manual.
Mechanical Design
16
Head Cooling Fans
Head Cooling Fans: Fans are available for all compressor types upon request. The condenser air
stream may be used in place of a head cooling fan if the air velocity over the compressor is at
least 10 ft/sec at all operating conditions. The following table lists cooling fan parts:
Compressor Model
Number
IR2C0173 - IR2C0692
IR4C0770 - IR4C1385
IR4C1480 - IR4C2397
IR4B2707 - IR4B3604
IR6B4060 - IR6B6462
Mounting
Bracket
0705483
0705467
0705466
0705465
0705464
120 Volt
Motor
208 Volt
Motor
460 Volt
Motor
Fan
Blade
0701997
0701998
0701999
0701108
Fan Mounting Bracket for IR2C0173.. IR2C0692, Part. No. 0705483
Mechanical Design
17
Fan Mounting Bracket for IR4C0770 .. IR4C1385, Part. No. 0705467
Fan Mounting Bracket for IR4C1480 .. IR4C2397, Part. No. 0705466
Mechanical Design
18
Fan Mounting Bracket for IR4B2707 .. IR4B3604, Part. No. 0705465
Fan Mounting Bracket for IR6B4060 .. IR6B6462, Part. No. 0705464
Mechanical Design
19
Cylinder Heads
Ingersoll-Rand Impact¥ compressors use three types of cylinder heads.
1) Standard Head – no additional functions
2) Capacity Control cylinder heads are marked CR.
3) Start Unloader cylinder heads are marked SU.
BE SURE TO APPLY THE CORRECT CYLINDER HEAD FOR THE INTENDED
APPLICATION
Minimum Space Requirements
Ingersoll-Rand Impact¥ compressors are highly compact and have the lowest space
requirements in their respective capacity class.
New Model IR4C2397S
Mechanical Design
20
INGERSOLL-RAND Impact¥
SEMI-HERMETIC RECIPROCATING
COMPRESSORS
INSTALLATION AND START-UP INSTRUCTIONS
Installation and Start-up
1
Installation and Start-up Instructions
These instructions and procedures are for Ingersoll-Rand Impact¥ semi-hermetic
reciprocating compressors. Please read these instructions carefully before installing or
operating these compressors, and retain these instructions for future reference.
Safety
Authorized staff
Only qualified and authorized refrigeration personnel shall carry out work on
compressors and refrigeration systems.
Residual Hazards
The compressors are constructed with state of the art processes, standards, and
regulations. Particular emphasis has been placed on user safety. Certain residual hazards
are unavoidable; therefore anyone working on these units should read and understand
these Operating Instructions.
The following standards have procedures that should be followed when installing and
operating Ingersoll Rand Impact¥ semi-hermetic reciprocating compressors:
x Specific safety regulations and standards (UL 1995 and ANSI/ASHRAE 15),
x Generally acknowledged safety standards
x NFPA – National Fire Protection Agency
x NEC - National Electric Code
General Safety References
Safety references are instructions intended to prevent hazards.
Safety instructions must be stringently observed.
Attention!
Instructions on preventing possible damage to equipment.
Caution!
Instructions on preventing a possible minor hazard to persons.
Warning!
Instructions on preventing a possible severe hazard to persons.
Danger!
Instructions on preventing an immediate risk of severe hazard to persons.
Installation and Start-up
2
Warning!
The compressor is under pressure with a holding charge of 5 to 15 psig. Incorrect
handling may cause injury to skin and eyes. Wear safety goggles while working
on compressor. Do not open connections before pressure has been released.
Caution!
During operation surface temperature exceeding 140oF and below 32oF can be
reached. Serious burns are possible. Before working on the compressor, switch it
off and let it stabilize to room temperature.
The following instructions are prepared to aid the installation and/or service in providing
an adequate installation with optimum performance. These instructions are general in
nature, and have been written primarily for field installation of Ingersoll Rand Impact¥
compressors.
Design and Application
The compressor should be located in an area provided with adequate ventilation since the
compressor motor and discharge lines reject heat to the environment. Machine room size
and ventilation are covered in national building codes and other applicable local codes. In
general, the required ventilation is a minimum of 100 cfm per nominal compressor
horsepower.
Units and compressors should be mounted horizontally on a level base to assure proper
oil distribution and vibration characteristics. Refrigerant suction lines must be sized to
maintain adequate velocities for proper oil return.
For operation under extreme conditions, i.e. aggressive or corrosive atmospheres,
extreme hot or cold ambient temperatures, etc. suitable measures must be taken.
Consultation with Ingersoll Rand is recommended.
Handling and Receiving of Compressors
When receiving compressors at a job site, careful inspection should be made to assure all
material listed on the bill of lading is accounted for and the materials are free of damage,
including concealed damage. Any damages or shortage of material should be reported to
the delivering carrier, and noted on the bill of lading.
When transporting or moving the compressor to the installation location it should be left
on its shipping base with screws and shipping braces intact. To lift the compressor into its
location the lifting hook provided should be utilized. (See Figure 1)
Installation and Start-up
3
Figure 1. Lifting the Compressor
Installation – Mechanical
Mounting
The Ingersoll Rand Impact¥ compressors may be rigidly mounted if no danger of
breakage due to vibration exists in the associated piping system. For this purpose, place a
washer between each compressor foot and frame. (Note: This washer is not required for
compressor models IR4C1480 through IR4C2397.) Otherwise the compressor must be
fixed on anti-vibration mountings (Figure 2).
There are two types of anti vibration mountings:
Anti-vibration mounting Type 1
After installation:
x Remove the red colored transport locks (1).
x Retighten the fixing screws or nuts (2) & (3).
Anti-vibration mounting Type 2
Before transport:
x Tighten the self-locking nut (1) until the base plate of the compressor (2) rest on the
guide sleeve (3).
After installation:
x Loosen the nut (1) until the slotted washer (4) can be removed.
x Remove the slotted washer (4).
Installation and Start-up
4
Transport locks for condensing units
If complete units are delivered, the anti-vibration mountings are locked to prevent
transport damages. These locks must be removed after installation (Fig. 2).
x Loosen the fixing screws or nuts (2) and (3).
x Remove the red colored transport locks (1).
x Replace the nuts and retighten the fixing screws (2) and (3).
Compressor
IR2C0173…IR2C0407
IR2C0484…IR2C0692
IR4C0770…IR4C1385
IR4C1480…IR4C2397
IR4B2707… R4B3139
IR4B3604
IR6B4060...IR6B6462
A
B
Crankcase side
Hardness/Color
43 Shore
55 Shore
55 Shore
Yellow
Brown
Brown
Brown
Motor Side
Hardness/Color
43 Shore
55 Shore
55 Shore
Green
Red
Blue
Blue
Figure 2. Anti-vibration mounts
Installation – Electrical
The supply power, voltage, frequency, and phase must coincide with the compressor
nameplate. Ingersoll Rand Impact¥ compressor models IR4C1480 and larger have dual
voltage motors, care should be taken to assure proper connection of wiring within the
terminal box. These compressors are also available with Part Winding Start options;
check the Electrical Section of this manual for detailed descriptions and requirements. All
wiring should be carefully checked in accordance with the system wiring diagrams, and
with the Electrical section of this catalog. Field wiring must also be connected in
accordance with the National Fire Protection Agency, National Electric Code, UL, and
any other local codes that may be applicable.
Installation and Start-up
5
For the electrical part of the installation, verify the following installed components match
those listed in the Electrical section of this manual.
1.
2.
3.
4.
Wire sizes to handle the connected load
Circuit breaker size
Contactor size
Control circuit wiring, including high pressure safety controls, low pressure
controls, and oil failure controls
5. Motor protection devices
Attention! The terminals 1-2/3-4/B1-B2 on the compressor and motor protection
device must not come into contact with supply or control voltage.
Installation – Refrigerant Piping
Great care should be taken to ensure the refrigeration piping is kept clean and dry prior to
installation. The following procedures should be followed:
1. Do not leave dehydrated compressors, filter dryers, or refrigerant lines open to
the atmosphere any longer than absolutely necessary.
2. Use only refrigerant grade tubing.
3. Suction lines should slope towards the compressor ½” per 10 feet
4. Suitable p-traps should be located at the base of suction risers to enhance oil
return.
5. Suction line risers should be sized to provide adequate velocity for oil return,
and in certain instances double risers may be required. Consult either the
equipment manufacturers recommendations, or ASHRAE refrigeration piping
guidelines.
6. When brazing copper lines, nitrogen (or suitable inert gas) should be passed
through the lines at low pressure to prevent scaling and oxidation inside the
tubing. This is especially critical when using HFC refrigerants with POE oils.
Warning! Always use a pressure regulator with a nitrogen tank. Do not
exceed two psi and vent lines when brazing. Do not exceed 350 psi for leak
testing the high side of the system, or 150 psi for leak testing the low side of the
system.
7. Joints should be brazed with a silver alloy brazing material, use a minimum of
35% silver solder for joints that contain dissimilar metals.
8. When brazing compressor service valves, care should be taken to not
overheat the valves. The maximum brazing temperature is 1292 qF.
Installation and Start-up
6
Leak Testing
Evaluate the refrigeration circuit assembly according to ANSI/ ASHRAE 15 or valid
equivalent safety standards. The following procedure is recommended for leak checking
the refrigeration system prior to starting any compressor.
1. Visually inspect all lines and joints for proper piping practices.
2. Isolate the following components.
a. Compressors – front seat suction and discharge service valves, and
close all oil supply and equalization lines.
b. Pressure transducers.
c. Other components such as, piloted control valves, as recommended by
the manufacturer.
3. Open all other refrigerant line ball valves and solenoid valves.
Test Charge
4. Use properly regulated dry nitrogen and a refrigerant to pressurize the system
with vapor only. (Note: regardless of which refrigerant is used for the
operating charge, R22 may be used for leak checking and pressure testing
prior to start-up.) Charge a small amount of refrigerant through a dehydrator,
and add dry nitrogen through a separate line to bring the system pressure up to
150 psig. Use an electronic leak detector to inspect all connections.
5. If a leak is found isolate, repair and retest.
Danger! Never trap liquid refrigerant between closed valves, especially when
applying heat to repair a leak. Hydraulic explosion may result.
6. After repairing all leaks, assure all valves are re-opened and the system charge
is maintained at 150 psig.
7. Using a vacuum pump, evacuate the system to approximately 1-5 psia.
8. The system should stand unaltered for approximately 12 hours with no
increase in pressure.
Installation and Start-up
7
Evacuation
Attention! Nitrogen and moisture will remain in the system unless proper evacuation
procedures are followed. Nitrogen left in the system may cause excessive discharge
pressure problems. Moisture causes TEV ice blockage, wax build up, acid oil, and
sludge formation. Do not simply purge the system, this method is expensive, harmful
to the environment, may leave moisture and nitrogen in the system, and may result in
fines or penalties from the EPA. Do not run the compressor to evacuate the system. This
procedure introduces moisture into the compressor’s crankcase oil and does not produce
adequate vacuum levels to remove moisture from the system.
1. Using all copper lines or high vacuum hoses and packless isolation valves,
connect a vacuum pump with adequately sized lines to the refrigeration
system piping. The vacuum pump must be in good working order and filled
with fresh oil to achieve the desired results.
2. Connect a micron vacuum gauge near the pump so it can be isolated from the
pump and still read system pressure. It is also recommended that a second
vacuum gauge be connected at the farthest point in the system from the
vacuum pump.
3. Energize the crankcase heaters, if applicable.
4. Open all compressor service valves and oil lines.
5. Turn on the vacuum pump and pull down the entire system to a vacuum level
of 1500 microns.
6. If the vacuum fails to hold, or pull down, determine the cause i.e. a leak, and
correct.
7. Break the vacuum with refrigerant vapor, to a pressure of at least 2 psig, being
careful not to exceed the micron gauges maximum pressure limit.
8. Repeat steps 5-7.
9. Install suction filters and liquid drier cores.
10. Pull a vacuum on the entire system again to a level of 500 microns or less.
11. Close all vacuum headers and valves and allow the system to stabilize for a
minimum of 12 hours.
12. If the vacuum holds, charging may begin. If the vacuum does not hold, the
cause must be determined and corrected, and repeat the entire evacuation
procedure from the beginning.
Warning! Do not start or operate the compressor while the system is in a
vacuum. Severe damage to the compressor’s motor windings may result.
Installation and Start-up
8
Pre-Check, Charging and Start-up
After the installation, leak testing, and evacuation procedures are complete the following
items should be checked before charging the system with refrigerant:
1. Check all electrical connections to make sure they are tight.
2. Observe compressor oil levels; oil should be visible in the compressor sight
glass. If needed, pump oil into the compressor until the level is between ¼ and
¾ of the sight glass. (Note: See the lubrication section of this manual for the
proper oil type.)
3. Add oil as necessary to the oil reservoir.
4. Check high and low pressure controls, oil regulators, other safety controls, and
valves and adjust if necessary.
Charging
1. Close the ball valve immediately downstream of the receiver, and connect the
proper refrigerant to the charging access port.
2. Slowly open the liquid valve on the refrigerant tank and fill the receiver to
approximately 60%.
3. Disconnect the refrigerant tank, and open the ball valve. The liquid level
should decrease as refrigerant is drawn into the system piping.
4. The remaining refrigerant charge must be added only as vapor through the
suction access port.
5. Turn on a compressor, and continue charging through the suction side of the
system with vapor only until the receiver level is approximately 30%. (Note:
In a parallel compressor application, additional compressors may be turned on
to maintain the suction pressure to aid in the charging process.)
6. Check oil levels of each compressor continually through the charging process.
If oil needs to be added, stop the charging process add the oil, then resume
charging the refrigerant.
7. For compressors with oil pumps, check the oil pressure by means of a gauge
connected to the Schrader valves on the oil pump. Differential oil pressure
should be in the range of 20 to 50 psi, with a minimum inlet pressure
(measured on the suction side of the oil pump) of 5.8 psig.
8. Monitor the oil temperature while charging, and maintain its temperature
above 104 qF.
Attention! With non-azeotropic refrigerants, it is best to charge the entire
contents of the cylinder to prevent fractionalization of the refrigerant.
Installation and Start-up
9
9. Allow the full system to operate until it stabilizes.
10. Adjust all expansion valves, EPR valves, control valves, and other controls to
their proper settings.
11. Re-check refrigerant charge and oil levels, adding refrigerant and oil as
needed.
Items to Watch and Check During Start-up
Excessive Vibrations
The whole system, especially the piping and capillary tubes must be designed to prevent
abnormal vibrations. If necessary, additional protective measures must be taken.
Attention!
Pipe fractures and leakages at compressor and other components are possible! Avoid
strong vibrations!
Compressor Cycling Frequency
A compressor should not be started more than 8 times per hour. Therefore a minimum
running time should be guaranteed:
IR2C0173 – IR2C0692
IR4C0770 – IR4C2397
IR4B2707 – IR6B6462
Min. Running Time
2 min
3 min
5 min
Check Performance and Operational Information
x Evaporating temperature
x Suction gas temperature
x Condensing temperature
x Discharge gas temperature
x Oil temperature
x Compressor Start / Stop frequency
x Operating current
x Distribution voltage
Installation and Start-up
10
Operation / Maintenance
Regular checks
Examine the system regularly to ensure compliance to the specifications, and national
regulations.
Check the following:
x Operating data
x Oil supply
x Protection devices and compressor monitoring parts (check valves, discharge gas
temperature limiter, pressure limiters)
x Check electrical cable connections to insure that they are tight fitting.
Oil Changes
Oil changes are not normally necessary for factory-assembled systems. For “field
installations” and for applications near the operating limits, a first oil change is
recommended after approximately 100 operating hours. This includes cleaning/replacing
the oil filter and magnetic plug.
After this initial change, it is recommended that the oil be replaced approximately every
three years or 10,000 to 12,000 operating hours. Also replace the oil filter and clean the
magnetic plug.
Use only Ingersoll Rand approved lubricants as listed in the Lubricant – Section 8 of this
manual.
Attention!
Ester oils are strongly hygroscopic. Moisture chemically compounds with these oils.
Moisture cannot effectively be removed by evacuation. Avoid open exposure to
ambient air!
Dispose of waste oil properly!
Chlorinated oil is a pollutant.
Installation and Start-up
11
Troubleshooting - Procedures
Warning! Before attempting any service work on the compressor, the
following safety precautions should be strictly adhered to. Failure to follow
these instructions could result in serious personal injury.
1. Follow recognized safety practices and wear protective goggles.
2. Do not operate compressor or provide any electric power to this unit unless the
compressor terminal box cover is in place and secured.
3. Do not provide power to unit or turn on compressor unless suction and discharge
service valves are open.
4. Do not remove the compressor terminal box cover until all electrical sources have
been disconnected.
5. Warning: In the event of a refrigerant leak around terminals proceed immediately
to Step 6. Do not disturb the terminals or wiring at the terminals or perform any
disassembly of this compressor until Step 6 is completed.
6. Shut off suction and discharge service valves to isolate the compressor and slowly
remove all refrigerant in compressor. Appropriate service practices should be
followed to properly reclaim refrigerant removed from the compressor.
7. Disconnect all electrical wiring to the compressor.
8. Unbolt suction and discharge service valves from the compressor.
REMINDER: These valves may be sealing off refrigerant from the rest of the
system. Do not open these valves without first determining whether there is
refrigerant in the system.
Installation and Start-up
12
Troubleshooting - Chart
Observation
1. Compressor will
not start.
2. Low compressor
capacity or inability
to pull down system
3. Blown valve plate
or cylinder head
gaskets
4. Compressor
cycles intermittently
5. Compressor
continually cycles
Possible Cause
Remedy
Power off
Check main switch, fuses, and
wiring
Reset manually
Reset manually
Tighten connections. Check wiring
and rewire if necessary.
Check and replace compressor if
defective.
See No. 3
Current overload open
Oil safety switch open
Loose electrical
connections or faulty wiring
Compressor motor burnout
Blown valve plate or
cylinder head gasket
Leaky valve plates or worn
seats
Leaky suction valves
Replace valve plate assembly
Pump down, remove cylinder head,
and examine valves and seats.
Replace if necessary.
Broken connecting rods or Replace compressor
pistons
Cylinder head bolts not
a. Replace gaskets
properly torqued.
b. Retorque cylinder head bolts
(59 lb-ft for all models)
Liquid refrigerant floodback See No. 7 (Flooding)
or flooded start
Low pressure switch erratic
a. Check tubing to switch to see
in operation
if clogged or crimped
b. Check settings of switch
Insufficient refrigerant in
Add refrigerant
system
Suction service valve closed Open valve
Insufficient water flowing
Adjust water regulating valve to
through condenser or
condenser, or clean condenser
clogged condenser
Discharge service valve not Open valve
fully open
Air in system
Purge
Faulty pressure stats
Repair or replace
Dirt or restriction in tubing
Check and clean tubing
to pressure stat
Condenser capacity reduced Remove excess refrigerant
by refrigerant over-charge
accompanied by high
discharge pressure
Plugged filter-drier
Replace filter-drier
Installation and Start-up
13
Observation
6. Low discharge pressure
7. Flooding
8. Low suction pressure
9. Compressor noisy
Possible Cause
Remedy
Excessive water flow
through condenser
Suction service valve
partially closed
Leaky compressor suction
valves
Adjust water regulating valve
Worn piston rings
Improper system piping
allows liquid to compressor
Defrost cycle improperly
set or not operating
correctly
Defective or improperly set
expansion valve
Evaporator fan failure
Insufficient refrigerant in
system
Evaporator fan failure
Plugged filter drier
Slugging due to flood back
of refrigerant
Hydraulic knock due to
excess oil in circulation
Bearings wiped because of
loss of oil
Improper support or
isolation of piping
Compressor not firmly
mounted
Unit not properly isolated
or vibration pad defective
Broken connecting rods,
valves, or running gear
Installation and Start-up
14
Open the valve
Pump down, remove the
cylinder head, examine valves
and seats; replace if necessary
Replace compressor
Correct piping
Do not allow more than 1/3 of
the system to be on defrost at
any given time. Check operation
of defrost system.
Increase superheat or replace
valve
Correct problem or replace fan
Add refrigerant
Correct problem or replace fan
Replace filter
See No. 7 (Flooding)
a.
b.
a.
b.
c.
Remove excess oil
Recheck oil return system
Add oil
Check oil return system
See No. 15 (Oil return) and
No.11 (Oil pressure)
d. Check for defective oil
failure control
Provide sufficient right angle
bends in piping to absorb
vibration and support firmly
with suitable hangers
Check for loose mounts
Add vibration isolation or check
for defection isolation pads
Replace compressor
Observation
10. Pipe rattle
11. Oil pressure lower
than normal or no oil
pressure
12. Compressor motor
protectors tripping or
cycling
Possible Cause
Remedy
Inadequately supported
piping or loose pipe
connections
Low oil charge
Support pipes or check pipe
connections
Faulty oil pump drive
segment
Worn oil pump
Replace segment
Worn compressor bearings
Replace compressor
High suction pressure on low
temperature compressor
causes excessive amp draw
High discharge pressure
Incorrect overload relay
If system does not have EPR valve,
throttle suction service valve until
system pulls down
Check for loss of condenser water or
blocked condenser fan or coil
Replace with correct overload relay
Defective overload relay
Replace
High suction temperature
Reduce suction temperature by TXV
adjustment or provide
desuperheating
Check all power and control circuit
connections
Check for motor ground or short.
Replace compressor if found.
Check operation of motor protector,
replace if necessary.
Check line voltage and determine
location of voltage drop
Replace compressor
Loose power or control
circuit wiring connection
Defective motor
Faulty motor protection
device
Low line voltage
13. Compressor
cycles on locked
rotor
Seized compressor (remove
bearing head assembly and
try to rotate crankshaft).
Single phasing
Liquid refrigerant in cylinder
On part-winding start
compressors, the second set
of windings may not be
energized
Installation and Start-up
15
Check oil level requirements
Replace bearing head assembly
Check voltage across all 3 legs at
contactor. Correct source of
problem.
Check and replace valve plates
a.
b.
Faulty contactor – replace
Faulty time-delay relay –
replace
Observation
14. Motor burnout
Possible Cause
Remedy
Check control box for
welded starter contacts,
welded overload contacts,
or burned out heater
elements.
Oil equalization line not
preventing gas equalization
Replace defective components.
15. On parallel
compressor
installations, oil
level does not
Excessive blow by into
equalize or remain crankcase – worn rings,
at a constant level in valves, or blown gasket.
all compressors
Blown valve plate or
cylinder head gasket
Broken suction or discharge
valve
Compression ratio too high
16. Compressor
running hot
High suction temperature
Cylinder head cooling fan
not operating or incorrect
voltage to fan motor
High oil level
Excessive blow-by into
crankcase – worn rings,
valves, or blown gasket.
Installation and Start-up
16
Level oil equalization line
Replace gasket, valve plate, or
compressor.
See no. 3.
Replace valves and valve plate, if
necessary.
a. Check setting of low and high
pressure switches
b. Check condenser – is it
plugged
c. Check that all evaporator and
condenser fans are operating
properly.
Reduce suction temperature by TXV
adjustment or provide desuperheating
Replace defective part or check that
available voltage agrees with fan
motor voltage.
Lower oil level
Replace gasket, valve plate, or
compressor.
Troubleshooting - Motor Burnout (Clean-up Procedure)
When a hermetic motor burns out, the stator winding decomposes forming carbon, water,
and acid, which contaminate refrigerant systems. These contaminants must be removed
from the system to prevent repeat motor failures.
Warning! Before attempting any service work on the compressor, see safety
precautions listed on page 12 of this section. Failure to follow these instructions could
result in serious personal injury.
a. Determine cause of burnout and make any necessary corrections. Check control box
for blown fuses, welded starter contacts, welded overload contacts or burned out
heater elements. Check compressor terminal plate for burned or damaged terminals
and insulation, also check for shorted or grounded terminals. Check unit wiring for
loose power connections. Check for high or low voltage.
b. Close compressor suction and discharge service valves and bleed refrigerant from
compressor. Save remaining refrigerant in system.
c. Remove suction and discharge service valves and all other connections from the
damaged compressor. Remove damaged compressor and replace with a new
compressor. On severe motor burnouts, be sure shut-off valves and suction or
discharge lines are not contaminated. If they are, they should be thoroughly cleaned
or replaced before connecting to replacement compressor.
d. Install new liquid line filter-drier and if the system has a suction line filter-drier, also
replace that core.
e. Evacuate and dehydrate replacement compressor and check to see that oil in
compressor is at proper level.
f. Place compressor in operation. After 2-4 hours of operation, check compressor oil for
discoloration and/or acidity. If oil shows signs of contamination, replace oil charge,
replace filter-driers, and clean suction strainer.
g. Check oil daily for discoloration and acidity. If oil stays clean and acid-free, the
system is clean. If oil shows signs of contamination, change oil, change filter-drier,
and clean suction strainer. If filter-drier or strainer is dirty or discolored, repeat this
step until system is cleaned.
Installation and Start-up
17
De-commissioning
Standstill
Keep the crankcase heater switched on until dismantling the compressor. This prevents
increased refrigerant concentration in the compressor oil.
Dismantling the compressor
For repair work that makes compressor removal necessary, or when decommissioning:
1. Close the shut-off valves at the compressor.
2. Reclaim the refrigerant. Do not release refrigerant into the atmosphere. Follow all
federal regulations.
3. Open the threaded joints or flanges at the compressor valves.
4. Remove the compressor if necessary with a hoisting tool.
Compressor Disposal
Drain the oil out of the compressor. Dispose of waste oil properly. Chlorinated oil is a
pollutant. Have the compressor repaired or disposed of per federal regulations.
Installation and Start-up
18
Polyolester Lubricant (IRPOE32) for Reciprocating
Compressors with an HFC Refrigerant
General
Ingersoll-Rand reciprocating compressors that are intended for use with chlorine free
HFC refrigerants (R404A, R507, etc.) shall be charged with a high quality polyolester
lubricant. IR POE 32 lubricant was formulated specifically for this purpose.
IRPOE32 polyolester lubricant provides good miscibility with HFC refrigerants, contrary
to conventional mineral oils, and is therefore the choice of polyolester lubricants when
using an HFC refrigerant. In addition, it has outstanding lubrication characteristics and a
favorable viscosity performance (high viscosity index).
Application Ranges
IRPOE32 (Basic Viscosity 32 cSt at 104 qF)
Refrigerant Application Ranges
R404A
H, M, L
R507
H, M, L
Comments
Stationary refrigeration and air conditioning
systems with condensing temperature up to 130 qF
Definition of the application ranges:
x H: Air conditioning (evaporating temperatures greater than 40q F)
x M: Medium temperature (evaporating temperatures between 0 and 40q F)
x L: Low temperature (evaporating temperatures below 0q F)
Properties of Ingersoll-Rand Polyolester Lubricants
Technical Data
Lubricant
Type
IRPOE32
Lubricants
Density at
Flashpoint
60 qF
lb/ft3
qF
58.4
505
Pour
point
qF
-51
1
Kinematic Viscosity - cSt
68 qF
88.1
104 qF
32.7
212 qF
5.7
Solubility Limits - IR POE 32 with R404A
140
Immiscible
Mixture Temperature °F
120
100
80
Miscible
60
40
20
0
-20
-40
0
10
20
30
40
% Oil by Weight
Refrigerant Pressure (psig)
Refrigerant Concentration in Lubricant
IR POE32 and R-404A
525
450
375
300
225
150
75
0
-13
32
77
122
167
Oil Temperature F
10%
Lubricants
20%
2
30%
212
Alternative Lubricants
IR POE 32
Supplier
ICI
Mobil
Mobil
Castrol
Oil Type
RL 32 H
EAL Arctic 32
EAL Arctic 22 CC
Icematic SW 32
The characteristics of these alternatives correspond to original IR POE 32. These may
also be mixed with the original lubricant, within the corresponding viscosity group. It is
assumed these alternatives have moisture content less than 50 ppm.
The Use of POE Lubricants with Chlorinated (H)CFC Refrigerants
(R22 etc.)
POE lubricants may also be used with HCFC refrigerants, to simplify a subsequent
conversion to chlorine free refrigerant. POE lubricants are basically suitable for such
applications, however; an increased risk exists regarding compressor wear and chemical
stability of the system. A qualified conversion from mineral oil to POE requires repeated
lubricant changes due to the unavoidable contamination of oil with chlorine from the
HCFC refrigerant.
The use of POE lubricants with HCFC refrigerants should be carefully considered
especially regarding the following:
x When operating with HCFC, the amount of refrigerant dissolved in the POE
lubricant is more than double compared to conventional lubricants. This results in
a large reduction in viscosity, especially with high suction pressure and low
lubricant temperature, and this reduced viscosity may increase wear
x Ester lubricants are strongly hygroscopic and require a high degree of dehydration
(<50 ppm) when used with HCFC refrigerants. Due to the chlorine content of
HCFC’s, this level of dehydration can only be achieved with considerable effort.
Excessive moisture content leads to hydrolysis and acid formation with copper
plating resulting in damage to the compressor.
x Ester lubricants have good solubility behavior with regard to system deposits and
therefore increase the danger of damage to the compressor due to loosened dirt.
Resulting Requirements
x For air conditioning (H-range) and liquid injection cooling with single stage
compressors, the use of a POE lubricant with a higher basic viscosity is needed.
Contact Hussmann Global Engineering for proper application.
x Crankcase heaters with a high capacity and in certain cases pump down control
are required. Short operating periods should be avoided and protection against
Lubricants
3
liquid slugging should be provided. Also ensure sufficient suction gas
superheating.
x A high degree of dehydration, installation of generously sized driers, and change
after approximately 100 operating hours. Careful handling – only use lubricant
from originally sealed containers.
x Operation within controlled temperature limits
x Installation of suction side clean up filters.
Note
x Due to the special risks with ester lubricants and HCFC refrigerant circuits,
in the case of compressor damage, we reserve the right to assess a possible
warranty claim based on an individual examination of the compressor in our
laboratory facility.
x All compressors can be used with R134a, R404A, R507, and R407C whereby the
positive characteristics of ester lubricants are fully exploited. This is preferred
over a HCFC system with ester lubricant.
Compressor Retrofit
When replacing another manufacturer’s compressor with an Ingersoll Rand Impact¥
compressor, lubricant compatibility must be investigated. If the lubricant in the system is
listed in the Alternative Lubricants Table (shown on prior page), lost lubricant may be
replaced with that lubricant.
If the lubricant in the system is not listed, it is
recommended that the lubricant be replaced with one on the list or contact Hussmann
Global Engineering for further guidance. Consult the retrofit section of this catalog for
proper retrofit procedures.
Lubricants
4
Mineral Oil (IRMO32) for Reciprocating Compressors with an
HCFC Refrigerant
General
Ingersoll Rand reciprocating piston compressors for HCFC refrigerants are fitted as
standard with special refrigeration lubricant type Ingersoll Rand MO32. Its features
include:
x Thermal stability
x Low tendency to foam
x Stable viscosity curve
x High miscibility with HCFC refrigerants
x Optimum lubrication ability (reduced bearing friction)
The range of application covers the limits of application published in the compressor
documentation. Mixing with other lubricants should be avoided and will void the
warranty.
Technical Data
Density Flashpoint Kinematic Viscosity (cSt)
lb/ft3
qF
68 qF
104 qF
122 qF
55.3
374
122
39
22.7
Pour point Flock point qF
qF
-40
-72
Solubility Limits - IR MO 32 with R-22
77
Mixture Temperature °F
68
59
50
41
32
23
14
5
-4
-13
-22
-31
-40
0
10
20
Weight % Oil
Lubricants
5
30
40
Alkyl Benzene Lubricants
Alkyl benzene is a possible alternative to mineral oil in Ingersoll-Rand Impact¥
compressors with HCFC refrigerants. Alkyl benzene’s features include:
x Thermal stability
x Low tendency to foam
x Stable viscosity curve
x High miscibility with HCFC refrigerants
x Optimum lubrication ability (reduced bearing friction)
The Lubrication Table shown below references acceptable alternatives to use.
Lubrication Table
The characteristics of the alternative lubricants correspond to normal standards based on
information published by the manufacturer. The use of these lubricants is possible, but
should be guided by past experience. These lubricants are for use with HCFC
refrigerants.
Supplier
Original Charge
Ingersoll Rand
Alternative Oils
BP
Burmah/ Castrol
ESSO
Mobil
Shell
Sun Oil
Texaco/ Caltex
Lubricants
Viscosity
cSt
Oil Type
RMO32
Energol LPTF 32
Energol LPTF 46
Icematic 266
Icematic 299
Icematic 2284
Zerice S 46
Zerice S 68
Zerice R 46
Zerice R 68
Arctic C heavy
Arctic Oil 300
Arctic SHC 426
Clavus SD 2212
Clavus G 32
Clavus G 46
Clavus G 68
Suniso 3GS
Suniso HT25
Suniso 4GS
Refrig. Oil Low Temp. 32
Refrig. Oil Low Temp. 46
Refrig. Oil Low Temp. 68
Capella Oil WF 32
Capella Oil WF 46
Capella Oil WF 68
6
Application Range
MO
39
HML
MO
MO
MO
MO
AB
AB
AB
MO/AB
AB
MO
MO
AB
MO/AB
MO
MO
MO
MO
MO
MO
MO/AB
MO/AB
MO/AB
MO
MO
MO
32
46
30
57
64
48
64
50
68
44
60
65
39
30
44
65
30
43
57
30
43
63
30
46
68
H M (L)
HM
H M (L)
HM
HML
HML
HML
H M (L)
HM
HM
HM
HML
HML
H M (L)
H M (L)
HM
H M (L)
H M (L)
HM
H M (L)
HM
HM
H M (L)
HM
HM
Legend
x MO…Mineral Oil
x AB …Synthetic Oil (alkyl benzene)
x MO/AB … Part synthetic oil (MO + AB)
x H … Air Conditioning (>40q F)
x M …Medium temperature (0q to 40q F)
x L … Low Temperature (<0q F)
x (L)…Low temperature with the exception of semi-hermetic compressors
operating with high condensing temperatures.
For systems with HCFC refrigerants and high thermal loads (heat recovery, heat
pumps, low temperature, cooling near the limits of application) only the original
filling of Ingersoll Rand MO 32 mineral oil should be used
Compressor Retrofit
When replacing another manufacturer’s compressor with an Ingersoll Rand Impact¥
compressor, lubricant compatibility must be investigated. If the lubricant in the system is
listed in the Lubrication Table, lost lubricant may be replaced with that lubricant. If the
lubricant in the system is not listed, it is recommended that the lubricant be replaced with
one on the list or contact Hussmann Global Engineering for further guidance. Consult
the retrofit section of this manual for proper retrofit procedures.
Lubricants
7
INGERSOLL RAND Impact™
SEMI HERMETIC RECIPROCATING COMPRESSOR
Model Number Nomenclature
IR 4 C 0000 S B
Voltage
B – 208-230/460/3/60
K – 208/230/3/60
M – 460/3/60
P – 575/3/60
R – 208/230/1/60
Oil System
S – Enhanced Centrifugal
P – Pump
Q – Pump (R-22 LT pre-existing models)
T – Enhanced Centrifugal (R-22 LT pre-existing models)
Displacement
Cubic Feet per Hour
Style
B – B Series
C – C Series
No. Of Cylinders
2 – Two Cylinders
4 – Four Cylinders
6 – Six Cylinders
8 – Eight Cylinders
Aftermarket
1
Aftermarket Compressor Part Numbers
IR Impact
Compressor
Model Number
Service Part
Number
Hussmann
Aftermarket Part
Number
Voltage
Service Core Part
Number
IR2C0173SK
IR2C0173SM
IR2C0173SP
IR2C0173SR
IR2C0222SK
IR2C0222SM
IR2C0222SP
IR2C0222SR
IR2C0278SK
IR2C0278SM
IR2C0278SP
IR2C0278SR
IR2C0278TK
IR2C0278TM
IR2C0278TP
IR2C0278TR
IR2C0323SK
IR2C0323SM
IR2C0323SP
IR2C0323SR
IR2C0407SK
IR2C0407SM
IR2C0407SP
IR2C0407TK
IR2C0407TM
IR2C0407TP
IR2C0407TR
IR2C0484SK
IR2C0484SM
IR2C0484SP
IR2C0484SR
IR2C0484TK
IR2C0484TM
IR2C0484TP
IR2C0572SK
IR2C0572SM
IR2C0572SP
IR2C0572SR
IR2C0572TM
IR2C0572TP
IR2C0692SK
IR2C0692SM
IR2C0692SP
IR2C0692TK
IR2C0692TM
IR2C0692TP
IR2C0692TR
IR4C0770SK
IR4C0770SM
IR4C0770SP
IR4C0770TK
IR4C0770TM
IR4C0770TP
IR4C0969SK
CU.8420421
CU.8420422
CU.8420423
CU.8420367
CU.8420424
CU.8420425
CU.8420426
CU.8420447
CU.8420427
CU.8420428
CU.8420429
CU.8420448
CU.8420510
CU.8420511
CU.8420512
CU.8420509
CU.8420430
CU.8420431
CU.8420432
CU.8420449
CU.8420433
CU.8420434
CU.8420435
CU.8420457
CU.8420458
CU.8420459
CU.8420456
CU.8420436
CU.8420437
CU.8420438
CU.8420450
CU.8420460
CU.8420461
CU.8420462
CU.8420439
CU.8420440
CU.8420441
CU.8420451
CU.8420464
CU.8420465
CU.8420442
CU.8420443
CU.8420444
CU.8420467
CU.8420468
CU.8420469
CU.8420466
CU.8420382
CU.8420383
CU.8420384
CU.8420470
CU.8420471
CU.8420472
CU.8420385
8420421
8420422
8420423
8420367
8420424
8420425
8420426
8420447
8420427
8420428
8420429
8420448
8420510
8420511
8420512
8420509
8420430
8420431
8420432
8420449
8420433
8420434
8420435
8420457
8420458
8420459
8420456
8420436
8420437
8420438
8420450
8420460
8420461
8420462
8420439
8420440
8420441
8420451
8420464
8420465
8420442
8420443
8420444
8420467
8420468
8420469
8420466
8420382
8420383
8420384
8420470
8420471
8420472
8420385
208-230/3
460/3
575/3
208-230/1
208-230/3
460/3
575/3
208-230/1
208-230/3
460/3
575/3
208-230/1
208-230/3
460/3
575/3
208-230/1
208-230/3
460/3
575/3
208-230/1
208-230/3
460/3
575/3
208-230/3
460/3
575/3
208-230/1
208-230/3
460/3
575/3
208-230/1
208-230/3
460/3
575/3
208-230/3
460/3
575/3
208-230/1
460/3
575/3
208-230/3
460/3
575/3
208-230/3
460/3
575/3
208-230/1
208-230/3
460/3
575/3
208-230/3
460/3
575/3
208-230/3
CU.C420421
CU.C420422
CU.C420423
CU.C420367
CU.C420424
CU.C420425
CU.C420426
CU.C420447
CU.C420427
CU.C420428
CU.C420429
CU.C420448
CU.C420510
CU.C420511
CU.C420512
CU.C420509
CU.C420430
CU.C420431
CU.C420432
CU.C420449
CU.C420433
CU.C420434
CU.C420435
CU.C420457
CU.C420458
CU.C420459
CU.C420456
CU.C420436
CU.C420437
CU.C420438
CU.C420450
CU.C420460
CU.C420461
CU.C420462
CU.C420439
CU.C420440
CU.C420441
CU.C420451
CU.C420464
CU.C420465
CU.C420442
CU.C420443
CU.C420444
CU.C420467
CU.C420468
CU.C420469
CU.C420466
CU.C420382
CU.C420383
CU.C420384
CU.C420470
CU.C420471
CU.C420472
CU.C420385
Aftermarket
2
IR Impact
Compressor
Model Number
Service Part
Number
Hussmann
Aftermarket Part
Number
Voltage
Service Core Part
Number
IR4C0969SM
IR4C0969SP
IR4C0969TK
IR4C0969TM
IR4C0969TP
IR4C1145SK
IR4C1145SM
IR4C1145SP
IR4C1145TK
IR4C1145TM
IR4C1145TP
IR4C1385SK
IR4C1385SM
IR4C1385SP
IR4C1480PB
IR4C1480PP
IR4C1480QB
IR4C1480QP
IR4C1480SB
IR4C1480SP
IR4C1480TB
IR4C1480TP
IR4C1761PB
IR4C1761PP
IR4C1761QB
IR4C1761QP
IR4C1761SB
IR4C1761SP
IR4C1761TB
IR4C1761TP
IR4C2067PB
IR4C2067PP
IR4C2067QB
IR4C2067QP
IR4C2067SB
IR4C2067SP
IR4C2067TB
IR4C2067TP
IR4C2397PB
IR4C2397PP
IR4C2397QB
IR4C2397QP
IR4C2397SB
IR4C2397SP
IR4C2397TB
IR4B2397TP
IR4B2707PB
IR4B2707PP
IR4B2707QB
IR4B2707QP
IR4B3139PB
IR4B3139PP
IR4B3139QB
IR4B3139QP
IR4B3604PB
IR4B3604PP
IR4B3604QB
CU.8420386
CU.8420387
CU.8420473
CU.8420474
CU.8420475
CU.8420388
CU.8420389
CU.8420390
CU.8420476
CU.8420477
CU.8420478
CU.8420519
CU.8420520
CU.8420521
CU.8420391
CU.8420392
CU.8420479
CU.8420480
CU.8420393
CU.8420394
CU.8420481
CU.8420482
CU.8420395
CU.8420396
CU.8420483
CU.8420484
CU.8420397
CU.8420398
CU.8420485
CU.8420486
CU.8420399
CU.8420400
CU.8420487
CU.8420488
CU.8420401
CU.8420402
CU.8420489
CU.8420490
CU.8420403
CU.8420404
CU.8420491
CU.8420492
CU.8420405
CU.8420406
CU.8420493
CU.8420494
CU.8420407
CU.8420408
CU.8420495
CU.8420496
CU.8420409
CU.8420410
CU.8420497
CU.8420498
CU.8420411
CU.8420412
CU.8420499
8420386
8420387
8420473
8420474
8420475
8420388
8420389
8420390
8420476
8420477
8420478
8420519
8420520
8420521
8420391
8420392
8420479
8420480
8420393
8420394
8420481
8420482
8420395
8420396
8420483
8420484
8420397
8420398
8420485
8420486
8420399
8420400
8420487
8420488
8420401
8420402
8420489
8420490
8420403
8420404
8420491
8420492
8420405
8420406
8420493
8420494
8420407
8420408
8420495
8420496
8420409
8420410
8420497
8420498
8420411
8420412
8420499
460/3
575/3
208-230/3
460/3
575/3
208-230/3
460/3
575/3
208-230/3
460/3
575/3
208-230/3
460/3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
CU.C420386
CU.C420387
CU.C420473
CU.C420474
CU.C420475
CU.C420388
CU.C420389
CU.C420390
CU.C420476
CU.C420477
CU.C420478
CU.C420519
CU.C420520
CU.C420521
CU.C420391
CU.C420392
CU.C420479
CU.C420480
CU.C420393
CU.C420394
CU.C420481
CU.C420482
CU.C420395
CU.C420396
CU.C420483
CU.C420484
CU.C420397
CU.C420398
CU.C420485
CU.C420486
CU.C420399
CU.C420400
CU.C420487
CU.C420488
CU.C420401
CU.C420402
CU.C420489
CU.C420490
CU.C420403
CU.C420404
CU.C420491
CU.C420492
CU.C420405
CU.C420406
CU.C420493
CU.C420494
CU.C420407
CU.C420408
CU.C420495
CU.C420496
CU.C420409
CU.C420410
CU.C420497
CU.C420498
CU.C420411
CU.C420412
CU.C420499
Aftermarket
3
IR Impact
Compressor
Model Number
Service Part
Number
Hussmann
Aftermarket Part
Number
Voltage
Service Core Part
Number
IR4B3604QP
IR6B4060PB
IR6B4060PP
IR6B4060QB
IR6B4060QP
IR6B4709PB
IR6B4709PP
IR6B4709QB
IR6B4709QP
IR6B5406PB
IR6B5406PP
IR6B5406QB
IR6B5406QP
IR6B6462PB
IR6B6462PP
IR6B6462QB
IR6B6462QP
IR8C7863PK
IR8C7863PM
IR8C7863PP
IR8C9400PK
IR8C9400PM
IR8C9400PP
CU.8420500
CU.8420413
CU.8420414
CU.8420501
CU.8420502
CU.8420415
CU.8420416
CU.8420503
CU.8420504
CU.8420417
CU.8420418
CU.8420505
CU.8420506
CU.8420419
CU.8420420
CU.8420507
CU.8420508
CU.8420445
CU.8420452
CU.8420453
CU.8420446
CU.8420454
CU.8420455
8420500
8420413
8420414
8420501
8420502
8420415
8420416
8420503
8420504
8420417
8420418
8420505
8420506
8420419
8420420
8420507
8420508
8420445
8420452
8420453
8420446
8420454
8420455
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/460-3
575/3
208-230/3
460/3
575/3
208-230/3
460/3
575/3
CU.C420500
CU.C420413
CU.C420414
CU.C420501
CU.C420502
CU.C420415
CU.C420416
CU.C420503
CU.C420504
CU.C420417
CU.C420418
CU.C420505
CU.C420506
CU.C420419
CU.C420420
CU.C420507
CU.C420508
CU.C420445
CU.C420452
CU.C420453
CU.C420446
CU.C420454
CU.C420455
Aftermarket
4
IR Impact™ Compressor – 4 hour Distribution Map
Aftermarket
5
IR IMPACT™ COMPRESSOR CONTACT DIRECTORY
NAME
ROLE
DESCRIPTION OF RESPONSIBILITY
PRODUCT MANAGEMENT/SALES SUPPORT
Bryan Ware
Director of Marketing
Mike Stirnemann
Refrigeration Sales
Specialist, Central Zone
Refrigeration Sales
Manager, Bitzer US
Lynn Carte
Product management includes promotion, pricing,
development of sales support materials
Provides technical sales support for the IR
IMPACT compressor in the Central Zone
Provides technical sales support for the IR
IMPACT compressor through our partner, Bitzer
US, where needed by request of account
executives
PHONE NUMBER
(314) 298-6202
(314) 298-4851
(678) 617-6652
ENGINEERING SUPPORT SERVICES
Norm Street
Platform Manager –
Refrigeration Products
Doron Shapiro
Development Engineer
Ivan Snider
Development Engineer
Jose Lopes
Design Engineer
Kevin Gallo
Team Leader –
Commercial Products at
Krack
Compliance Manager
Alex McKinney
Paul Grainger
Application Engineering,
East
Sal Giafaglione
Quality and Customer
Service Manager
Ken Hughes
Customer Service /
Quality Technician
Jennifer Parisi
Customer Service,
Chino Systems
George Ballinger
Manager, Retail
Solutions Field Services
Larry Bartow
Field Service Engineer,
NC
Jim Coss
Field Service Engineer,
KY
Larry Davis
Field Service Engineer,
VA
Jim Galehan, Jr
Field Service Engineer,
PA
Jim Green
Field Service Engineer,
NV
Oversees all design engineering functions as it
relates to the testing and integration of the IR
IMPACT compressor into Hussmann Refrigeration
Systems products
Responsible for testing of the IR IMPACT
compressor
Responsible for engineering review and
integration of the IR IMPACT compressor in the
aftermarket retro-fit program
Responsible for the integration of the IR IMAPCT
compressor into any Hussmann Refrigeration
Systems OEM products
Responsible for the integration of the IR IMAPCT
compressor into any Krack Corporation
Commercial products
Responsible for UL compliance of the IR IMPACT
compressor and for UL compliance of any
products into which the IR IMAPCT compressor is
installed.
Oversees the eastern zone Application engineers
responsible for quoting and preparation of legends
with the IR IMPACT compressor and the
Refrigeration System Solution Package (RSS)
(314) 298-4764
(314) 298-4730
(314) 298-4881
(770) 291-3011
(630) 629-7500
(770) 291-2436
(770) 291-2329
OEM EQUIPMENT WARRANTY/TECHNICAL SUPPORT
Aftermarket
Responsible for the Quality of Manufactured
Products (IR IMPACT compressor and the
Refrigeration System Solution Package RSS)
produced at The Hussmann Suwanee Facility
Provides Factory support for (IR IMPACT
compressor and the Refrigeration System Solution
Package RSS) manufactured at The Hussmann
Suwanee Facility
Responsible for customer service for new projects
and warranty parts for Chino Systems products
into which the IR IMPACT compressor is installed
Manages Field Service engineering organization
that provides field support for OEM equipment
utilizing the IR IMPACT compressor
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
6
(770) 291-2390
(770) 291-2984
(909) 548-2563
(314) 298-4715
(704) 913-1690
(606) 462-0152
(804) 640-1443
(412) 292-6944
(702) 348-9514
Alfred Gutierrez
Field Service Engineer,
TX
Dave Hampton
Field Service Engineer,
MO
Bob Hill
Field Service Engineer,
MD
Monty Johnson
Field Service Engineer,
IN
Jack Kinney
Field Service Engineer,
NC
Phil Maton
Field Service Engineer,
GA
Frank Metcalfe
Field Service Engineer,
GA
Freddy Munoz
Field Service Engineer,
NJ
Michael Pederson
Field Service Engineer,
UT
Karsten Skriver
Field Service Engineer,
TX
Lance Willis
Field Service Engineer,
WA
Mark Wilson
Field Service Engineer,
FL
Jim McCracken
Project Manager,
Aftermarket
Customer Service
Customer Service,
Aftermarket
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
Provides field support for the IR IMPACT
compressor installed in Hussmann OEM
equipment
(817) 819-1498
(636) 236-2538
(443) 807-3876
(812) 292-4075
(336) 345-1100
(404) 392-5499
(404) 392-5612
(862) 849-7683
(801) 381-0669
(210) 559-0748
(360) 607-6451
(727) 243-6780
AFTERMARKET DISTRIBUTION SUPPORT
Aftermarket
Distribution tracking and support. Compressor
warranty and return issues. Technical and retrofit
support.
Receive and process orders for compressors and
parts. Process warranty returns and credits.
7
(314) 298-4725
(952) 886-6047
Compressor Model Cross Reference Table
IR Impact™ Compressor
CFH
Model Number
IR2C0173SK
IR2C0173SK
IR2C0173SK
IR2C0173SK
IR2C0173SK
IR2C0173SK
IR2C0173SK
IR2C0173SM
IR2C0173SM
IR2C0173SM
IR2C0222SK
IR2C0222SK
IR2C0222SK
IR2C0222SM
IR2C0222SM
IR2C0278SK
IR2C0278SM
IR2C0323SK
IR2C0323SK
IR2C0323SK
IR2C0323SK
IR2C0323SK
IR2C0323SM
IR2C0323SM
IR2C0323SM
IR2C0323SM
IR2C0323SM
IR2C0407SK
IR2C0407SK
IR2C0407SM
IR2C0407SM
IR2C0484SK
IR2C0484SK
IR2C0484SM
IR2C0484SM
IR2C0484SK
IR2C0484SM
IR2C0484SM
IR2C0484SP
IR2C0572SK
IR2C0572SK
IR2C0572SM
IR2C0572SM
IR2C0692SK
IR2C0692SK
IR2C0692SK
IR2C0692SK
IR2C0692SK
IR2C0692SK
IR2C0692SK
IR2C0692SM
IR2C0692SM
IR2C0692SM
IR2C0692SM
IR2C0692SM
Aftermarket
173
173
173
173
173
173
173
173
173
173
222
222
222
222
222
278
278
323
323
323
323
323
323
323
323
323
323
407
407
407
407
484
484
484
484
484
484
484
484
572
572
572
572
692
692
692
692
692
692
692
692
692
692
692
692
Copeland Model
Number
KAGA-010A-TAC-800
KAGA-010E-TAC-800
KAGA-015A-TAC-800
KAMA-007A-TAC-800
KAMA-007E-TAC-800
KAMA-010A-TAC-800
KARA-010E-TAC-800
KAGA-015A-TAD-800
KAM1-010A-TAD-800
KARA-011E-TAD-800
KAJA-010A-TAC-800
KAJA-011A-TAC-800
KAJA-011E-TAC-800
KAJA-011A-TAD-800
KAJA-011E-TAD-800
KAKA-020A-TAC-800
KAKA-020A-TAD-800
ERA1-0200-TAC-800
ERCA-020A-TAC-800
ERCA-021E-TAC-800
KALA-010A-TAC-800
KALA-016E-TAC-800
ERA1-0200-TAD-800
ERCA-020A-TAD-800
ERCA-021E-TAD-800
KALA-010A-TAD-800
KALA-016E-TAD-800
EAD1-032A-TAC-800
EADA-020E-TAC-800
EAD1-032A-TAD-800
EADA-020E-TAD-800
EAVA-021A-TAC-800
EAVA-021E-TAC-800
EAVA-021A-TAD-800
EAVA-021E-TAD-800
ERFA-031E-TAC-800
ERFA-0311-TAD-800
ERFA-031E-TAD-800
ERFA-031E-TAE-800
3AB1-031A-TAC-800
3ABA-031E-TAC-800
3AB1-031A-TAD-800
3ABA-031E-TAD-800
3RA1-031A-TAC-800
3RAA-031E-TAC-800
LAHA-031A-TAC-800
LAHA-031E-TAC-800
LAHA-032E-TAC-800
NRB2-040A-TFC-800
NRB2-040E-TFC-800
3RA1-031A-TAD-800
3RAA-031E-TAD-800
LAHA-031A-TAD-800
LAHA-032E-TAD-800
NRB2-040A-TFD-800
8
CFH Unld
184
184
184
169
169
169
158
184
169
158
218
218
218
218
218
255
255
339
339
339
313
313
339
339
339
313
313
388
388
388
388
441
441
441
441
461
461
461
461
524
524
524
524
628
628
698
698
698
698
698
628
628
698
698
698
Carlyle Model
Number
CFH
06DM8080GA3200
06DM8080GA3600
06DM8080GA3600
06DM8080GA3100
06DR1090GA3200
06DR1090GA3200
06DR1090GA3600
06DR1090GA3600
480
480
480
480
522
522
522
522
IR Impact™ Compressor
CFH
Model Number
IR2C0692SM
IR2C0692SP
IR2C0692SP
IR4C0770SK
IR4C0770SK
IR4C0770SK
IR4C0770SK
IR4C0770SK
IR4C0770SK
IR4C0770SM
IR4C0770SM
IR4C0770SM
IR4C0770SM
IR4C0770SM
IR4C0770SM
IR4C0770SM
IR4C0969SK
IR4C0969SK
IR4C0969SK
IR4C0969SK
IR4C0969SK
IR4C0969SM
IR4C0969SM
IR4C0969SM
IR4C0969SM
IR4C0969SM
IR4C1145SK
IR4C1145SK
IR4C1145SK
IR4C1385SK
IR4C1385SK
IR4C1145SK
IR4C1145SK
IR4C1145SK
IR4C1145SM
IR4C1145SM
IR4C1145SM
IR4C1145SM
IR4C1385SM
IR4C1385SM
IR4C1145SM
IR4C1145SM
IR4C1145SM
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
Aftermarket
692
692
692
770
770
770
770
770
770
770
770
770
770
770
770
770
969
969
969
969
969
969
969
969
969
969
1145
1145
1145
1385
1385
1145
1145
1145
1145
1145
1145
1145
1385
1385
1145
1145
1145
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
Copeland Model
Number
CFH Unld
NRB2-040E-TFD-800
LAHA-032A-TAE-800
LAHA-032E-TAE-800
2DC3-0500-TFC-800
2DC3-050E-TFC-800
LACA-032E-TAC-800
LALA-032E-TAC-800
NRA2-050A-TFC-800
NRD1-032E-TFC-800
2DC3-0500-TFD-800
2DC3-050E-TFD-800
LACA-032A-TAD-800
LACA-032E-TAD-800
LALA-032E-TAD-800
NRA2-050A-TFD-800
NRD1-032E-TFD-800
2DD3-0500-TFC-800
2DD3-050E-TFC-800
2DF3-030E-TFC-800
2DL3-040E-TFC-800
NRM1-050A-TFC-800
2DD3-0500-TFD-800
2DD3-050E-TFD-800
2DF3-030E-TFD-800
2DL3-040E-TFD-800
NRM1-050A-TFD-800
2DA3-060E-TFC-800
2DA3-0750-TFC-800
2DA3-075E-TFC-800
2DB3-0500-TFC-800
2DB3-060E-TFC-800
2DL3-0750-TFC-800
2DL3-075E-TFC-800
MRH4-076A-TFC-800
2DA3-0600-TFD-800
2DA3-060E-TFD-800
2DA3-0750-TFD-800
2DA3-075E-TFD-800
2DB3-0500-TFD-800
2DB3-060E-TFD-800
2DL3-0750-TFD-800
2DL3-075E-TFD-800
MRH4-076A-TFD-800
3DA3A060E-TFC-800
3DA3A060E-TFC-800
3DA3A060E-TFD-800
3DA3A060E-TFD-800
3DA3A0750-TFC-800
3DA3A0750-TFC-800
3DA3A0750-TFD-800
3DA3A0750-TFD-800
3DA3A075E-TFC-800
3DA3A075E-TFC-800
3DA3A075E-TFD-800
3DA3A075E-TFD-800
3DE3A0750-TFC-800
3DE3A0750-TFC-800
3DE3A0750-TFC-800
698
698
698
716
716
815
775
815
815
716
716
815
815
775
815
815
823
823
863
1008
970
823
823
863
1008
970
1136
1136
1136
1191
1191
1008
1008
1136
1136
1136
1136
1136
1191
1191
1008
1008
1136
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
9
1
1
1
Carlyle Model
Number
CFH
06DM3130CA3200
06DM3130CA3200
06DR0130CA3200
06DR0130CA3200
06DM3130CA3200
06DR0130CA3200
06DM3130CA3600
06DM3130CA3600
06DR0130CA3600
06DR0130CA3600
06DR0130CA3600
06DM3130CA3600
06DR0130CA3600
06DM3160CA3200
06DM3160CA3200
06DR3160CA3200
06DR3160CA3200
06DM3160CA3200
06DM3160CA3600
06DM3160CA3600
06DR3160CA3600
06DR3160CA3600
06DM3160CA3600
06DR718DA3200
06DA818DA3200
06DA818DA3200
06DR718DA3200
06DR718DA3200
06DA818DA3200
06DA818DA3200
06DA818DA3200
06DR718DA3600
06DR718DA3600
06DA818DA3600
06DA818DA3600
06DR718DA3600
06DR718DA3600
06DA818DA3600
06DA818DA3600
06DA818DA3600
06DR724DA3200
06DR724DA3200
06DR724DA3600
06DR724DA3600
06DA824DA3200
06DA824DA3200
06DA824DA3600
06DA824DA3600
06DA824DA3200
06DA824DA3200
06DA824DA3600
06DA824DA3600
06DA824DA3270
06DA824DA3270
06DA824DA3270
786
786
786
786
786
786
786
786
786
786
786
786
786
954
954
954
954
954
954
954
954
954
954
1100
1100
1100
1100
1100
1100
1100
1100
1100
1100
1100
1100
1100
1100
1100
1100
1100
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
IR Impact™ Compressor
CFH
Model Number
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SB
IR4C1480SP
IR4C1480SP
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
Aftermarket
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1480
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
1761
Copeland Model
Number
CFH Unld
Carlyle Model
Number
CFH
3DE3A0750-TFC-800
3DE3A0750-TFD-800
3DE3A0750-TFD-800
3DE3A075E-TFC-800
3DE3A075E-TFC-800
3DE3A075E-TFD-800
3DE3A075E-TFD-800
3DEHA075E-TFC-800
3DEHA075E-TFC-800
3DEHA075E-TFD-800
3DEHA075E-TFD-800
3DH3A0600-TFC-800
3DH3A0600-TFC-800
3DH3A0600-TFD-800
3DH3A0600-TFD-800
3DH3A060E-TFC-800
3DH3A060E-TFC-800
3DH3A060E-TFD-800
3DH3A060E-TFD-800
3DHHA060E-TFD-800
3DHHA060E-TFD-800
9RJ1-076A-TFC-800
9RJ1-076A-TFC-800
9RJ1-076A-TFD-800
9RJ1-076A-TFD-800
3DEHA075E-TFE-800
3DEHA075E-TFE-800
3DB3A075E-TFC-800
3DB3A075E-TFC-800
3DB3A075E-TFD-800
3DB3A075E-TFD-800
3DB3A1000-TFC-800
3DB3A1000-TFC-800
3DB3A1000-TFD-800
3DB3A1000-TFD-800
3DB3A100E-TFC-800
3DB3A100E-TFC-800
3DB3A100E-TFD-800
3DB3A100E-TFD-800
3DJ3A0750-TFC-800
3DJ3A0750-TFC-800
3DJ3A0750-TFD-800
3DJ3A0750-TFD-800
3DJHA075E-TFC-800
3DJHA075E-TFC-800
3DJHA075E-TFD-800
3DJHA075E-TFD-800
3DP3A1000-TFC-800
3DP3A1000-TFC-800
3DP3A1000-TFD-800
3DP3A1000-TFD-800
3DP3A100E-TFC-800
3DP3A100E-TFC-800
3DP3A100E-TFD-800
3DP3A100E-TFD-800
3DPHA100E-TFC-800
3DPHA100E-TFC-800
3DPHA100E-TFD-800
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1371
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
1615
06DA824DA3270
06DA824DA3670
06DA824DA3670
06DA824DA3200
06DA824DA3200
06DA824DA3600
06DA824DA3600
06DA824DA3200
06DA824DA3200
06DA824DA3600
06DA824DA3600
06DR724DA3270
06DR724DA3270
06DR724DA3670
06DR724DA3670
06DR724DA3270
06DR724DA3270
06DR724DA3670
06DR724DA3670
06DR724DA3670
06DR724DA3670
06DA824DA3200
06DA824DA3200
06DA824DA3600
06DA824DA3600
06DA824DA3100
06DA824DA3100
06DR228DA3200
06DR228DA3200
06DR228DA3600
06DR228DA3600
06DA328DA3200
06DA328DA3200
06DA328DA3600
06DA328DA3600
06DA328DA3200
06DA328DA3200
06DA328DA3600
06DA328DA3600
06DR228DA3270
06DR228DA3270
06DR228DA3670
06DR228DA3670
06DR228DA3270
06DR228DA3270
06DR228DA3670
06DR228DA3670
06DA328DA3270
06DR228DA3200
06DA328DA3670
06DA328DA3670
06DA328DA3270
06DA328DA3270
06DA328DA3670
06DA328DA3670
06DA328DA3270
06DA328DA3270
06DA328DA3670
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1435
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
1680
10
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
IR Impact™ Compressor
CFH
Model Number
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C1761SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2067SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
Aftermarket
1761
1761
1761
1761
1761
1761
1761
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2067
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
Copeland Model
Number
CFH Unld
3DPHA100E-TFD-800
9RC1-101A-TFC-800
9RC1-101A-TFC-800
9RC1-101A-TFD-800
9RC1-101A-TFD-800
9RP2-101A-TFC-800
9RP2-101A-TFC-800
3DF3A090E-TFC-800
3DF3A090E-TFC-800
3DF3A090E-TFD-800
3DF3A090E-TFD-800
3DF3A120E-TFC-800
3DF3A120E-TFC-800
3DF3A120E-TFD-800
3DF3A120E-TFD-800
3DF4A120E-TFC-800
3DF4A120E-TFC-800
3DF4A120E-TFD-800
3DF4A120E-TFD-800
3DG3A0900-TFC-800
3DG3A0900-TFC-800
3DG3A0900-TFD-800
3DG3A0900-TFD-800
3DG3A090E-TFC-800
3DG3A090E-TFC-800
3DG3A090E-TFD-800
3DG3A090E-TFD-800
3DGHA090E-TFC-800
3DGHA090E-TFC-800
3DGHA090E-TFD-800
3DGHA090E-TFD-800
3DK3A120E-TFC-800
3DK3A120E-TFC-800
3DK3A120E-TFD-800
3DK3A120E-TFD-800
3DK4A1200-TFD-800
3DK4A1200-TFD-800
3DKHA120E-TFC-800
3DKHA120E-TFC-800
3DKHA120E-TFD-800
3DKHA120E-TFD-800
3DR3A100E-TFC-800
3DR3A100E-TFC-800
3DR3A100E-TFD-800
3DR3A100E-TFD-800
3DRHA100E-TFC-800
3DRHA100E-TFC-800
3DRHA100E-TFD-800
3DRHA100E-TFD-800
3DS3A100E-TFC-800
3DS3A100E-TFC-800
3DS3A100E-TFD-800
3DS3A100E-TFD-800
3DS3A1500-TFC-800
3DS3A1500-TFC-800
3DS3A1500-TFD-800
3DS3A1500-TFD-800
3DS3A150E-TFC-800
1615
1615
1615
1615
1615
1615
1615
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
1913
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
11
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
Carlyle Model
Number
CFH
06DA328DA3670
06DA328DA3200
06DA328DA3200
06DA328DA3600
06DA328DA3600
06DA328DA3270
06DA328DA3270
1680
1680
1680
1680
1680
1680
1680
06DR337DA3270
06DR337DA3270
06DR337DA3670
06DR337DA3670
06DR337DA3270
06DR337DA3270
06DR337DA3670
06DR337DA3670
06DR337DA3200
06DR337DA3200
06DR337DA3600
06DR337DA3600
06DM337DA3200
06DM337DA3200
06DM337DA3600
06DM337DA3600
06DM337DA3200
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
IR Impact™ Compressor
CFH
Model Number
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4C2397SB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B2707PB
IR4B3139PB
IR4B3139PB
IR4B3139PB
IR4B3139PB
IR4B3139PB
IR4B3139PB
IR4B3139PB
IR4B3139QB
IR4B3139QB
IR4B3139QB
IR4B3139PP
IR4B3604PB
IR4B3604PB
IR4B3604PB
IR4B3604PB
IR4B3604PB
IR4B3604PB
IR4B3604PB
Aftermarket
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2397
2707
2707
2707
2707
2707
2707
2707
2707
2707
2707
2707
2707
2707
2707
2707
2707
2707
2707
2707
3139
3139
3139
3139
3139
3139
3139
3139
3139
3139
3139
3604
3604
3604
3604
3604
3604
3604
Copeland Model
Number
CFH Unld
3DS3A150E-TFC-800
3DS3A150E-TFD-800
3DS3A150E-TFD-800
3DT3A1500-TFC-800
3DT3A1500-TFC-800
3DT3A1500-TFD-800
3DT3A1500-TFD-800
3DT3A150E-TFC-800
3DT3A150E-TFC-800
3DT3A150E-TFD-800
3DT3A150E-TFD-800
3DTHA150E-TFC-800
3DTHA150E-TFC-800
3DTHA150E-TFD-800
3DTHA150E-TFD-800
9RS1-150A-TFD-800
9RS1-150A-TFD-800
9RS1-150A-TSC-800
9RS1-150A-TSC-800
9RT1-150A-TFD-800
9RT1-150A-TFD-800
4DA3-100E-TSK-800
4DA3-101E-TSK-800
4DA3-2000-FSD-800
4DA3-2000-TSE-800
4DA3-2000-TSK-800
4DA3-200E-TSK-800
4DA4-2000-TSK-800
4DE3-2000-FSD-800
4DE3-2000-TSK-800
4DE3-200E-TSK-800
4DN3-101E-TSK-800
4RA3-200A-TSK-800
4RA3-200A-TSK-800
4RA4-200A-TSK-800
4RA4-200A-TSK-800
4RE2-200A-FSD-800
4RE2-200A-FSD-800
4RE2-200A-TSK-800
4RE2-200A-TSK-800
4DH3-150E-TSK-800
4DH3-2500-TSK-800
4DH3-250E-TSK-800
4DK3-150E-TSK-800
4DK3-2500-FSD-800
4DK3-2500-TSK-800
4DK3-250E-TSK-800
4DL3-150E-TSK-800
4DP3-150E-TSK-800
4DP8-150E-TSK-800
4DK3-2500-TSE-800
4DJ3-200E-TSK-800
4DJ3-3000-TSK-800
4DR3-200E-TSK-800
4DR3-3000-FSD-800
4DR3-3000-TSK-800
4DR3-300E-TSK-800
4DS3-220E-TSK-800
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2127
2380
2380
2380
2380
2380
2380
2380
2380
2380
2380
2380
2380
2380
2380
2380
2380
2380
2380
2380
3020
3020
3020
3020
3020
3020
3020
3020
3020
3020
3020
3603
3603
3603
3603
3603
3603
3603
12
1
1
1
1
1
1
1
1
1
1
1
1
1
1
Carlyle Model
Number
CFH
06DM337DA3200
06DM337DA3600
06DM337DA3600
06DM337DA3270
06DM337DA3270
06DM337DA3670
06DM337DA3670
06DM337DA3270
06DM337DA3270
06DM337DA3670
06DM337DA3670
06DM337DA3270
06DM337DA3270
06DM337DA3670
06DM337DA3670
06DM337DA3600
06DM337DA3600
06DM337DA3200
06DM337DA3200
06DM337DA3670
06DM337DA3670
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
2225
06EM150300
06EM150300
06EM150300
06EM150300
06EM750600
06EM750300
06EM750300
06ER150300
06ER750300
06ER750300
06EM750100
3016
3016
3016
3016
3016
3016
3016
3016
3016
3016
3016
1
1
1
1
1
1
1
1
1
1
1
1
1
1
IR Impact™ Compressor
CFH
Model Number
IR4B3604PB
IR4B3604PB
IR4B3604PB
IR4B3604PB
IR4B3604PP
IR6B4060PB
IR6B4060PB
IR6B4060PB
IR6B4060PB
IR6B4060PB
IR6B4060PB
IR6B4060PB
IR6B4060PB
IR6B4060PP
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PB
IR6B4709PP
IR6B4709PP
IR6B4709PP
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
Aftermarket
3604
3604
3604
3604
3604
4060
4060
4060
4060
4060
4060
4060
4060
4060
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
4709
5406
5406
5406
5406
5406
5406
5406
5406
5406
5406
5406
5406
5406
5406
5406
Copeland Model
Number
CFH Unld
4DT3-220E-FSD-800
4DT3-220E-TSK-800
4RJ1-300A-FSD-800
6RN2-300A-TSK-800
4DR3-3000-TSE-800
3603
3603
3603
3580
3603
1
1
6DC3-270E-TSK-800
6DD3-270E-TSK-800
6DH3-200E-TSK-800
6DH3-3500-FSD-800
6DH3-3500-TSK-800
6DH3-350E-TSK-800
6DK3-200E-TSK-800
6DK3-3500-FSD-800
6DK3-3500-TSK-800
6DK3-350E-TSK-800
6DL3-270E-TSK-800
6DM3-3500-FSD-800
6DM3-3500-FSU-800
6DM3-3500-TSN-800
6DN3-3500-FSD-800
6DN3-3500-FSU-800
6DN3-3500-TSN-800
6DN3-350E-FSU-800
6DN3-350E-TSN-800
6DP3-200E-TSK-800
6DP3-3500-FSD-800
6DP3-3500-TSK-800
6DP3-350E-FSD-800
6DP3-350E-TSK-800
6RP2-350A-FSD-800
6RP2-350A-TSK-800
6DH3-3500-TSE-800
6DN3-3500-TSE-800
6DP3-3500-TSE-800
6DE3-300E-TSK-800
6DF3-300E-TSK-800
6DG3-3500-FSD-800
6DG3-3500-FSU-800
6DG3-3500-TSN-800
6DG3-350E-TSN-800
6DJ3-300E-TSK-800
6DJ3-4000-TSN-800
6DJ3-400E-TSN-800
6DR3-300E-TSK-800
6DR3-4000-FSD-800
6DR3-4000-TSN-800
6DR3-400E-FSD-800
6DR3-400E-TSN-800
6DS3-300E-TSK-800
13
4526
4526
4526
4526
4526
4526
4526
4526
4526
4526
4526
4956
4956
4956
4956
4956
4956
4956
4956
4526
4526
4526
4526
4526
4530
4530
4526
4956
4526
5407
5407
4956
4956
4956
4956
5407
5407
5407
5407
5407
5407
5407
5407
5407
1
1
1
1
2
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1
2
1
1
1
1
1
2
Carlyle Model
Number
CFH
06EM265300
06EM765300
06EM265600
06EM765600
06ER165600
06ER165300
06ER765600
06ER765300
06EM765100
06ER775300
06ER775300
06ER175300
06EA275600
06EA275300
06EA275300
06EA775300
06EA775600
06EA775300
06EA775300
06ER175300
06EA775600
06EA775000
06EA775300
06EA775600
06EA775000
06EA775300
06EA775100
06EA775300
06EA775300
06EA775600
06EA775300
06EA775600
06EA775300
06EA775600
06EA775300
06EA175100
06EA775100
06EA775100
4096
4096
4096
4096
4096
4096
4096
4096
4096
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
4524
IR Impact™ Compressor
CFH
Model Number
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PB
IR6B5406PP
IR6B5406PP
IR6B6462PB
IR6B6462PB
IR6B6462PP
IR6B6462PB
IR6B6462PB
IR6B6462PP
IR6B6462PB
IR6B6462PB
IR6B6462PP
IR8C7863PK
IR8C7863PM
5406
5406
5406
5406
5406
5406
5406
5406
5406
5406
5406
6462
6462
6462
6462
6462
6462
6462
6462
6462
7863
7863
Copeland Model
Number
CFH Unld
6DS3-4000-FSD-800
6DS3-4000-FSU-800
6DS3-4000-TSN-800
6DS3-400E-TSN-800
6DT3-300E-FSD-800
6DT3-300E-TSK-800
6RS2-400A-FSD-800
6RS2-400A-FSU-800
6RS2-400A-TSN-800
6DG3-3500-TSE-800
6DS1-4000-TSE-800
8DP1-5000-FSD-800
8DP1-5000-TSK-800
8DP1-5000-TSE-800
5407
5407
5407
5407
5407
5407
5404
5404
5404
4956
5407
6429
6429
6429
8DS1-6000-TSK-800
8DS1-6000-FSD-800
7609
7609
Carlyle Model
Number
CFH
06ER099600
06ER099300
06ER099100
06EM199300
06EM199600
06EM199100
5940
5940
5940
5940
5940
5940
2
2
2
2
2
2
2
2
2
2
2
2
2
NOTE: There may be other applications not listed that would require specific
engineering review to determine if a cross reference is available. The “unld” column
indicates the stages of unloading on the Copeland model. Optional kits must be ordered
for the IR models to obtain unloading. Carlyle unloaded models are listed with only one
stage of unloading.
Aftermarket
14
IR Impact™ Compressor Parts List
IR
Compressor
IR2C0173S
IR2C0222S
IR2C0278T
IR2C0278S
IR2C0323S
IR2C0407T
IR2C0407S
IR2C0484T
IR2C0484S
IR2C0572T
IR2C0572S
IR2C0692T
IR2C0692S
IR4C0770T
IR4C0770S
IR4C0969T
IR4C0969S
IR4C1145T
IR4C1145S
IR4C1385S
IR4C1480Q
IR4C1480T
IR4C1480P
IR4C1480S
IR4C1761Q
IR4C1761T
IR4C1761P
IR4C1761S
IR4C2067Q
IR4C2067T
IR4C2067P
IR4C2067S
IR4C2397Q
IR4C2397T
IR4C2397P
IR4C2397S
IR4B2707Q
IR4B2707P
IR4B3139Q
IR4B3139P
IR4B3604Q
IR4B3604P
IR6B4060Q
IR6B4060P
IR6B4709Q
IR6B4709P
IR6B5406Q
IR6B5406P
IR6B6462Q
IR6B6462P
IR8C7863P
IR8C9400P
Aftermarket
Head Gasket
Valve Plate Gasket
Valve Plate Complete
Part #
Item #
Part #
Item #
Part #
Item #
GA.4330120
GA.4330120
GA.4330120
GA.4330120
GA.4330120
GA.4330120
GA.4330120
GA.4330121
GA.4330121
GA.4330121
GA.4330121
GA.4330121
GA.4330121
GA.4330121
GA.4330121
GA.4330121
GA.4330121
GA.4330121
GA.4330121
GA.4330121
GA.4330119
GA.4330119
GA.4330119
GA.4330119
GA.4330119
GA.4330119
GA.4330119
GA.4330119
GA.4330119
GA.4330119
GA.4330119
GA.4330119
GA.4330119
GA.4330119
GA.4330119
GA.4330119
GA.4330180
GA.4330180
GA.4330180
GA.4330180
GA.4330180
GA.4330180
GA.4330180
GA.4330180
GA.4330180
GA.4330180
GA.4330180
GA.4330180
GA.4330180
GA.4330180
GA.4330122
GA.4330122
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
162
162
162
162
162
162
162
162
162
162
162
162
162
162
162
162
121
121
121
121
121
121
121
121
121
121
121
121
121
121
162
162
GA.4330148
GA.4330149
GA.4330142
GA.4330142
GA.4330143
GA.4330144
GA.4330144
GA.4330150
GA.4330150
GA.4330179
GA.4330179
GA.4330151
GA.4330151
GA.4330178
GA.4330178
GA.4330150
GA.4330150
GA.4330179
GA.4330179
GA.4330179
GA.4330146
GA.4330146
GA.4330146
GA.4330146
GA.4330147
GA.4330147
GA.4330147
GA.4330147
GA.4330176
GA.4330176
GA.4330176
GA.4330176
GA.4330145
GA.4330145
GA.4330145
GA.4330145
GA.4330140
GA.4330140
GA.4330139
GA.4330139
GA.4330141
GA.4330141
GA.4330140
GA.4330140
GA.4330139
GA.4330139
GA.4330141
GA.4330141
GA.4330138
GA.4330138
GA.4330153
GA.4330152
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
35
161
161
161
161
161
161
161
161
161
161
161
161
161
161
161
161
120
120
120
120
120
120
120
120
120
120
120
120
120
120
161
161
CU.4220142
CU.4220143
CU.4220139
CU.4220139
CU.4220140
CU.4220141
CU.4220141
CU.4220144
CU.4220144
CU.4220146
CU.4220146
CU.4220147
CU.4220147
CU.4220145
CU.4220145
CU.4220144
CU.4220144
CU.4220146
CU.4220146
CU.4220146
CU.4220150
CU.4220150
CU.4220150
CU.4220150
CU.4220151
CU.4220151
CU.4220151
CU.4220151
CU.4220152
CU.4220152
CU.4220152
CU.4220152
CU.4220153
CU.4220153
CU.4220153
CU.4220153
CU.4220135
CU.4220135
CU.4220136
CU.4220136
CU.4220137
CU.4220137
CU.4220135
CU.4220135
CU.4220136
CU.4220136
CU.4220137
CU.4220137
CU.4220138
CU.4220138
CU.4220148
CU.4220149
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
119
119
119
119
119
119
119
119
119
119
119
119
119
119
160
160
15
Sight Glass
Gasket
Part #
Item #
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330126
GA.4330125
GA.4330125
GA.4330125
GA.4330125
GA.4330125
GA.4330125
GA.4330125
GA.4330125
GA.4330125
GA.4330125
GA.4330125
GA.4330125
GA.4330125
GA.4330125
GA.4330125
GA.4330125
GA.4330124
GA.4330124
GA.4330124
GA.4330124
GA.4330124
GA.4330124
GA.4330124
GA.4330124
GA.4330124
GA.4330124
GA.4330124
GA.4330124
GA.4330124
GA.4330124
GA.4330127
GA.4330127
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
237
237
237
237
237
237
237
237
237
237
237
237
237
237
237
237
89
89
89
89
89
89
89
89
89
89
89
89
89
89
237
237
IR Compressor
IR2C0173S
IR2C0222S
IR2C0278T
IR2C0278S
IR2C0323S
IR2C0407T
IR2C0407S
IR2C0484T
IR2C0484S
IR2C0572T
IR2C0572S
IR2C0692T
IR2C0692S
IR4C0770T
IR4C0770S
IR4C0969T
IR4C0969S
IR4C1145T
IR4C1145S
IR4C1385S
IR4C1480Q
IR4C1480T
IR4C1480P
IR4C1480S
IR4C1761Q
IR4C1761T
IR4C1761P
IR4C1761S
IR4C2067Q
IR4C2067T
IR4C2067P
IR4C2067S
IR4C2397Q
IR4C2397T
IR4C2397P
IR4C2397S
IR4B2707Q
IR4B2707P
IR4B3139Q
IR4B3139P
IR4B3604Q
IR4B3604P
IR6B4060Q
IR6B4060P
IR6B4709Q
IR6B4709P
IR6B5406Q
IR6B5406P
IR6B6462Q
IR6B6462P
IR8C7863P
IR8C9400P
Aftermarket
Sight Glass Compressor Gasket Kit Suction Service Valve Discharge Service Valve
Part # Item #
Part #
Item #
Part #
Item #
Part #
Item #
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220131
SG.4220130
SG.4220130
SG.4220130
SG.4220130
SG.4220130
SG.4220130
SG.4220130
SG.4220130
SG.4220130
SG.4220130
SG.4220130
SG.4220130
SG.4220130
SG.4220130
SG.4220130
SG.4220130
SG.4220132
SG.4220132
SG.4220132
SG.4220132
SG.4220132
SG.4220132
SG.4220132
SG.4220132
SG.4220132
SG.4220132
SG.4220132
SG.4220132
SG.4220132
SG.4220132
SG.4220130
SG.4220130
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
238
238
238
238
238
238
238
238
238
238
238
238
238
238
238
238
88
88
88
88
88
88
88
88
88
88
88
88
88
88
238
238
GA.4330162
GA.4330163
GA.4330112
GA.4330112
GA.4330111
GA.4330161
GA.4330161
GA.4330164
GA.4330164
GA.4330165
GA.4330165
GA.4330166
GA.4330166
GA.4330167
GA.4330167
GA.4330168
GA.4330168
GA.4330169
GA.4330169
GA.4330169
GA.4330175
GA.4330175
GA.4330175
GA.4330175
GA.4330174
GA.4330174
GA.4330174
GA.4330174
GA.4330173
GA.4330173
GA.4330173
GA.4330173
GA.4330172
GA.4330172
GA.4330172
GA.4330172
GA.4330154
GA.4330154
GA.4330157
GA.4330157
GA.4330155
GA.4330155
GA.4330156
GA.4330156
GA.4330158
GA.4330158
GA.4330159
GA.4330159
GA.4330160
GA.4330160
GA.4330170
GA.4330171
16
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
171
171
171
171
171
171
171
171
171
171
171
171
171
171
1
1
CU.4220166
CU.4220166
CU.4220166
CU.4220166
CU.4220166
CU.4220166
CU.4220166
CU.4220165
CU.4220165
CU.4220165
CU.4220165
CU.4220165
CU.4220165
CU.4220165
CU.4220165
CU.4220167
CU.4220167
CU.4220167
CU.4220167
CU.4220167
CU.4220168
CU.4220168
CU.4220168
CU.4220168
CU.4220169
CU.4220169
CU.4220169
CU.4220169
CU.4220161
CU.4220161
CU.4220161
CU.4220161
CU.4220161
CU.4220161
CU.4220161
CU.4220161
CU.4220162
CU.4220162
CU.4220163
CU.4220163
CU.4220163
CU.4220163
CU.4220163
CU.4220163
CU.4220163
CU.4220163
CU.4220163
CU.4220163
CU.4220163
CU.4220163
CU.4220164
CU.4220164
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
36
120
120
120
120
120
120
120
120
120
120
120
120
120
120
120
120
72
72
72
72
72
72
72
72
72
72
72
72
72
72
120
120
CU.4220160
CU.4220160
CU.4220160
CU.4220160
CU.4220160
CU.4220160
CU.4220160
CU.4220158
CU.4220158
CU.4220158
CU.4220158
CU.4220158
CU.4220158
CU.4220158
CU.4220158
CU.4220158
CU.4220158
CU.4220165
CU.4220165
CU.4220165
CU.4220159
CU.4220159
CU.4220159
CU.4220159
CU.4220167
CU.4220167
CU.4220167
CU.4220167
CU.4220167
CU.4220167
CU.4220167
CU.4220167
CU.4220167
CU.4220167
CU.4220167
CU.4220167
CU.4220156
CU.4220156
CU.4220156
CU.4220156
CU.4220156
CU.4220156
CU.4220157
CU.4220157
CU.4220157
CU.4220157
CU.4220157
CU.4220157
CU.4220162
CU.4220162
CU.4220162
CU.4220163
27
27
27
27
27
27
27
27
27
27
27
27
27
27
27
27
27
27
27
27
150
150
150
150
150
150
150
150
150
150
150
150
150
150
150
150
110
110
110
110
110
110
110
110
110
110
110
110
110
110
150
150
IR
Compressor
IR2C0173S
IR2C0222S
IR2C0278T
IR2C0278S
IR2C0323S
IR2C0407T
IR2C0407S
IR2C0484T
IR2C0484S
IR2C0572T
IR2C0572S
IR2C0692T
IR2C0692S
IR4C0770T
IR4C0770S
IR4C0969T
IR4C0969S
IR4C1145T
IR4C1145S
IR4C1385S
IR4C1480Q
IR4C1480T
IR4C1480P
IR4C1480S
IR4C1761Q
IR4C1761T
IR4C1761P
IR4C1761S
IR4C2067Q
IR4C2067T
IR4C2067P
IR4C2067S
IR4C2397Q
IR4C2397T
IR4C2397P
IR4C2397S
IR4B2707Q
IR4B2707P
IR4B3139Q
IR4B3139P
IR4B3604Q
IR4B3604P
IR6B4060Q
IR6B4060P
IR6B4709Q
IR6B4709P
IR6B5406Q
IR6B5406P
IR6B6462Q
IR6B6462P
IR8C7863P
IR8C9400P
Aftermarket
Suction Valve
Gasket to Body
Part #
Item #
GA.4330131
GA.4330131
GA.4330131
GA.4330131
GA.4330131
GA.4330131
GA.4330131
GA.4330131
GA.4330131
GA.4330131
GA.4330131
GA.4330131
GA.4330131
GA.4330131
GA.4330131
GA.4330133
GA.4330133
GA.4330133
GA.4330133
GA.4330133
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330128
GA.4330128
GA.4330128
GA.4330128
GA.4330128
GA.4330128
GA.4330128
GA.4330128
GA.4330128
GA.4330128
GA.4330128
GA.4330128
GA.4330128
GA.4330128
GA.4330129
GA.4330129
GA.4330129
GA.4330129
GA.4330129
GA.4330129
GA.4330129
GA.4330129
GA.4330130
GA.4330130
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
130
130
130
130
130
130
130
130
130
130
130
130
130
130
130
130
67
67
67
67
67
67
67
67
67
67
67
67
67
67
130
130
Discharge Valve
Gasket to Body
Part #
Item #
Suction Valve
Gasket to Collar
Part #
Item #
Discharge Valve
Gasket to Collar
Part #
Item #
GA.4330114
GA.4330114
GA.4330114
GA.4330114
GA.4330114
GA.4330114
GA.4330114
GA.4330113
GA.4330113
GA.4330113
GA.4330113
GA.4330113
GA.4330113
GA.4330113
GA.4330113
GA.4330113
GA.4330113
GA.4330113
GA.4330113
GA.4330113
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330132
GA.4330128
GA.4330128
GA.4330128
GA.4330129
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
GA.4330134
GA.4330134
GA.4330134
GA.4330134
GA.4330134
GA.4330134
GA.4330134
GA.4330134
GA.4330135
GA.4330135
GA.4330135
GA.4330135
GA.4330135
GA.4330135
GA.4330135
GA.4330135
GA.4330135
GA.4330135
GA.4330135
GA.4330135
GA.4330135
GA.4330135
GA.4330136
GA.4330136
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
GA.4330115
GA.4330115
GA.4330115
GA.4330115
GA.4330115
GA.4330115
GA.4330115
GA.4330115
GA.4330115
GA.4330115
GA.4330115
GA.4330115
GA.4330134
GA.4330134
GA.4330134
GA.4330135
17
28
28
28
28
28
28
28
28
28
28
28
28
28
28
28
28
28
28
28
28
158
158
158
158
158
158
158
158
158
158
158
158
158
158
158
158
108
108
108
108
108
108
108
108
108
108
108
108
108
108
158
158
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
74
74
74
74
74
74
74
74
74
74
74
74
74
74
124
124
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
114
114
114
114
114
114
114
114
114
114
114
114
114
114
154
154
IR
Compressor
IR2C0173S
IR2C0222S
IR2C0278T
IR2C0278S
IR2C0323S
IR2C0407T
IR2C0407S
IR2C0484T
IR2C0484S
IR2C0572T
IR2C0572S
IR2C0692T
IR2C0692S
IR4C0770T
IR4C0770S
IR4C0969T
IR4C0969S
IR4C1145T
IR4C1145S
IR4C1385S
IR4C1480Q
IR4C1480T
IR4C1480P
IR4C1480S
IR4C1761Q
IR4C1761T
IR4C1761P
IR4C1761S
IR4C2067Q
IR4C2067T
IR4C2067P
IR4C2067S
IR4C2397Q
IR4C2397T
IR4C2397P
IR4C2397S
IR4B2707Q
IR4B2707P
IR4B3139Q
IR4B3139P
IR4B3604Q
IR4B3604P
IR6B4060Q
IR6B4060P
IR6B4709Q
IR6B4709P
IR6B5406Q
IR6B5406P
IR6B6462Q
IR6B6462P
IR8C7863P
IR8C9400P
Aftermarket
Electrical Terminal
Plate
Plate Gasket
Part #
Item #
Part #
Item #
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440337
CU.4440338
CU.4440338
CU.4440338
CU.4440338
CU.4440338
CU.4440338
CU.4440338
CU.4440338
CU.4440338
CU.4440338
CU.4440338
CU.4440338
CU.4440338
CU.4440338
CU.4440338
CU.4440338
CU.4440335
CU.4440335
CU.4440335
CU.4440335
CU.4440335
CU.4440335
CU.4440335
CU.4440335
CU.4440335
CU.4440335
CU.4440335
CU.4440335
CU.4440335
CU.4440335
CU.4440336
CU.4440336
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
91
91
91
91
91
91
91
91
91
91
91
91
91
91
91
91
136
136
136
136
136
136
136
136
136
136
136
136
136
136
91
91
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330118
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330116
GA.4330117
GA.4330117
18
44
44
44
44
44
44
44
44
44
44
44
44
44
44
44
44
44
44
44
44
90
90
90
90
90
90
90
90
90
90
90
90
90
90
90
90
135
135
135
135
135
135
135
135
135
135
135
135
135
135
90
90
Electrical Thermistor
Seals / Connection
Plate Gasket
Part #
Item #
Part #
Item #
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
CU.4440340
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
CU.4440339
CU.4440339
CU.4440339
CU.4440339
CU.4440339
CU.4440339
CU.4440339
CU.4440339
CU.4440339
CU.4440339
CU.4440339
CU.4440339
CU.4440339
CU.4440339
#N/A
#N/A
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
152
152
152
152
152
152
152
152
152
152
152
152
152
152
N/A
N/A
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
GA.4330137
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
IR
Compressor
IR2C0173S
IR2C0222S
IR2C0278T
IR2C0278S
IR2C0323S
IR2C0407T
IR2C0407S
IR2C0484T
IR2C0484S
IR2C0572T
IR2C0572S
IR2C0692T
IR2C0692S
IR4C0770T
IR4C0770S
IR4C0969T
IR4C0969S
IR4C1145T
IR4C1145S
IR4C1385S
IR4C1480Q
IR4C1480T
IR4C1480P
IR4C1480S
IR4C1761Q
IR4C1761T
IR4C1761P
IR4C1761S
IR4C2067Q
IR4C2067T
IR4C2067P
IR4C2067S
IR4C2397Q
IR4C2397T
IR4C2397P
IR4C2397S
IR4B2707Q
IR4B2707P
IR4B3139Q
IR4B3139P
IR4B3604Q
IR4B3604P
IR6B4060Q
IR6B4060P
IR6B4709Q
IR6B4709P
IR6B5406Q
IR6B5406P
IR6B6462Q
IR6B6462P
IR8C7863P
IR8C9400P
Aftermarket
Oil Pump
Part #
Item #
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
CU.4220128
#N/A
CU.4220128
#N/A
CU.4220128
#N/A
CU.4220128
#N/A
CU.4220128
#N/A
CU.4220128
#N/A
CU.4220128
#N/A
CU.4220128
#N/A
CU.4220129
CU.4220129
CU.4220129
CU.4220129
CU.4220129
CU.4220129
CU.4220129
CU.4220129
CU.4220129
CU.4220129
CU.4220129
CU.4220129
CU.4220129
CU.4220129
CU.4220129
CU.4220129
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
34
#N/A
34
#N/A
34
#N/A
34
#N/A
34
#N/A
34
#N/A
34
#N/A
34
#N/A
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
34
Oil Pump Gasket
to Body
Part #
Item #
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
GA.4330177
#N/A
GA.4330177
#N/A
GA.4330177
#N/A
GA.4330177
#N/A
GA.4330177
#N/A
GA.4330177
#N/A
GA.4330177
#N/A
GA.4330177
#N/A
GA.4330177
GA.4330177
GA.4330177
GA.4330177
GA.4330177
GA.4330177
GA.4330177
GA.4330177
GA.4330177
GA.4330177
GA.4330177
GA.4330177
GA.4330177
GA.4330177
GA.4330177
GA.4330177
19
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
35
#N/A
35
#N/A
35
#N/A
35
#N/A
35
#N/A
35
#N/A
35
#N/A
35
#N/A
33
33
33
33
33
33
33
33
33
33
33
33
33
33
35
35
Oil Pump Plug/ Sensor
Motor Protector
Gasket
Module SE-B 230V
Part #
Part #
Item #
Item #
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
GA.4330123
#N/A
GA.4330123
#N/A
GA.4330123
#N/A
GA.4330123
#N/A
GA.4330123
#N/A
GA.4330123
#N/A
GA.4330123
#N/A
GA.4330123
#N/A
GA.4330123
GA.4330123
GA.4330123
GA.4330123
GA.4330123
GA.4330123
GA.4330123
GA.4330123
GA.4330123
GA.4330123
GA.4330123
GA.4330123
GA.4330123
GA.4330123
GA.4330123
GA.4330123
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
29
#N/A
29
#N/A
29
#N/A
29
#N/A
29
#N/A
29
#N/A
29
#N/A
29
#N/A
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
29
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220114
CU.4220115
CU.4220115
CU.4220115
CU.4220115
CU.4220115
CU.4220115
CU.4220115
CU.4220115
CU.4220115
CU.4220115
CU.4220115
CU.4220115
CU.4220115
CU.4220115
CU.4220116
CU.4220116
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
470
470
470
470
470
470
470
470
470
470
470
470
470
470
470
470
168
168
168
168
168
168
168
168
168
168
168
168
168
168
450
450
IR
Compressor
IR2C0173S
IR2C0222S
IR2C0278T
IR2C0278S
IR2C0323S
IR2C0407T
IR2C0407S
IR2C0484T
IR2C0484S
IR2C0572T
IR2C0572S
IR2C0692T
IR2C0692S
IR4C0770T
IR4C0770S
IR4C0969T
IR4C0969S
IR4C1145T
IR4C1145S
IR4C1385S
IR4C1480Q
IR4C1480T
IR4C1480P
IR4C1480S
IR4C1761Q
IR4C1761T
IR4C1761P
IR4C1761S
IR4C2067Q
IR4C2067T
IR4C2067P
IR4C2067S
IR4C2397Q
IR4C2397T
IR4C2397P
IR4C2397S
IR4B2707Q
IR4B2707P
IR4B3139Q
IR4B3139P
IR4B3604Q
IR4B3604P
IR6B4060Q
IR6B4060P
IR6B4709Q
IR6B4709P
IR6B5406Q
IR6B5406P
IR6B6462Q
IR6B6462P
IR8C7863P
IR8C9400P
Aftermarket
Motor Protector Module
SE-B
115V
Part #
Item #
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220117
CU.4220118
CU.4220118
CU.4220118
CU.4220118
CU.4220118
CU.4220118
CU.4220118
CU.4220118
CU.4220118
CU.4220118
CU.4220118
CU.4220118
CU.4220118
CU.4220118
CU.4220119
CU.4220119
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
53
470
470
470
470
470
470
470
470
470
470
470
470
470
470
470
470
168
168
168
168
168
168
168
168
168
168
168
168
168
168
450
450
20
IR Impact™ Compressor Accessory Parts List
IR
Compressor
IR2C0173S
IR2C0222S
IR2C0278T
IR2C0278S
IR2C0323S
IR2C0407T
IR2C0407S
IR2C0484T
IR2C0484S
IR2C0572T
IR2C0572S
IR2C0692T
IR2C0692S
IR4C0770T
IR4C0770S
IR4C0969T
IR4C0969S
IR4C1145T
IR4C1145S
IR4C1385S
IR4C1480Q
IR4C1480T
IR4C1480P
IR4C1480S
IR4C1761Q
IR4C1761T
IR4C1761P
IR4C1761S
IR4C2067Q
IR4C2067T
IR4C2067P
IR4C2067S
IR4C2397Q
IR4C2397T
IR4C2397P
IR4C2397S
IR4B2707Q
IR4B2707P
IR4B3139Q
IR4B3139P
IR4B3604Q
IR4B3604P
IR6B4060Q
IR6B4060P
IR6B4709Q
IR6B4709P
IR6B5406Q
IR6B5406P
IR6B6462Q
IR6B6462P
IR8C7863P
IR8C9400P
Aftermarket
Crankcase Heater
230V
Part #
Item #
Crankcase Heater
115V
Part #
Item #
Capacity Control
Head
Part #
Item #
Capacity Control
Stem
Part #
Item #
HE.4850332
HE.4850332
HE.4850332
HE.4850332
HE.4850332
HE.4850332
HE.4850332
HE.4850330
HE.4850330
HE.4850330
HE.4850330
HE.4850330
HE.4850330
HE.4850330
HE.4850330
HE.4850330
HE.4850330
HE.4850330
HE.4850330
HE.4850330
HE.4850331
HE.4850331
HE.4850331
HE.4850331
HE.4850331
HE.4850331
HE.4850331
HE.4850331
HE.4850331
HE.4850331
HE.4850331
HE.4850331
HE.4850331
HE.4850331
HE.4850331
HE.4850331
HE.4850333
HE.4850333
HE.4850333
HE.4850333
HE.4850333
HE.4850333
HE.4850333
HE.4850333
HE.4850333
HE.4850333
HE.4850333
HE.4850333
HE.4850333
HE.4850333
HE.4850333
HE.4850333
HE.4950325
HE.4950325
HE.4950325
HE.4950325
HE.4950325
HE.4950325
HE.4950325
HE.4850327
HE.4850327
HE.4850327
HE.4850327
HE.4850327
HE.4850327
HE.4850327
HE.4850327
HE.4850327
HE.4850327
HE.4850327
HE.4850327
HE.4850327
HE.4850328
HE.4850328
HE.4850328
HE.4850328
HE.4850328
HE.4850328
HE.4850328
HE.4850328
HE.4850328
HE.4850328
HE.4850328
HE.4850328
HE.4850328
HE.4850328
HE.4850328
HE.4850328
HE.4850334
HE.4850334
HE.4850334
HE.4850334
HE.4850334
HE.4850334
HE.4850334
HE.4850334
HE.4850334
HE.4850334
HE.4850334
HE.4850334
HE.4850334
HE.4850334
HE.4850334
HE.4850334
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
CU.4220127
CU.4220127
CU.4220127
CU.4220127
CU.4220127
CU.4220127
CU.4220127
CU.4220122
CU.4220122
CU.4220122
CU.4220122
CU.4220122
CU.4220122
CU.4220122
CU.4220122
CU.4220122
CU.4220122
CU.4220122
CU.4220122
CU.4220122
CU.4220122
CU.4220122
CU.4220122
CU.4220121
CU.4220121
CU.4220121
CU.4220121
CU.4220121
CU.4220121
CU.4220121
CU.4220121
CU.4220121
CU.4220121
CU.4220121
CU.4220121
CU.4220121
CU.4220121
CU.4220121
CU.4220121
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220133
CU.4220134
CU.4220134
CU.4220134
CU.4220134
CU.4220134
CU.4220134
CU.4220134
CU.4220134
CU.4220134
CU.4220134
CU.4220134
CU.4220134
CU.4220134
CU.4220134
CU.4220134
CU.4220134
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
190
190
190
190
190
190
190
190
190
190
190
190
190
190
190
190
80
80
80
80
80
80
80
80
80
80
80
80
80
80
190
190
21
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
57
190
190
190
190
190
190
190
190
190
190
190
190
190
190
190
190
80
80
80
80
80
80
80
80
80
80
80
80
80
80
190
190
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
251
253
253
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
281
IR
Compressor
IR2C0173S
IR2C0222S
IR2C0278T
IR2C0278S
IR2C0323S
IR2C0407T
IR2C0407S
IR2C0484T
IR2C0484S
IR2C0572T
IR2C0572S
IR2C0692T
IR2C0692S
IR4C0770T
IR4C0770S
IR4C0969T
IR4C0969S
IR4C1145T
IR4C1145S
IR4C1385S
IR4C1480Q
IR4C1480T
IR4C1480P
IR4C1480S
IR4C1761Q
IR4C1761T
IR4C1761P
IR4C1761S
IR4C2067Q
IR4C2067T
IR4C2067P
IR4C2067S
IR4C2397Q
IR4C2397T
IR4C2397P
IR4C2397S
IR4B2707Q
IR4B2707P
IR4B3139Q
IR4B3139P
IR4B3604Q
IR4B3604P
IR6B4060Q
IR6B4060P
IR6B4709Q
IR6B4709P
IR6B5406Q
IR6B5406P
IR6B6462Q
IR6B6462P
IR8C7863P
IR8C9400P
Aftermarket
Capacity Control Coil Capacity Control Coil
115-1-60
208-220-1-60
Part #
Item #
Part #
Item #
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
VR.4440333
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
VR.4440334
22
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
277
Oil Protection Sensor
Part #
Item #
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
CU.4220234
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Oil Protection
Module
Part #
Item #
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
CU.4220233
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
#N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Refrigeration Lubricant Kits
Service Part
Number
Hussmann Aftermarket
Part Number
CL.4610786
CL.4610787
CL.4610788
CL.4610789
CL.4610790
CL.4610791
CL.4610792
CL.4610793
CL.4610794
4610786
4610787
4610788
4610789
4610790
4610791
4610792
4610793
4610794
Description
OIL MINERAL 3GS 1 GALLON
OIL MINERAL 3GS 5 GALLON
OIL MINERAL 4GS 1 GALLON
OIL MINERAL 4GS 5 GALLON
OIL ALKY 150 1 GALLON
OIL ALKY 150 5 GALLON
OIL ALKY 200 1 GALLON
OIL ALKY 200 5 GALLON
OIL POE 1 GALLON
Oil Protection Kit
Service Part
Number
Hussmann Aftermarket
Part Number
CU.4220191
Description
4220191
Kit IR4C Oil Protection Kit
Note: This kit includes the oil sensor and safety module. Must have a 24v power supply
Factory Mounted Capacity Control Kits
Hussmann
Service Part
Aftermarket Part
Number
Number
CU.4220179
4220179
CU.4220180
4220180
CU.4220181
4220181
CU.4220182
4220182
CU.4220183
4220183
CU.4220184
4220184
CU.4220185
4220185
CU.4220186
4220186
CU.4220187
4220187
CU.4220188
4220188
CU.4220189
4220189
CU.4220190
4220190
Aftermarket
Aftermarket Description
Service Description
Kit Capacity Control
Kit Capacity Control
Kit Capacity Control
Kit Capacity Control
Kit Capacity Control
Kit Capacity Control
Kit Capacity Control
Kit Capacity Control
Kit Capacity Control
Kit Capacity Control
Kit Capacity Control
Kit Capacity Control
Kit Mounted CC SNG 115V IR4C770 to IR4C1385
Kit Mounted CC SNG 230V IR4C770 to IR4C1385
Kit Mounted CC SNG 115V IR4C1480 to IR4C2397
Kit Mounted CC SNG 230V IR4C1480 to IR4C2397
Kit Mounted CC SNG 115V IR4B2707 to IR6B6462
Kit Mounted CC SNG 230V IR4B2707 to IR6B6462
Kit Mounted CC SNG 115V IR8C7863 to IR8C9400
Kit Mounted CC SNG 230V IR8C7863 to IR8C9400
Kit Mounted CC DBL 115V IR6B4060 to IR6B6462
Kit Mounted CC DBL 230V IR6B4060 to IR6B6462
Kit Mounted CC DBL 115V IR8C7863 to IR8C9400
Kit Mounted CC DBL 230V IR8C7863 to IR8C9400
23
HUSSMANN AFTERMARKET
IR IMPACT™ COMPRESSOR RETROFIT PARTS LIST
IR4C to 3D ADAPTER KITS (Required when using existing piping, based on model type)
Service Part #
CU.4220171
CU.4220172
CU.4220173
Description
Kit Adapter 3D 2 bolt to 2 bolt
Kit Adapter 3D 2 bolt to 4 bolt
Kit Adapter 3D 4 bolt to 4 bolt
IR4B to 4D ADAPTER KIT (Required when using existing piping)
Service Part #
CU.4220238
Description
Kit Adapter IR4B to 4D
IR4B to 4D OIL FLOAT ADAPTER (Required when not using the adapter kit and repiping the compressor)
Service Part #
CU.4220241
Description
Adapter Universal Oil Float
IR4C to 3D OIL SENSOR KIT (Required)
Service Part #
CU.4220191
Description
Oil Sensor Kit
IR4B to 4D JCI Model P545 OIL Control (Recommended as first choice)
Service Part #
CP.4611359
CC.4480881
CP.4611361
Description
Johnson Controls, Inc. Module and Switch
Johnson Controls, Inc. Switch and Cable only
Johnson Controls, Inc. Module and Cable only
IR4B to 4D OIL DELTA P SWITCH (Alternate choice, mechanical oil safety control switch can also be used)
Service Part #
CU.4220239
CU.4220240
Description
Oil Delta P Switch 120 volt
Oil Delta P Switch 240 volt
MOTOR PROTECTION CONTROL DEVICE (Required, selection based on voltage and model type)
Service Part #
CU.4220114
CU.4220115
CU.4220116
CU.4220117
CU.4220118
CU.4220119
Description
Module Compressor Control SE-B 230 Volt (IR2C0173SR thru IR4C2397TP)
Module Compressor Control SE-B 230 Volt (IR4C2397PB thru IR6B6462PP)
Module Compressor Control SE-B 230 Volt (IR8C7863PK thru IR8C9400PP)
Module Compressor Control SE-B 115 Volt (IR2C0173SR thru IR4C2397TP)
Module Compressor Control SE-B 115 Volt (IR4C2397PB thru IR6B6462PP)
Module Compressor Control SE-B 115 Volt (IR8C7863PK thru IR8C9400PP)
IR4C HEAD FAN KITS AND BRACKET (Optional)
Service Part #
CU.4220230
CU.4220215
CU.4220220
CU.4220225
Description
Fan Bracket
Head Cooling Fan Kit 120 Volt
Head Cooling Fan Kit 208/230 Volt
Head Cooling Fan Kit 460 Volt
IR4B HEAD FAN KITS AND BRACKET (Optional)
Service Part #
CU.4220231
CU.4220216
CU.4220221
CU.4220226
Description
Fan Bracket
Head Cooling Fan Kit 120 Volt
Head Cooling Fan Kit 208/230 Volt
Head Cooling Fan Kit 460 Volt
LIQUID INJECTION KITS (Required on low temp R22 applications)
Service Part #
CU.4220194
CU.4220195
CU.4220196
CU.4220197
CU.4220201
CU.4220202
CU.4220203
CU.4220204
Description
Kit Inject Cool 120V IR4C1480
Kit Inject Cool 120V IR4C1761-IR4C2067
Kit Inject Cool 120V IR4C2397-IR4B3139
Kit Inject Cool 120V IR4B3604-IR6B4060
Kit Inject Cool 208V IR4C1480
Kit Inject Cool 208V IR4C1761-IR4C2067
Kit Inject Cool 208V IR4C2397-IR4B3139
Kit Inject Cool 208V IR4B3604-IR6B4060
FACTORY MOUNTED IR IMPACT™ COMPRESSOR CAPACITY CONTROL KITS (Optional)
Service Part #
CU.4220179
CU.4220180
CU.4220181
CU.4220182
CU.4220183
CU.4220184
CU.4220185
CU.4220186
CU.4220187
CU.4220188
CU.4220189
CU.4220190
Description
KIT MOUNTED CC SNG 115V IR4C770 TO IR4C1385
KIT MOUNTED CC SNG 230V IR4C770 TO IR4C1385
KIT MOUNTED CC SNG 115V IR4C1480 TO IR4C2397
KIT MOUNTED CC SNG 230V IR4C1480 TO IR4C2397
KIT MOUNTED CC SNG 115V IR4B2707 TO IR6B6462
KIT MOUNTED CC SNG 230V IR4B2707 TO IR6B6462
KIT MOUNTED CC SNG 115V IR8C7863 TO IR8C9400
KIT MOUNTED CC SNG 230V IR8C7863 TO IR8C9400
KIT MOUNTED CC DBL 115V IR6B4060 T0 IR6B6462
KIT MOUNTED CC DBL 230V IR6B4060 T0 IR6B6462
KIT MOUNTED CC DBL 115V IR8C7863 TO IR8C9400
KIT MOUNTED CC DBL 230V IR8C7863 TO IR8C9400
CRANKCASE HEATERS
(Must be used when compressor has very long off cycle or there is a chance for liquid refrigerant to condense in the crankcase when the
compressor is off, the heater voltage must match the compressor control voltage)
Service Part #
HE.4850325
HE.4850332
HE.4850327
HE.4850330
HE.4850331
HE.4850328
HE.4850334
HE.4850333
Description
HEATER 892006001 CRANKCASE 115VOLT for IR2C0173-IR2C0407
HEATER 892006002 CRANKCASE 220VOLT for IR2C0173-IR2C0407
HEATER 892112001 CRANKCASE 115VOLT for IR2C0484-IR4C1385
HEATER 892112002 CRANKCASE 220VOLT for IR2C0484-IR4C1385
HEATER 892112013 CRANKCASE 115VOLT for IR4C1480-IR4C2397
HEATER 892112014 CRANKCASE 220VOLT for IR4C1480-IR4C2397
HEATER 892114001 CRANKCASE115VOLT for IR4B2707-IR6B6462
HEATER 892114002 CRANKCASE 220VOLT for IR4B2707-IR6B6462
For questions and comments please contact: Jim McCracken, 314 298 4725, jim_mccracken@irco.com.
Compressor Exploded View IR2C0173 to IR4C1385
Aftermarket
25
Compressor Optional Heads -- Exploded View IR2C0173 to IR4C1385
Aftermarket
26
Compressor Exploded View IR4C1480 to IR4C2397
Aftermarket
27
Compressor Optional Heads -- Exploded View IR4C1480 to IR4C2397
Aftermarket
28
Compressor Exploded View IR4B2707 to IR6B6462
Aftermarket
29
Compressor Optional Heads -- Exploded View IR4B2707 to IR6B6462
Aftermarket
30
Compressor Exploded View IR8C7863 to IR8C9400
Aftermarket
31
Compressor CR Head Exploded View IR8C7863 to IR8C9400
Aftermarket
32
Retrofit Check Lists
On the following pages are two forms that were developed to help ensure a successful
retrofit with an IR Impact compressor.
IR Impact Retrofit Survey Check List
This form is intended for use in the planning stages of the retrofit process. It is to be used
to gather information about the existing compressor and rack installation to ensure that
the proper parts will be ordered and important piping and clearance issues are addressed
prior to ordering a replacement compressor.
The service technician or other appropriate field personnel should fill out this form on
site and forward it to the service parts coordinator at the Sales/Service Branch that is
handling the retrofit job.
IR Impact Replacement Compressor Check List
This form is intended for use during the retrofit process. It is to be used to gather
information about the new compressor operation prior to completion of the retrofit job.
This information will not only provide a reminder to the service technician of the items to
check before leaving the job, but will also provide a useful record to be kept on file in
case of future issues with the replacement compressor. This form should be sent to the
Sales/Service Branch to be kept on file.
Aftermarket
33
RETROFIT TO IMPACT
COMPRESSOR
IMPACT
EXISTING SYSTEM CHECK SHEET
Location Name: _____________________________
City : _______________________ State:_____
System Manufacture: _________________________
Rack / Unit ID _____ MFG. DATE: ___/___/__
UNIT MODEL NUMBER:________________________
UNIT SERIAL NUMBER: __________________
REFRIGERANT TYPE: _____ RACK VOLTAGE: ______________
TYPE RETROFIT: Copeland 3D To IR4C
_______
CONTROL VOLTAGE: _________
Copeland 4D To IR4B
_______
EXISTING COMPRESSOR INFORMATION
MODEL NUMBER:
_________________________
HEAD COOLING FAN APPLIED:
Y
OIL COOLER APPLIED:
N
Y
SERIAL NUMBER:_______________________
N
OEM FAN ASSEMBLY _____ OTHER ______
UNLOADERS APPLIED:
Y
N
#_____
LOCATION OF COMPRESSOR SAFETY CONTROLS: ON COMPRESSOR: _______ RACK _______
CRANKCASE HEATER APPLIED:
Y
TYPE OIL CONTROL:FLOAT ______
N
DEMAND COOLING APPLIED:
TRAX OIL _______
Y
N
NONE: ______
EXISTING COMPRESSOR SUCTION SERVICE VALVE TYPE: 2 BOLTS_____ 4 BOLTS: _____
LOCATION OF SUCTION SERVICE VALVE IN RELATION TO COMPRESSOR MOTOR END
TYPE 1 _______
TYPE 2 _______
TYPE 1
IF TYPE 2,
SUCTION LINE FROM
RACK HEADER WILL
NEED TO BE RE-PIPED.
LEFT TO RIGHT
TYPE 2
FRONT TO BACK
DISCHARGE LINE CONNECTION TYPE: SERVICE VALVE_____ FLANGE WITH ROTO-LOCK ____
FRONT MOUNT _______
Aftermarket
TOP MOUNT _______
34
EXISTING SYSTEM CHECK SHEET p.2
Suction Valve Type
2 Bolt
4 Bolt
Discharge Service Valve
Valve On Compressor
Flange & Roto-Lock
Top Mounted
Front Mounted
Head Cooling Fan Clearance: ___________ inch.
How Much Clearance
Is There ?
Top Of Head Cooling Fans
To Bottom Of Control Panel
REASON FOR EXISTING COMPRESSOR FAILURE
Mechanical: ________ Electrical:
________
Most Likely Cause of failure: ______________________________________________
Size / Type Existing Motor Contactor. Size:
_________ Rating Amps:__________
Note: Replacement with IR IMPACT compressor requires new motor contactor.
DO YOU HAVE A COPY OF THE IR4C RETROFIT INSTRUCTIONS
YES
NO
DO YOU HAVE A COPY OF THE IR4B RETROFIT INSTRUCTIONS
YES
NO
IR IMPACT REPLACEMENT COMPRESSOR INFORMATION
MODEL NUMBER: _________________________
Notes:
Aftermarket
35
SERIAL NUMBER:_______________________
RETROFIT TO IMPACT
COMPRESSOR
IMPACT
REPLACEMENT COMPRESSOR CHECK SHEET
Location Name: _____________________________
City : _______________________ State:_____
System Manufacture: _________________________
Rack / Unit ID _____ MFG. DATE: ___/___/__
UNIT MODEL NUMBER:________________________
UNIT SERIAL NUMBER: __________________
REFRIGERANT TYPE: _____ OIL TYPE: ______________
CONTROL VOLTAGE: _________
NEW COMPRESSOR INFORMATION
MODEL NUMBER:
_________________________
SERIAL NUMBER:_______________________
Service
Tech Int.
After One Hour Of Operation Complete The Check List Below
1
List Actual System Main Power Voltage L1:_____ L2: _____ L3: ______ To GR.
L 1 + L 2: _____
L 1 + L 3: ______
________
L 2 + L 3: _______
2
All electrical connections tightened at contactor & compressor. Y
3
List Amp Draw: L1 _______
4
Was compressor contactor replaced. Y
5
Oil pressure safety control works properly
6
Does compressor crankcase heater operate properly. Y
7
Compressor head cooling fan operates properly.
N/A
________
8
List Compressor Discharge Line Temperature. __________ Degrees
________
9
List Compressor Suction Line Temperature. __________ Degrees
________
10
N
L2 _______ L3 _______
N
Y
________
If Not Why?
N
Y
Does compressor liquid injection operate properly. Y
________
N/A
N
N
N
N/A
N/A
Notes:
COMPLETE THIS FORM AND TURN IN
TO SERVICE BRANCH TO BE KEPT ON FILE
Aftermarket
________
36
________
________
Aftermarket
37
Compressor Retrofit Core Coupon
IR IMPACT™ COMPRESSOR RETROFIT CORE COUPON
DATE OF RETROFIT:___ ________ BRANCH NAME:_____________________
CONTACT PERSON:_______________________________________________
PHONE NUMBER:_____________________ CUSTOMER CODE:___________
IR IMPACT™ COMPRESSOR MODEL:_______________________________
SERIAL NUMBER:__________________________
COMPETITIVE COMPRESSOR MODEL:_____________________________
SERIAL NUMBER:__________________________
CORE ACCOUNT # 3RCORECPN
FORM # 4150191
NO POSTAGE
NECESSARY
IF MAILED
IN THE
UNITED STATES
BUSINESS REPLY MAIL
FIRST-CLASS
PERMIT NO.4203
MINNEAPOLIS, MN 55420
POATAGE WILL BE PAID BY ADDRESSEE
HUSSMANN AFTERMARKET CUSTOMER SERVICE
314 WEST 90TH STREET
MINNEAPOLIS, MN 55420-9859
Aftermarket
38
Reliability and Performance
IR Impact Compressors are designed for years
of trouble free service. An advanced slinger oil
system reduces oil carry over and increases
efficiency. The compressor uses a single casting
with no bottom cover, eliminating bottom bolts that
may leak. IR Impact Compressors are also smaller
and lighter than other models at the same capacity.
Quieter Operation and Lower
Vibration
In some areas, noise from supermarket refrigeration
equipment can create an environmental issue.
That's why we made limiting operating noise a key
criterion. The result: the IR Impact Compressor is
quieter than other models with the same horsepower,
displacement and capacity. Along with lower noise
comes lower vibration, which helps prevent leaks in
the system.
Excellent Energy Efficiency
Energy efficient refrigeration equipment can play
a key role in enhancing supermarket profitability.
IR Impact Compressors have been rigorously
optimized and tested to make sure they perform
at outstanding efficiency levels … to keep our
customers' operating costs as low as possible.
Universal Design With
Dual Voltage and Multiple
Refrigerant Capabilities
One compressor version is used for all temperature
ranges using R404A, R507 and medium temperature
R22. An optimized compressor design is used for
R22 low temperature. Fewer models means less
inventory to manage, and lower inventory costs.
IR Impact Compressors also have dual voltage
capability on all models 6 HP and above.
IR Impact Compressors …
the perfect choice for retrofits
or new store construction.
Quality Design and Construction
● Crankshafts hardened by gas nitration process,
allowing for better bearing surface and excellent
wear resistance
● Open crankcase design allows for larger oil volume
in compact housing
● Piston and ring design provides excellent sealing
under various pressure and speed conditions
● Valve reeds are matched to compressor design to
optimize performance and efficiency
● Unique casting material provides durability and
excellent heat transfer
Easy Installation
With two standard base rails and a simple adapter kit,
your new IR Impact Compressors can be easily and
quickly installed to get your systems back
up and running smoothly with the
latest compressor technology.
Contact your local Hussmann Service Branch
for purchase information.
Extended 1 + 1 Warranty
We are so confident in the quality and
reliability of the IR Impact Compressor,
we stand behind it with an unprecedented
1+1 warranty that is double the industry
standard. This warranty covers one full
year on parts plus one extra year if
Hussmann installs the compressor.
For added value, our nationwide service
organization with fully trained and
certified technicians is available to handle
all your installation, service and warranty
needs. Additional extended warranties
are also available for purchase.
This warranty, combined with the many
benefits of the IR Impact Compressor,
provides a complete solution. It all comes
together with Impact.
IR Ingersoll-Rand
12999 St. Charles Rock Rd.
Bridgeton, MO 63044-2483
(314) 291-2000
Printed in U.S.A. Cat. IR Impact Compressor 0604
COPELAND to IR IMPACT™ COMPRESSOR
3D Adapter Kits
Copeland Model # CFH IR Model #
CFH
Service
Part #
Hussmann
AM #
Description
3DA3A0500-TFC-800
1371
IR4C1480PB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DA3A0500-TFC-800
1371
IR4C1480SB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DA3A0500-TFD-800
1371
IR4C1480PB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DA3A0500-TFD-800
1371
IR4C1480SB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DA3A060E-TFC-800
1371
IR4C1480PB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DA3A060E-TFC-800
1371
IR4C1480SB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DA3A060E-TFD-800
1371
IR4C1480PB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DA3A060E-TFD-800
1371
IR4C1480SB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DA3A0750-TFC-800
1371
IR4C1480SB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DA3A0750-TFD-800
1371
IR4C1480PB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DA3A0750-TFD-800
1371
IR4C1480SB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DA3A075E-TFC-800
1371
IR4C1480PB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DA3A075E-TFC-800
1371
IR4C1480SB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DA3A075E-TFD-800
1371
IR4C1480PB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DA3A075E-TFD-800
1371
IR4C1480SB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A0500-TFC-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A0500-TFC-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A0500-TFD-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A0500-TFD-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A075E-TFC-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A075E-TFC-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A075E-TFD-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A075E-TFD-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A1000-TFC-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A1000-TFC-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A1000-TFD-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A1000-TFD-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A100E-TFC-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A100E-TFC-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A100E-TFD-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DB3A100E-TFD-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DE3A0500-TFC-800
1371
IR4C1480PB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DE3A0500-TFC-800
1371
IR4C1480SB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DE3A0500-TFD-800
1371
IR4C1480PB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DE3A0500-TFD-800
1371
IR4C1480SB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DE3A0750-TFC-800
1371
IR4C1480PB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
Aftermarket
39
IR
Copeland Model # CFH Model # CFH
Service
Part #
Hussmann
AM #
Description
3DE3A0750-TFC-800
1371 IR4C1480SB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DE3A0750-TFD-800
1371 IR4C1480PB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DE3A0750-TFD-800
1371 IR4C1480SB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DE3A075E-TFC-800
1371 IR4C1480PB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DE3A075E-TFC-800
1371 IR4C1480SB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DE3A075E-TFD-800
1371 IR4C1480PB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DE3A075E-TFD-800
1371 IR4C1480SB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DEHA075E-TFC-800
1371 IR4C1480PB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DEHA075E-TFC-800
1371 IR4C1480SB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DEHA075E-TFD-800
1371 IR4C1480PB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DEHA075E-TFD-800
1371 IR4C1480SB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DF3A090E-TFC-800
1913 IR4C2067PB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DF3A090E-TFC-800
1913 IR4C2067SB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DF3A090E-TFD-800
1913 IR4C2067PB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DF3A090E-TFD-800
1913 IR4C2067SB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DF3A120E-TFC-800
1913 IR4C2067PB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DF3A120E-TFC-800
1913 IR4C2067SB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DF3A120E-TFD-800
1913 IR4C2067PB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DF3A120E-TFD-800
1913 IR4C2067SB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DF4A120E-TFC-800
1913 IR4C2067PB 2067 CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DF4A120E-TFC-800
1913 IR4C2067SB 2067 CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DF4A120E-TFD-800
1913 IR4C2067PB 2067 CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DF4A120E-TFD-800
1913 IR4C2067SB 2067 CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DG3A0900-TFC-800
1913 IR4C2067PB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DG3A0900-TFC-800
1913 IR4C2067SB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DG3A0900-TFD-800
1913 IR4C2067PB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DG3A0900-TFD-800
1913 IR4C2067SB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DG3A090E-TFC-800
1913 IR4C2067PB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DG3A090E-TFC-800
1913 IR4C2067SB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DG3A090E-TFD-800
1913 IR4C2067PB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DG3A090E-TFD-800
1913 IR4C2067SB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DGHA090E-TFC-800
1913 IR4C2067PB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DGHA090E-TFC-800
1913 IR4C2067SB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DGHA090E-TFD-800
1913 IR4C2067PB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DGHA090E-TFD-800
1913 IR4C2067SB 2067 CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DH3A0600-TFC-800
1371 IR4C1480PB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DH3A0600-TFC-800
1371 IR4C1480SB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DH3A0600-TFD-800
1371 IR4C1480PB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DH3A0600-TFD-800
1371 IR4C1480SB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DH3A060E-TFC-800
1371 IR4C1480PB 1480 CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
Aftermarket
40
Copeland Model # CFH
IR
Model #
CFH
Service Hussmann
Part #
AM #
Description
3DH3A060E-TFC-800
1371
IR4C1480SB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DH3A060E-TFD-800
1371
IR4C1480PB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DH3A060E-TFD-800
1371
IR4C1480SB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DHHA060E-TFD-800
1371
IR4C1480PB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DHHA060E-TFD-800
1371
IR4C1480SB
1480
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DJ3A0750-TFC-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DJ3A0750-TFC-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DJ3A0750-TFD-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DJ3A0750-TFD-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DJHA075E-TFC-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DJHA075E-TFC-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DJHA075E-TFD-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DJHA075E-TFD-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DK3A0750-TFC-800
1913
IR4C2067PB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DK3A0750-TFC-800
1913
IR4C2067SB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DK3A0750-TFD-800
1913
IR4C2067PB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DK3A0750-TFD-800
1913
IR4C2067SB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DK3A0900-TFC-800
1913
IR4C2067PB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DK3A0900-TFC-800
1913
IR4C2067SB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DK3A0900-TFD-800
1913
IR4C2067PB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DK3A0900-TFD-800
1913
IR4C2067SB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DK3A120E-TFC-800
1913
IR4C2067PB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DK3A120E-TFC-800
1913
IR4C2067SB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DK3A120E-TFD-800
1913
IR4C2067PB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DK3A120E-TFD-800
1913
IR4C2067SB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DK4A1200-TFD-800
1913
IR4C2067PB
2067
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DK4A1200-TFD-800
1913
IR4C2067SB
2067
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DKHA120E-TFC-800
1913
IR4C2067PB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DKHA120E-TFC-800
1913
IR4C2067SB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DKHA120E-TFD-800
1913
IR4C2067PB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DKHA120E-TFD-800
1913
IR4C2067SB
2067
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DP3A0500-TFD-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DP3A0500-TFD-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DP3A0750-TFC-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DP3A0750-TFC-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DP3A0750-TFD-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DP3A0750-TFD-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DP3A1000-TFC-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DP3A1000-TFC-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DP3A1000-TFD-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
Aftermarket
41
Copeland Model # CFH
IR
Model #
CFH
Service Hussmann
Part #
AM #
Description
3DP3A1000-TFD-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DP3A100E-TFC-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DP3A100E-TFC-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DP3A100E-TFD-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DP3A100E-TFD-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DPHA100E-TFC-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DPHA100E-TFC-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DPHA100E-TFD-800
1615
IR4C1761PB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DPHA100E-TFD-800
1615
IR4C1761SB
1761
CU.4220171
4220171
Kit Adapter 3D 2 bolt to 2 bolt
3DR3A1000-TFC-800
2127
IR4C2397PB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DR3A1000-TFC-800
2127
IR4C2397SB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DR3A1000-TFD-800
2127
IR4C2397PB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DR3A1000-TFD-800
2127
IR4C2397SB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DR3A100E-TFC-800
2127
IR4C2397PB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DR3A100E-TFC-800
2127
IR4C2397SB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DR3A100E-TFD-800
2127
IR4C2397PB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DR3A100E-TFD-800
2127
IR4C2397SB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DRHA100E-TFC-800
2127
IR4C2397PB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DRHA100E-TFC-800
2127
IR4C2397SB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DRHA100E-TFD-800
2127
IR4C2397PB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DRHA100E-TFD-800
2127
IR4C2397SB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DS3A0750-TFC-800
2127
IR4C2397PB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DS3A0750-TFC-800
2127
IR4C2397SB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DS3A0750-TFD-800
2127
IR4C2397PB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DS3A0750-TFD-800
2127
IR4C2397SB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DS3A100E-TFC-800
2127
IR4C2397PB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DS3A100E-TFC-800
2127
IR4C2397SB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DS3A100E-TFD-800
2127
IR4C2397PB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DS3A100E-TFD-800
2127
IR4C2397SB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DS3A1500-TFC-800
2127
IR4C2397PB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DS3A1500-TFC-800
2127
IR4C2397SB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DS3A1500-TFD-800
2127
IR4C2397PB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DS3A1500-TFD-800
2127
IR4C2397SB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DS3A150E-TFC-800
2127
IR4C2397PB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DS3A150E-TFC-800
2127
IR4C2397SB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DS3A150E-TFD-800
2127
IR4C2397PB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DS3A150E-TFD-800
2127
IR4C2397SB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DT3A0750-TFC-800
2127
IR4C2397PB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DT3A0750-TFC-800
2127
IR4C2397SB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DT3A0750-TFD-800
2127
IR4C2397PB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
Aftermarket
42
Copeland Model # CFH
IR
Model #
CFH
Service Hussmann
Part #
AM #
Description
3DT3A0750-TFD-800
2127
IR4C2397SB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DT3A1000-TFC-800
2127
IR4C2397PB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DT3A1000-TFC-800
2127
IR4C2397SB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DT3A1000-TFD-800
2127
IR4C2397PB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DT3A1000-TFD-800
2127
IR4C2397SB
2397
CU.4220172
4220172
Kit Adapter 3D 2 bolt to 4 bolt
3DT3A1500-TFC-800
2127
IR4C2397PB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DT3A1500-TFC-800
2127
IR4C2397SB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DT3A1500-TFD-800
2127
IR4C2397PB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DT3A1500-TFD-800
2127
IR4C2397SB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DT3A150E-TFC-800
2127
IR4C2397PB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DT3A150E-TFC-800
2127
IR4C2397SB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DT3A150E-TFD-800
2127
IR4C2397PB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DT3A150E-TFD-800
2127
IR4C2397SB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DTHA150E-TFC-800
2127
IR4C2397PB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DTHA150E-TFC-800
2127
IR4C2397SB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DTHA150E-TFD-800
2127
IR4C2397PB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
3DTHA150E-TFD-800
2127
IR4C2397SB
2397
CU.4220173
4220173
Kit Adapter 3D 4 bolt to 4 bolt
Aftermarket
43
IR IMPACT™ COMPRESSOR
Retrofit Installation Instructions
IR4C to Copeland 3D
Adapter Kit Parts List
`
2/2
4/2
4/4
2 / 2 Bolt Adapter Kit Service Part # CU.4220171
Item
M.
Q.
Qty
1
1
Description
2–2 Suction Adapter
Suction Gasket
Item
O.
S.
Qty
1
2
Description
4–2 Suction Adapter
Suction Gasket
Item
P.
V.
Y.
Qty
1
4
1
Description
4–4 Suction Adapter
12-7.75x30mm Screws
Suction Gasket
Item
A.
B.
C.
D.
E.
F.
Qty
1
1
4
1
2
1
Description
Base Rail Left Leg
Base Rail Right Leg
1/2”-13X1 1/2” Bolts
1” -90° EMT Fitting
1 ¼” X 1” Reducer Washer
Discharge Goose Neck
Item
N.
Qty
2
Description
M10-1.5x50mm Screws
4 / 2 Bolt Adapter Kit Service Part # CU.4220172
Item
R.
Q.
Qty
4
1
Description
12-7.75x30mm Screws
Suction Gasket
4 / 4 Bolt Adapter Kit Service Part # CU.4220173
Item
T.
S.
Qty
1
2
Description
Spacer
Suction Gasket
Inclusive Parts in All Kits
Hussmann Aftermarket
Item
G.
H.
I.
J.
K.
L.
Qty
8
1
3
1
1
1
Description
1/2” Flat Washer
Sight Glass O-ring
Wire Lug # 4-# 6
Discharge Flange Gasket
1 3/4”-12 Teflon Gasket
12”-3/8 Flare Hose
1/13/06
Page 1 of 19
Adapter Kit Description
The adapter kits are comprised of two sets of parts as listed on Page 1. The first, second and third
set of parts is one of the suction adapter kits and the last set of parts will be in all of the kits.
Shown below are the part numbers for each of the kits.
Service Part #
CU.4220171
CU.4220172
CU.4220173
Description
2 Bolt Suction to Copeland 2 Bolt Suction
4 Bolt Suction to Copeland 2 Bolt Suction
4 Bolt Suction to Copeland 4 Bolt Suction
Recommended Tools
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
8 & 10mm Allen Wrench.
17 mm Wrench
10 mm Wrench
7/16” Wrench
9/16” Wrench
3/4 “ Wrench
Service Wrench
Razor Knife
Philips Head Screw Driver
Straight Slot Screw Driver
Large Channel Lock Pliers (QTY 2)
Hammer
10” Adjustable Wrench
Wire Cutters & Strippers
Hussmann Aftermarket
1/13/06
Page 2 of 19
Instructions for Removing the Copeland
3D Compressor
1. Turn off control power and main power to the compressor. Check both the control circuit
and the main power from the compressor breaker with a meter to insure the power has been
disconnected.
2. Disconnect and remove all wires from the compressor terminal box.
NOTE: tag control wires for identification to the controls. (See figure 36, page 16 to
determine the wires that need to be marked.)
3. Close suction and discharge valves. Close oil supply line and any equalizing lines.
Evacuate refrigerant from compressor using approved recovery methods. Disconnect the
discharge valve at the Roto-Lock adapter leaving the adapter flange attached to the
compressor. Disconnect the suction valve using a ¾” wrench. Disconnect all remaining lines
from the compressor.
4. Remove all components that are attached to or obstructing the removal of the
compressor, such as head fans, oil failure, high and low pressure controls.
5. IMPORTANT: Count the number of spacer washers between the compressor feet
and the mounting plate. The same number of washers must be used when installing
the IMPACT™ IR4C compressor.
6. Remove the compressor.
7. Remove all fittings that will be required for installation of the IMPACT ™ IR4C
compressor. Remove oil float by tilting the compressor away from the oil sight glass. Unbolt
the oil float assembly, leaving the compressor tilted until the sight glass from the IR4C can
be installed on the 3D compressor.
Figure 2
Hussmann Aftermarket
1/13/06
Page 3 of 19
Installing the IR IMPACT ™ IR4C Compressor
Discharge
Valve
Figure 3
Suction Valve
1. Relieve pressure from compressor by
opening the discharge and suction
valves.
Figure 4
2. Remove the discharge and suction valves
as shown in Figure 4.
IMPORANT: Do not knock out electrical holes in the compressor terminal
box at this time. Leave terminal box cover in place. Refer to
electrical connection section of manual
3. Compressor may be dry of oil, if not, tilt compressor away from sight glass.
Remove sight glass and Install oil float using the sight glass bolts and new
o-ring (H).
Figure 5
Hussmann Aftermarket
Figure 6
1/13/06
Page 4 of 19
4. Install all the required fittings removed from the old compressor.
See Figure 7 compressor fitting locations
Figure 7
Hussmann Aftermarket
1/13/06
Page 5 of 19
Suction Valve Adapter Configuration
2Bolt IR4C to 2 Bolt Copeland
5a. Install suction adapter to the 4C
compressor with cap screws (N) provided
in the kit. Adapter will allow for positioning
the valve either horizontally or vertically.
If the valve outlet is piped horizontally,
position the recessed holes in the
horizontal position.
Figure 8a
Shown positioned for horizontal mounting
4 Bolt IR4C to 2 Bolt Copeland
5b. Remove suction strainer and replace
both gaskets (S ) Install suction adapter
to the 4C compressor with the 4 cap
screws (R) provided in the kit.
Position the adapter with the throat angle
down Tighten the 4 cap screws evenly.
Figure 8b
4 Bolt IR4C to 4 Bolt Copeland
5c. Remove suction strainer and replace
both gaskets (S ) Install suction adapter
to the C4 compressor with the 4 cap
screws (V) provided in the kit.
Figure 8c
Hussmann Aftermarket
Position the adapter with the throat angle
down. Tighten the 4 cap screws evenly.
1/13/06
Page 6 of 19
6. Install discharge goose neck (F) using
gasket (J) to compressor discharge
flange with the original discharge valve
bolts.
Figure 9
L Down
Figure 10a.
R Down
Figure 10b.
7. Place the amount of spacer washers provided with original 3D compressor over
the existing mounting holes. (See Figure 10a.)
NOTE: When installing 4 bolt IR Impact™ to a 4 bolt Copeland suction adapter
kit, place two additional ½” washers (G) under each leg to raise the
compressor for alignment to the suction valve.
Attach rails to frame with original compressor mounting bolts through the spacer
washers to the frame using the original compressor bolts provided,
(See Figure 10b).
Rail (A)- marked (Left Front) mounts to left side with the relief facing down.
Rail (B)- marked (Right Front) mounts to right side with the relief facing down.
8. Place compressor on rails and secure with
the 1/2”-13 x 1 1/2” bolt (C) and1/2”
washers (G).
Figure 11
Hussmann Aftermarket
1/13/06
Page 7 of 19
9a. 2 Bolt IR4C to 2 Bolt Copeland
4 Bolt IR4C to 2 Bolt Copeland
Connect suction valve with gasket (Q)
between the valve and the valve
adapter. Using the existing Copeland
suction valve bolts, tighten evenly with a
¾” wrench. (See figure 8a & 8b)
9b. 4 Bolt IR4C to 4 Bolt Copeland
Place the larger round gasket (Y) in the
adapter hole. Insert the metal spacer.
Place the small round gasket (S)
between the spacer and the suction
valve. (See figure 8c.)
Figure 12
Using the original Copeland bolts and ¾”
wrench, tighten the suction valve evenly
to the suction adapter.
10. Connect discharge gooseneck to
discharge valve. Screw on hand tight.
Tighten connection by securing the
gooseneck with large pliers and tighten the
Rota-lock nut with the other channel lock
pliers.
Figure 13
11. Connect oil line to oil float using hose
provided in kit.
12. Connect all remaining lines and controls
to the compressor.
Figure 14
Hussmann Aftermarket
1/13/06
Page 8 of 19
Connecting the Electrical Components
Figure 15
Figure 16
Wiring Installation in a Plastic Terminal Box
1. If the compressor being used has a plastic terminal box, use a sharp knife to
scribe completely around the the electrical knock-outs that will be used for
connecting the electrical flex conduit. (See figure 15) Use a hammer and screw
driver to tap around the scribed area and knock out the hole. (See figure Figure
16) 17
IMPORTANT : DO NOT TRY AND KNOCK OUT ANY HOLES WITH
THE TERMINAL BOX COVER REMOVED OR THE
BOX COULD BE DAMAGED. BE SURE TO KNOCK
OUT ALL HOLES WITH THE COVER IN PLACE.
2. Remove the terminal box cover.
Connect all electrical flex conduit to the
terminal box. A 1” X 90° connector (D) has
been provided to assist with the installation if
the previous connector was a straight
requiring additional length.
If the hole is oversized for the connector, use
the reduction washers (E) with the 1”
connector.
Figure 17
Hussmann Aftermarket
1/13/06
Page 9 of 19
IR IMPACT™ COMPRESSOR
Retrofit Direct-Start Wiring Connection Instructions
IR4C to Copeland 3D
Typical Parts Received With Compressor
Figure 18
Lugs Are Part Of Retrofit Kit
Figure 19
Parts Required
Qty.
5
3
9
3
Description
Jumpers for 208/230 V (3 needed for 460 V)
Flat Washers
Hex nuts
Lugs
NOTE: For Direct-Start all parts received may not be needed. Please disregard any
extra parts.
Figure 20. To start remove nuts and washers holding the cap.
Hussmann Aftermarket
1/13/06
Page 10 of 19
208/230-Volt Connection Instructions
Figure 21. Cap removed.
Figure 22. Add jumpers across terminals 4-5-6 and
from terminals 9-3, 8-2, and 7-1.
Figure 23. Add lugs to 1, 2, and 3. Mount one
washer on each lug. Place nuts on all terminals
tighten to 4.4 ft-lb.
Hussmann Aftermarket
Figure 24. Add cover and center
washers and nuts.
1/13/06
Page 11 of 19
460-Volt Connection Instructions
Figure 25.1. Cap removed.
Figure 26. Add jumpers from terminals 4-7, 5-8,
and 6-9. Mount lugs on terminals 1, 2, and 3. Add
one flat washer on each lug and install nuts on all
terminals. Torque to 4.4 ft-lb.
Figure 27. Add cover, center washers and nuts.
Hussmann Aftermarket
1/13/06
Page 12 of 19
Field Wiring SE- B1 Internal Motor Protector
SE-B1
I
Figure 28
1. Remove the wire from terminal (L) on the Sentronic Oil Control and connect it to
Terminal (L) on the SE-B1 Remove the wire from Terminal (M) on the Sentronic and
connect it to terminal (14) on the SE-B1. Place a jumper wire between terminal (L) and
terminal (11) on the SE-B1.
2. Connect a wire from terminal (N) on the SE-B1 to L2
3. Connect the two Thermistor wires to the spade connectors on the compressor terminal
plate.
4. If a current sensing relay was used, disconnect and cap off.
L1
L2
C o m p re s so r
O n - O ff
O il
A la rm
R a c k C o n tro lle r
O u tp u t P o int
1
R e m o v e C o n tro l
C o m pre ss o r
A
C o n ta cto r
C
H ig h P res s u re
C o ntro l
Lo w P re s su re
C on trol
2
M
L
2
240V
Current
Sensing
Relay
M e c ha n ica l or S en tron ic
O il C o n tro l
SE- B1
N
12
Motor Overload Alarm
Optional
L
F ie ld In s ta lle d W ire
11
J u m p er
1
2
14
T h e rm isto r
T e rm in a ls
Figure 29 Wiring SE-B1 Motor Overload Module
Hussmann Aftermarket
1/13/06
Page 13 of 19
IMPACT™ COMPRESSOR
Reference Information -- Motor Protection Devices
IR Compressor -- Motor Protector Information
Compressors
Aftermarket Number Model Number
Voltage
Description
IR2C0173 to IR4C2397
IR2C0173 to IR4C2397
CU.4220114
CU.4220117
SE-B1
SE-B1
208/230V
120V
Short leads
Short leads
IR4B2707 to IR6B6462
IR4B2707 to IR6B6462
CU.4220115
CU.4220118
SE-B2
SE-B2
208/230V
120V
Long leads and connectors to use on M1 and M2 posts.
Long leads and connectors to use on M1 and M2 posts.
24V
Motor protector and oil monitoring, only when using
mechanical oil float. Also included in Oil Protection Kit
CU.4220191.
IR4C0770 to IR4C2397
CU.4220233
INT69/70
SE-B1 Motor Protector Module
SE-B2 Motor Protector Module
Also shown are the included connectors
for the M1 and M2 posts in the terminal box
Figure 30
INT69/70 Motor protector and Oil Monitoring Module
Figure 31
Hussmann Aftermarket
1/13/06
Page 14 of 19
IR Impact™ Oil Monitoring System
CU.4220191
Oil Sensor Kit for IR2C & IR4C Compressors
A.
B.
C.
D.
E.
`
INT bracket and screws.
8 FT 16-2 shielded cable
Oil Sensor
50 VA 24 Volt transformer
INT 69/70 Control Module
INT Bracket
Figure 32
1. Remove the two screws on the left side
of the terminal strip.
2. Insert bracket as shown in figure 23 and
secure with the two terminal box screws.
Figure 33
3. Attach INT 69/70 with the two screws
provided in the kit as shown in Figure
34.
4. Mount the INT 69/70 sensor in the
compressor housing as shown in
Figure 37. Wire the INT 69/70 and
sensor into the compressor control
circuit according to the wiring diagram
in Figure 36.
Figure 34
Hussmann Aftermarket
1/13/06
Page 15 of 19
L1
L2
Oil
Alarm
Rack Controller
Output Point
Compressor
On - Off
Sentronic
Oil Failure Control
1
Compressor
Contactor
A
C
High Pressure
Control
2
M
L
Current SensingRelay
Low Pressure
Control
2
240V
Switch
Figure 35. Copeland Sentronic Oil Control
L1
L2
C o m p re sso r
R a ck C o n tro lle r
O v e rlo a d
A la rm
O u tp u t P o in t
O n - O ff
1
C o m p re s so r
C o n ta cto r
2
L N 12 14 11 24 21 1 2
RunSignal
Winding
Ground
Oil Power
INT 69/70
Motor Protector
and Oil Control
Heater
RunSignal
2
Black
Brown
Green
Orange
Red
Relay 2 Out
Heater
Relay 2 In
Control Out
Control In
O.L. Alarm
Reset Switch (N.C.)
Momentary Contact
24VPower
L o w P re ss u re
C o n tro l
Neutral
H ig h P re ssu re
C o n tro l
C
1
Thermistor
Terminals
3 Amp
Fuse
220V
Compressor Terminals
L3
L2
L1
Primary
120/220V
Secondary
24V
Oil Alarm
Terminal
Block
In Stator Box
BR
BL
OR
RD
2 4 V o lt T ra n sfo rm er
50 VA
Temp
Sensor
Field Installed Wire
Figure 36. Retrofit With INT 69/70 Overload Module With Oil Control
Hussmann Aftermarket
1/13/06
Page 16 of 19
5. Disconnect the wire from the Low Pressure Control (typical) to terminal (L) on the
Copeland Sentronic Oil Control and connect it to terminal (11) on the INT 69/70.
6. Disconnect the wire from the contactor coil to terminal (M) on the Sentronic and connect it to
terminal (14) on the INT 69/70.
7. Disconnect the wire from terminal (A) on the Sentronic and connect it to terminal (12) on
the INT 69/70. This would then be the Overload Alarm instead of Oil Failure Alarm. See item
#15 below.
8. Install the 24V transformer in the rack control panel. Connect the 24-volt power to terminals
(L) & (N) on the INT 69/70.
9. Connect the black and brown wires from the sensor plug to terminals (1) & (2) on the
INT 69/70.
10. Connect the black and brown wires from the INT 69/70 to the compressor terminals
marked (L1) & (L2).
11. Connect the green wire from the INT 69/70 to one of the motor thermistor spade terminals
located on the compressor terminal plate behind the ground lug.
12. Connect the orange wire from the sensor plug and the orange wire from the
INT 69/70 to the other motor Thermistor spade connection using the piggyback
connector provided on the INT 69/70 orange wire.
13. Connect the red wire from the sensor plug to the terminal strip located in the
terminal box. Connect the red wire from the INT 69/70 the same terminal on this strip.
14. Disconnect the wire from the current sensing relay (if used) to the 240V terminal on the
Sentronic control and cap the wire.
15. Relay 1 in the INT 69/70 is Common on (11) and switches from (14) during normal
operation to (12) for Alarm when the motor winding set point temperature is exceeded.
16. Relay 2 in the INT 69/70 is common on (21) and closes contact to (24) when low oil
condition is indicated. An alarm can be wired across (21) and (24) as a contact closure, or
can be wired into the 24V circuit so an alarm device such as a light can be added.
17. To reset the INT 69/70 after an oil failure trip, the 24V power to the control must be
interrupted. A pushbutton momentary switch is shown on the line side of the transformer as
an option for this purpose.
Figure 37
Hussmann Aftermarket
1/13/06
Page 17 of 19
Installing Head Cooling Fans When
Required
Figure 38
IR4C Head Fan Bracket
Figure 39
Copeland Head Fan
1. Head cooling fans will be required as a general rule
when the following limits are approached.
R-22
No Capacity Control - Suction Temperature
Condensing Temperature
50% Capacity Control - Suction Temperature
Condensing Temperature
< +5°F
>+110°F
< + 20°F
>+105°F
R-404A
Figure 40
Cub 2 Head Fan
No Capacity Control - Suction Temperature
Condensing Temperature
50% Capacity Control - Suction Temperature
Condensing Temperature
< -30°F
>+110°F
< -15°F
> +115F
2. If the Copeland 3D compressor has the Copeland head-cooling fan mounted on
the compressor, this fan can be used with a new bracket. Shown above in figure
39. Requires Bracket # CU.4220230
3. If the Copeland 3D compressor has a Cub 2 head-cooling fan mounted on the
compressor, this fan can also be used with a new bracket. Shown above in figure
40. Requires Bracket # BR.4220261.
4. The complete head cooling fan kits which include the fan, motor and brackets are:
CU. 4220215 for 120 volt
CU.4220220 for 208/230 volt
CU.4220225 for 460 volt
Hussmann Aftermarket
1/13/06
Page 18 of 19
`
Liquid Injection Requirements
1. When the IR Impact™ Compressor is used in an R22 low temperature
application liquid injection must be installed.
2. Kits are available for 120 volt and 208/230-volt control circuits, and include a Y1037
regulating valve and a solenoid valve with coil.
3. Installer must supply copper tubing, connections and shut off valve to the liquid header.
Inject Cool Kits
IR4C1480
IR4C1761-IR4C2067
IR4C2397-IR4B3139
CU.4220194
CU.4220195
CU.4220196
KIT INJECT COOL 120V
KIT INJECT COOL 120V
KIT INJECT COOL 120V
IR4C1480
IR4C1761-IR4C2067
IR4C2397-IR4B3139
CU.4220201
CU.4220202
CU.4220203
KIT INJECT COOL 208V
KIT INJECT COOL 208V
KIT INJECT COOL 208V
Inject Cool Valves Only
IR4C1480
IR4C1761-IR4C2067
IR4C2397-IR4B3139
Hussmann Aftermarket
CU.4220208
CU.4220209
CU.4220210
INJECT COOL Valve
INJECT COOL Valve
INJECT COOL Valve
1/13/06
Page 19 of 19
IR IMPACT™ COMPRESSOR
Retrofit Installation Instructions
IR4B to Copeland 4D
Adapter Kit Parts List
A.
B.
C.
D.
E.
F.
G.
H.
I.
J.
K.
L.
M.
Description
Qty
Suction Spacer
Small Suction Gaskets
Large Suction Gasket
Discharge Gasket
M10 x 40 Cap Screws
1 x ½” Reducer Washer
1 ½” x 1 ¼” Reducer Washer
O-Ring Sight Glass
¼” Nuts
¼” x 1” Bolts
Float Adapter
1 ¼ X 12 Nylon O Ring
1 ¾ X 12 Nylon O Ring
1
2
2
1
2
1
1
2
3
3
1
1 Not Shown
1 Not Shown
Parts Kit # CU.4220238
Recommended Tools
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
4mm Allen Wrench.
7 mm nut driver or socket
17 mm socket
19 mm socket
24mm socket
10 mm Wrench
7/16” Wrench
9/16” Wrench
3/4“ socket
15/16” socket
Hussmann Aftermarket
11.
12.
13.
14.
15.
16.
17.
18.
19.
7/16” wrench
Service Wrench
Razor Knife
Philips Head Screwdriver
Large Channel Lock Pliers
Straight Slot Screwdriver
10” Adjustable Wrench
Wire Cutters & Strippers
Hammer
page 1 of 18
4/7/2006
Instructions for Removing Copeland 4D
1. Turn off control power and main power to the compressor. Check both the
control circuit and the main power from the compressor breaker with a meter to
insure the power has been disconnected.
2. Disconnect and remove all wires from the compressor terminal box.
NOTE: tag control wires for identification to the controls. (See Figure 27, page 12 to
determine the wires that need to be marked.)
3. Close suction and discharge valves. Close oil supply line and any equalizing
lines. Evacuate refrigerant from compressor using approved recovery
methods. Disconnect the discharge valve using a 3/4” wrench. Disconnect the
suction valve using a 15/16” socket. Disconnect all remaining lines from the
compressor.
4. Remove all components that are attached to or obstructing the removal of the
compressor, such as head fans, oil failure, high and low pressure controls.
5. IMPORTANT: Count the number of spacer washers between the
compressor feet and the mounting plate. The same
number of washers must be used when installing the IR Impact™
compressor.
6. Remove the 4D compressor.
7. Remove all fittings that will be required for installation of the IR Impact™ compressor.
8. Remove oil float by tilting the compressor
away from the oil sight glass. Unbolt the
oil float assembly, leaving the compressor
tilted until the sight glass from the IR
Impact™ can be installed on the 4D
compressor.
(3D compressor shown for demonstration
purposes only.)
Figure 1
Hussmann Aftermarket
page 2 of 18
4/7/2006
Installing the IR IMPACT ™ IR4B Compressor
Discharge
Suction
Figure 2
Figure 3
1. Relieve pressure from compressor by
slowly loosening the discharge and
suction valve bolts.
2. Remove the discharge and suction valves.
IMPORANT: Do not knock out electrical holes in the compressor terminal
box at this time. Leave terminal box cover in place. Refer to
electrical connection section of manual
3
Install all the required fittings removed from the old compressor to
IR Impact™ fitting locations (See Figure 4).
Figure 4
Hussmann Aftermarket
page 3 of 18
4/7/2006
4. Place the same number of spacer washers
provided with original 4D compressor
over the existing mounting holes
(See Figure 5).
Spacer
Washers
Figure 5
5. Mount the compressor on the base
using the original mounting bolts
IMPORTANT
DO NOT TIGHTEN THE
MOUNTING BOLTS UNTIL BOTH
SUCTION AND DISCHARGE
VALVES ARE ALIGNED AND
TIGHT
Spacer Washers
Figure 6
Figure 7
Figure 8
Oil Float Adapter
Hussmann Aftermarket
Oil Float
page 4 of 18
4/7/2006
6. When an oil float regulator is required, follow the below steps to install
these controls. If the compressor is not free of oil, tilt compressor away
from sight glass. Remove sight glass and install oil float adapter ( K ) using
IR compressor sight glass bolts and the new o-ring ( H ).
7. Install oil float to the oil float adapter using the 1/4-20x1”
bolts ( J ) and nuts ( I ) using a new o-ring ( H ).
8. Install the Copeland discharge valve
using the M10x40 bolts ( E ) provided
in the kit.
Hand tighten any discharge line
connectors and the M10x40 discharge
valve bolts. After all the bolts have
been started by hand, the bolts can be
secured evenly.
Figure 9
9. It is also acceptable to use the front
flange to mount the discharge line.
In some cases the OEM prefers to use
the front mounting boss with a ball valve
and Roto-Lock connector (as shown in
figure 10) or a Roto- Lock service valve
(not Shown).
Remove the blank off plate and connect
the discharge flange in this position using
Bolts (E) provided in the kit. Remove the
service valve and place the blank off
plate in the position of the service valve
using the existing bolts.
Figure 10
Hussmann Aftermarket
page 5 of 18
4/7/2006
10. Larger capacity compressors
require the large 2 1/8” suction
valve with a 3 1/8 flange vs. the
2 1/8” suction valve with the
2 11/16 flange.
The larger valve will require a
spacer which allows the valve to
be positioned above the valve
well to accept the larger valve
flange.
The spacer (A ) requires two
gaskets (B ) shown in figure11
All other suction valve sizes do
not require a spacer and will fit
in the suction well using a
single gasket.
Figure 11
Figure 11
IMPORTANT NOTE: When replacing a Copeland 4DL 1500, or 4DP 1500 series
compressor the IR4B3139Q series IR Impact compressor must be used. If the P series is used
the suction service valve from the 4D will not fit and will require suction line re-piping.
11. The upper suction gasket has a tendency to
move when the valve is placed on the
suction flange.
Installation Tip:
Place the bolts in the suction valve and
Screw them into the flange about 1 -2 turns.
Center the gasket between the suction
spacer and the suction valve with a
screwdriver while lifting up on the valve.
Tighten the suction valve bolts evenly.
`
Hussmann Aftermarket
Figure 12
page 6 of 18
4/7/2006
12. Leave the terminal box cover
attached to the box while knocking
out the electrical connector holes.
With a flat bladed screwdriver tap
around the knock outs required to
make the electrical connections.
Figure 13
IMPORTANT: DO NOT TRY TO
KNOCK OUT ANY HOLES WITH THE
TERMINAL BOX COVER REMOVED
OR THE BOX COULD BE DAMAGED.
BE SURE TO KNOCK OUT ALL
HOLES WITH THE COVER IN
PLACE.
Once the holes are knocked out, then
remove the cover.
Spacer washers ( F ) and ( G ) have been
provided if the electrical connectors are
smaller than the holes.
13. Install the SE-B on the din rail
bracket. Attach the two thermistor wires to
the sensor connectors using a 7mm nut
driver or socket.
Refer to the wiring diagram in Figure 27 for
connections for the motor protector.
Figure 14.
Hussmann Aftermarket
page 7 of 18
4/7/2006
IR IMPACT™ COMPRESSOR
Retrofit Direct-Start Wiring Connection Instructions
IR4B to Copeland 4D
Parts Needed
Qty.
1
9
3
5
Description
Insulator
Nuts
Lugs
Jumpers
( two sizes)
Figure 15
PLEASE NOTE: The compressor may have additional parts that are used for part winding
start. Disregard the extra parts if you receive them.
Figure 16
Hussmann Aftermarket
IR4B Compressor Terminals Prior to Starting
page 8 of 18
4/7/2006
208/230-Volt Connection Instructions
Fig.17 Longer jumpers across 4-5 and 5-6.
Fig.18 Insulator over terminals 1-2-3.
Fig.19 Jumpers on 1-7, 2-8, and 3-9.
Fig.20 Nuts on 4, 5, and 6. Lugs on 1,2, and 3.
Fig.21 Nuts on 7, 8, and 9 and on top of lugs
on 1, 2, and 3.
Torque all nuts to 7.4 ft-lb.
Hussmann Aftermarket
page 9 of 18
4/7/2006
460-Volt Connection Instructions
Fig.22 Three smaller jumpers on 4-7, 5-8, and 6-9.
Fig.24 Lugs on 1, 2, and 3.
Hussmann Aftermarket
Fig.23 Insulator on 1-2-3.
Fig.25 Nuts on all terminals and torque
to 7.4 ft-lb.
page 10 of 18
4/7/2006
IMPACT™ COMPRESSOR
Reference Information -- Motor Protection Devices
IR Compressor -- Motor Protector Information
Compressors
Aftermarket Number Model Number
Voltage
Description
IR2C0173 to IR4C2397
IR2C0173 to IR4C2397
CU.4220114
CU.4220117
SE-B1
SE-B1
208/230V
120V
Short leads
Short leads
IR4B2707 to IR6B6462
IR4B2707 to IR6B6462
CU.4220115
CU.4220118
SE-B2
SE-B2
208/230V
120V
Long leads and connectors to use on M1 and M2 posts.
Long leads and connectors to use on M1 and M2 posts.
24V
Motor protector and oil monitoring, only when using
mechanical oil float. Also included in Oil Protection Kit
CU.4220191.
IR4C0770 to IR4C2397
CU.4220233
INT69/70
SE-B1 Motor Protector Module
SE-B2 Motor Protector Module
Also shown are the included connectors
For the M1 and M2 posts in the terminal box
INT69/70 Motor protector and Oil Monitoring Module
Hussmann Aftermarket
page 11 of 18
4/7/2006
Replace Copeland Overload Module and Sentronic Control with the SE-B Motor
Protection Device and a Johnson Controls P545 Oil Safety Control.
L1
L2
Oil
Alarm
Rack Controller
Output Point
Compressor
On - Off
Sentronic
Oil Failure Control
1
Compressor
Contactor
A
C
High Pressure
Low Pressure
Control
Control
T1
2
M
L
2
240V
Switch
T2
Copeland
Overload
120/230
L1
Module
L2
Figure 26 Copeland Overload Module and Sentronic Oil Control
L1
L2
Oil
Alarm
Compressor
On - Off
Rack Controller
Output Point
Johnson P545
Oil Failure Control
1
Compressor
A
Contactor
#6
C
High Pressure
Control
2
M1
M2
#8
Low Pressure
Control
2
240V
#2
P545 Switch
SE-B
#7
#N
Reference to line number in text
N
Protection Device
12
Alarm Out
L
#3
11
14
1 2
Field Installed Wire
Thermistor
jumper
#4
#5
Terminals
Figure 27. SE-B Overload Module and Johnson P545 Oil Control
Hussmann Aftermarket
page 12 of 18
4/7/2006
1.
Remove the oil sensor plug and metal gasket on the IR compressor and install the P545
control switch as shown in Figure 29. Use the metal gasket provided with the P545.
2.
Break the connection from the control device (typically pressure controls) feeding the (T1)
terminal of the Copeland overload module and connect the wire to terminal (L) on the
IR SE-B module.
3.
Disconnect the wire from terminal (L) on the Sentronic Oil failure control to (T2) on the
Copeland Overload and re-connect it from (M2) on the P545 control to terminal (14) on the
IR SE-B motor protection device.
4.
Connect a jumper wire from (L) to terminal (11) on the IR SE-B motor protection device.
5.
Connect the thermistor wires from the IR SE-B motor protection device to the motor
thermistor terminals.
6.
Connect a wire from (M1) on the P545 to the compressor contactor coil.
7.
Disconnect the wire from the (240/120V) connection on the Copeland Overload Module
To (L2) and reconnect it to (N) on the SE-B module.
8.
Connect a wire from the (240/120V) connection on the P545 to (L2).
Installation Tip: It is possible to use the switch from the P545 (the P400BD-1C) with the
Sentronic module, although the timeout will approach 120 seconds
instead of the 90 seconds in the P545 specifications.
Figure 28. P545 Oil Control
Hussmann Aftermarket
Figure 29. P545 Switch Installed
page 13 of 18
4/7/2006
IR Impact™ Options for Oil Safety Control
A. Using a Standard Mechanical Oil Pressure Safety Control (Penn or Danfoss MP54)
1.
As an alternate to the P545 switch a standard differential oil switch may be used.
2.
The switch should be a fixed differential type with a 90 second time delay with a 9-psi differential
pressure.
3.
When using the mechanical oil differential safety switch follow the diagram in Figure 30.
4.
Connect the “OIL” pressure line to the fitting marked with the “+” sign, and the “Low” pressure
line to the fitting marked with the “-“ sign on the oil pump housing (see Figure 33).
L1
L2
C o m p ress or
O n - O ff
O il
A larm
R a ck C on trolle r
O u tp u t P oin t
1
C o m p re s so r
A
C o nta ctor
C
M
L
H ig h P re ssu re
C o n tro l
L o w P ressure
C o n tro l
2
24 0 V
M ec h a nica l O il C o n tro l
SE-B
N
P ro te ctio n D e vice
12
A larm O u t
F ie ld In sta lle d W ire
L
11
1
2
14
T h erm istor
J um p er
T erm in a ls
Figure 30
Hussmann Aftermarket
page 14 of 18
2
4/7/2006
B. Replacing the Copeland Overload Module and Sentronic Oil Failure Control with the
SE-B Motor Protector and the Delta-P Oil Failure Control
L1
L2
R a c k C o n tr o lle r
C o m p re s s o r
O u tp u t P o in t
O n - O ff
1
C o m p re s s o r
C o n ta c to r
C
H ig h P r e s s u r e
C o n tro l
2
B la c k
O ra n g e
D e lt a - P
SE-B
L
R ed
P r o te c t io n D e v ic e
12
Jumper
N
2
L o w P re s s u r e
C o n t ro l
11
1
2
B ro w n
A la rm O u t
C o n n e c t B ro w n & R e d W ire s
t o T e rm in a l 1 4 o n M o t o r
P ro te c tio n D e v ic e
14
T h e rm is to r
T e rm in a ls
F ie ld I n s t a lle d W ir e
Figure 31
1.
Remove the oil sensor plug in
Figure 32.
2.
Important
Retain the metal gasket to be
used with the sensor. If the
gasket is not metal it will leak.
-
Figure
Oil Sensor
Plug19
Figure 32
Hussmann Aftermarket
Screw in the oil sensor with the
metal gasket shown in Figure 33
and follow the wiring instructions in
Figure 31.
+ 20
Figure
Figure 33
page 15 of 18
4/7/2006
Delta P Switch
Figure 34
PN CU.4220239 120 volt
PN CU.4220240 240 volt
*Note: The Delta P Switch voltage must match the SE-B motor protection device and control
circuit voltage.
3.
Disconnect the device feeding the (T1) terminal of the Copeland overload module and
connect it to terminal (L) on the IR SE-B protection device.
4.
Disconnect the wire from terminal (L2) on the Copeland overload module.
5.
Connect a wire from line (L2) to (N) on the IR SE-B protection device.
6.
Connect a jumper wire from (L) to (11) on the IR SE-B protection device.
7.
Connect the red and Brown wires from the Delta-P to terminal (14) on the IR SE-B
protection device.
8.
Disconnect the wire from line (L2) to (240 volt or 120 volt) connection on oil failure control.
9.
Disconnect the wire between the compressor contactor (C) and connection (M) on the oil
failure control.
10.
Connect the orange wire from the Delta-P oil failure control to the compressor contactor.
11.
Connect the black wire from the Delta-P oil failure control to line (L2).
12.
Connect the thermistor wires (1,2) to the compressor thermistor terminals.
13.
Once all the connections have been transferred to the new control device, the old controls
can be removed.
Hussmann Aftermarket
page 16 of 18
4/7/2006
Mounting Head Fan when Required
Fan Bracket Part Number CU.4220231
36. Install head fan bracket on the 4
inner head bolts per figure 20.
Mount the existing fan to the
bracket using the 3 screws
provided with the existing fan.
Wiring the fan will be the same
as the previous compressor.
Complete Fan Assembly Kits
CU.4220216
CU.4220221
CU.4220226
Figure 35
Hussmann Aftermarket
page 17 of 18
120 volt
208-230- volt
460 volt
4/7/2006
Liquid Injection Requirements
1. When the IR Impact™ Compressor is used in an R22 low temperature
application liquid injection must be installed.
2. Kits are available for 120 volt and 208/230-volt control circuits, and include a Y1037 regulating valve
and a solenoid valve with coil.
3. Installer must supply copper tubing, connections and shut off valve to the liquid header.
Inject Cool Kits
IR4C1480
IR4C1761-IR4C2067
IR4C2397-IR4B3139
IR4B3604-IR6B4060
CU.4220194
CU.4220195
CU.4220196
CU.4220197
KIT INJECT COOL 120V
KIT INJECT COOL 120V
KIT INJECT COOL 120V
KIT INJECT COOL 120V
IR4C1480
IR4C1761-IR4C2067
IR4C2397-IR4B3139
IR4B3604-IR6B4060
CU.4220201
CU.4220202
CU.4220203
CU.4220204
KIT INJECT COOL 208V
KIT INJECT COOL 208V
KIT INJECT COOL 208V
KIT INJECT COOL 208V
Inject Cool Valves Only
IR4C1480
IR4C1761-IR4C2067
IR4C2397-IR4B3139
IR4B3604-IR6B4060
Hussmann Aftermarket
CU.4220208
CU.4220209
CU.4220210
CU.4220211
INJECT COOL Valve
INJECT COOL Valve
INJECT COOL Valve
INJECT COOL Valve
page 18 of 18
4/7/2006

Similar documents