Pumps Technical Information

Transcription

Technical Information
Pumps
Indexes & Technical Information
Miscellaneous Products
Fluid Conveying
Pneumatic Power & Control
Hydraulic Power & Control
Vickers Vane Pumps
Features and Benefits
Easy to Apply & Install - A large swept volume provides for greater pump displacement in a smaller envelope.
Ports can be oriented relative to each other in 90° increments. Direction of rotation can be easily reversed. A
broad selection of displacements is available for each series. A wide range of shafts are available.
Long Life Expectancy - Diametrically opposed pumping chambers eliminate internal loading on bearings. Pumps
are qualified at 110% of ratings, assuring long life when operated within rated conditions.
Continuous High Performance - Vanes automatically compensate for any vane tip wear, providing like-new
pump performance for the duration of its life. Pressure-loaded side plates maintain minimum side clearances for
continuous volumetric efficiency, providing high pump performance indefinitely.
Quiet Performance - Pumps have ten or twelve vanes, each providing two pumping events per revolution,
resulting in exceptionally low pressure "ripple" in the hydraulic system. Low ripple means low vibration, and
therefore low noise generation.
Conforms to a Wide Variety of Applications - The pumps will accommodate almost any type of special hydraulic
fluid that the application requires. A very low starting torque is required as the vanes are not extended until
operating speed exceeds 500-600 rpm., which results in easier starting.
Easy to Service - The pumps can be easily serviced with a cartridge kit, upgrading the pump to like-new
condition, for a much lower cost than replacing the pump. Service can usually be performed without removing
the pump from the application.
High Performance - Low vane tip/ring loading allows high pressure operation. High speeds are possible because
the inlet flow paths are designed to give uniform oil acceleration and thus better filling characteristics, particularly
at low inlet pressures.
Application Information
Fluids: Anti-wear hydraulic oil, automotive type crankcase oil (SE, SF, SG, SH), fire-resistant fluids (requires
optional viton seals).
Seals: Buna-N standard (petroleum oil, water-glycol, water-in-oil emulsion, polyolester, high water base fluids).
Optional viton seals available for fire-resistant phosphate ester fluids.
Shaft Rotation: Clockwise or counterclockwise (Viewed from shaft end). Can be changed by changing the
assembly of internal parts.
Minimum Speed: 600 RPM.
Inlet Pressure: 0 to 5 psi (Recommended), 10 psi (Maximum), 5 in./Hg. (Minimum, with petroleum oil).
Operating Temperature: 120 to 130°F (Recommended), 150°F (Max. recommended oil), 180°F (Max. extreme
condition oil), 120°F (Max. water-containing fluids).
Recommended Fluid Viscosity: 70-250 SUS (Running), 4000 SUS Max (Startup).
Recommended Filtration: Per ISO Cleanliness Code, 20/18/15 (<2000 psi), 19/17/14 (2000-3000 psi).
574
This page is part of a complete catalog which contains technical and safety data that must be reviewed when selecting a product
 1999-2016 Hydraulic Supply Co. • 1-800-507-9651 • www.hydraulic-supply.com
Pumps
Single Hydraulic Pumps • Fixed Displacement
Vickers V10 & V20 Series • To 19.5 GPM @ 1800 RPM
Vickers V10 & V20 Vane Pump Specifications
Typical
Input HP
@ Max. RPM
& PSI
4800
4500
4000
3400
3200
3000
2800
2500
2500
2500
2500
2500
2200
2000
1.5
3.0
4.5
6.0
7.5
9.0
10.5
3.6
7.3
9.4
10.9
12.8
14.6
16.0
7.0
13.6
17.8
20.4
22.8
24.5
24.0
3400
3000
2800
2800
2500
2400
2400
2500
2500
2500
2500
2500
2200
2200
9.0
10.5
12.0
13.5
16.5
18.0
19.5
16.1
16.7
17.7
19.8
22.9
23.0
25.9
29.0
29.5
32.5
35.5
37.5
36.0
39.0
Displ.
cu.in.
per Rev.
Max.
RPM
V10
1
2
3
4
5
6
7
0.20
0.40
0.60
0.80
1.00
1.19
1.39
V20
6
7
8
9
11
12
13
1.19
1.39
1.62
1.81
2.22
2.38
2.59
Series
Fluid Conveying
Typical
Delivery
GPM
@ MAx.
RPM & PSI
Max.
PSI
Flow
GPM
1800 RPM
100 PSI
Ring Size
GPM
1200 RPM
100 PSI
Performance Constants: Based on using petroleum oil at 120° F, viscosity of
150SUS at 100° F, and pump inlet at 0 PSIG (14.7 PSIA).
Note: Outlet pressure must always be higher than inlet pressure.
575
Fluid Conveying
Pumps
Vickers V10 & V20 Series • To 19.5 GPM @ 1800 RPM
Vickers V10 & V20 Vane Pump Model Codes
1
1
2
10
2
3
F3
Special Seals
Viton
Omit if not required.
V
Vane Pump
4
1
P
4
P
5
6
7
8
8
K
P
3
10
20
4
F
P
5
1
4
6
6
D
P
S
T
7
1
2
3
4
5
6
7
8
9
10
11
12
13
V
576
Series
Integral Valve Options
Flow control & relief
Priority valve & relief
S
Mounting
2-bolt SAE A flange
Face-Type
2-bolt SAE B flange
Inlet port connections
1-5/16-12 str. thd. (V20)
1 NPT (V10)
1-1/4 NPT (V20)
1-5/16-12 str. thd. (V10)
1-5/8-12 str. thd. (V20)
1-3/16-12 str. thd. (V10)
SAE Rated Capacity - US GPM
(1200 RPM & 100 PSI)
1 GPM (V10)
2 GPM (V10)
3 GPM (V10)
4 GPM (V10)
5 GPM (V10)
6 GPM (V10 & V20)
7 GPM (V10 & V20)
8 GPM (V20)
9 GPM (V20)
10 GPM (V20)
11 GPM (V20)
12 GPM (V20)
13 GPM (V20)
T
9
-
1
C
9
10
Outlet Port Connections
V10P priority valve cover:
9/16-18 str. thd. primary outlet
3/4-16 str. thd. secondary outlet
9/16-18 str. thd. tank
V10: 1/2 NPT
V10 flow control cover:
3/4-16 str. thd. pressure
1/2 NPT tank
V20: 3/4 NPT
V20F flow control cover:
1/2 NPT tank
V10: 3/4-16 str. thd.
V20: 1-1/16-12 str. thd.
1-1/16-12 str. thd. tank
V20P priority valve cover:
3/4-16 str. thd. primary outlet
7/8-14 str. thd. secondary outlet
12
15
38
62
70
Shafts
3/4” straight keyed
Thd. with #6 woodruff key (V10)
Thd. with #13 woodruff key (V20)
9T SAE A splined (V10)
11T splined (V20)
13T SAE B splined (V10)
13T splined (V20)
11T splined (Shorter Length)
9T SAE A splined (V20)
__
A
B
C
D
Position of outlet or primary
outlet
(Viewed from cover end of pump)
Opposite inlet
90° CCW from inlet
In line with inlet
90° CW from inlet
1
3
11
10
20
11
11
12
13
Integral Valving
Omit if not required
Orifice
Relief Valve
2 2 GPM A 250 PSI
3 3 GPM B 500 PSI
4 4 GPM C 750 PSI
5 5 GPM D 1000 PSI
6 6 GPM E 1250 PSI
7 7 GPM F 1500 PSI
8 8 GPM G 1750 PSI
H 2000 PSI
J 2250 PSI
K 2500 PSI
12
Design
Subject to change.
Installation dimensions
remain the same for
designs -20 through -29.
13
Shaft Rotation
Viewed from shaft end of pump
Left hand (CCW)
Omit for right hand
L
Pumps
Vickers V10 Vane Pump Dimensions
A
(in)
B
(in)
01
02
03
04
05
06
07
4.55
4.55
4.55
4.80
4.80
5.00
5.00
3.62
3.62
3.62
3.87
3.87
4.07
4.07
Ring
Size
Vickers V10 Series • To 10.5 GPM @ 1800 RPM
Fluid Conveying
Number 11 Shaft
(9 Tooth SAE A Splined)
577
Vickers V20 Series • To 19.5 GPM @ 1800 RPM
Ring
Size
A
(in)
B
(in)
06
07
08
09
11
12
13
4.93
5.18
5.18
5.18
5.38
5.52
5.52
4.02
4.27
4.27
4.27
4.47
4.61
4.61
Number 11 Shaft
(11 Tooth Extended Length Splined)
Number 38 Shaft
(11 Tooth Shorter Length Splined)
Number 62 Shaft
(9 Tooth SAE A Splined)
Fluid Conveying
Pumps
578
Pumps
Double Hydraulic Pumps • Fixed Displacement
Vickers V2010 Series • To 19.5 GPM/10.5 GPM @ 1800 RPM
Fluid Conveying
Ring Size
Cover End
A
(in)
B
(in)
C
(in)
7. 8 or 9
7. 8 or 9
7. 8 or 9
11
11
11
12 or 13
12 or 13
12 or 13
1. 2 or 3
4 or 5
6 or 7
1, 2 or 3
4 or 5
6 or 7
1, 2 or 3
4 or 5
6 or 7
8.39
8.64
8.84
8.59
8.84
9.04
8.73
8.97
9.17
7.45
7.70
7.90
7.65
7.90
8.10
7.79
8.03
8.23
4.46
4.46
4.46
4.65
4.65
4,65
4.79
4.79
4.79
579
Ring Size
Shaft End
Number 11 Shaft
(13 Tooth SAE B Splined)
Double Hydraulic Pumps • Fixed Displacement
Vickers V2020 Series • To 19.5 GPM/19.5 GPM @ 1800 RPM
Fluid Conveying
Pumps
Number 11 Shaft
(13 Tooth SAE B Splined)
580
Pumps
Vickers VQ Series • To 90 GPM @ 1800 RPM
(10 Vanes, High Speed / High Pressure Capability)
Vickers VQ Series Vane Pump Specifications
2**
0.43
5**
1.10
8**
9**
11**
12**
14**
12
14
17
19**
21
21**
25
30
35
38
42
45**
47**
57**
60**
1.67
1.85
2.22
2.41
2.80
2.47
2.78
3.39
3.75
4.13
4.12
4.94
5.91
6.83
7.37
8.41
8.95
9.39
9.85
11.25
25VQ
35VQ
45VQ
2700
Min 1200
2700
Min 1200
2700
2700
2700
2700
2700
2700
2700
2500
2500
2500
2500
2500
2500
2400
2400
2200
2200
2200
2200
Max.
PSI
2000
3.0
4.3
3000
7.5
11.0
24.0
3000
3000
3000
2300
2000
3000
3000
3000
3000
3000
3000
3000
3000
3000
3000
2500
12.0
13.5
16.5
18.0
21.0
18.0
21.0
25.5
28.5
31.5
31.5
37.5
45.0
52.5
57.0
63.0
67.5
70.5
75.0
85.5
17.0
19.2
23.0
22.5
30.0
23.0
27.0
31.0
34.5
38.0
38.0
45.0
55.0
60.0
65.0
66.5
35.0
39.6
47.5
38.0
39.0
55.0
62.5
69.5
75.3
83.0
84.2
101.0
117.5
132.0
140.0
122.5
75.3
79.0
91.9
134.4
141.0
162.7
2500
2500
2500
Typical
Input HP
@ Max. RPM
& PSI
20VQ**
Max.
RPM
Typical
Delivery
GPM
@ MAx.
RPM & PSI
Fluid Conveying
Displ.
cu.in.
per Rev.
Flow
GPM
1800 RPM
100 PSI
Series
Ring Size
GPM
1200 RPM
100 PSI
Performance Constants: SAE 10W fluid @ 120° F and pump inlet @ 0 PSIG
(14.7 PSIA).
Note: Outlet pressure must always be higher than inlet pressure.
**Non-stock, special order.
581
Pumps
Vickers VQ Series • To 90 GPM @ 1800 RPM
Vickers VQ Series Vane Pump Model Codes
1
1
F3
2
25VQ
2
Special Seals
Viton
3
5
IntraVane Pump Series
25VQ
35VQ Standard bearing
45VQ
26VQ Heavy duty bearing
36VQ
6
3
C
Fluid Conveying
4
SAE Rated Capacity - US GPM
(1200 RPM & 100 PSI)
25VQ 2.45 cu.in. per rev.
25QV 4.12 cu.in. per rev.
25
30
35
38
35VQ
35VQ
35VQ
35VQ
4.98 cu.in. per rev.
42
50
60
7
A
4
5
6
1
C
20
7
8
9
SAE Port Connections
A
SAE 4-bolt flange inlet & outlet
AM Metric 4-bolt flange inlet & outlet
(Same as code A except metric
threads for fastening flanges)
B
Str. thd. inlet & outlet (25VQ)
C
SAE 4-bolt inlet (25VQ)
Str. thd. outlet (25VQ)
D
Str. thd. inlet (25VQ)
SAE 4-bolt outlet (25VQ)
Mounting & Shaft Seal Assy
Single Shaft Seal Pumps
F
Foot mounting with single shaft
seal
S
Flange mount and double shaft
seal
Omit for flange mount with single
shaft seal
10
8
Inlet Positions
(Viewed from cover end of pump)
Opposite outlet
90° CCW from outlet
In line with outlet
90° CW from outlet
A
B
C
D
9
Design
Subject to change.
remain the same for
10
Shaft Rotation
Viewed from shaft end of pump
Left hand (CCW)
Omit for right hand
Shaft Types
Single shaft Seal Pumps
1
Straight keyed
11 Splined
86 Straight keyed heavy duty
151 13T SAE B Spline (20V)
L
Double Shaft Seal Pumps
123 Splined (25VQ, 35VQ)
130 Splined (45VQ)
12
14
17
21
Optional Pilot
5 inch dia. pilot (25VQ only)
Omit for standard pilot
17
582
Pumps
Vickers 25VQ Series • To 31.5 GPM @ 1800 RPM
Vickers 25VQ Series Vane Pump Dimensions
Fluid Conveying
Number 1 Shaft
(7/8 Straight Keyed)
Number 86 Shaft
(1 Straight Keyed)
583
Vickers 35VQ Series • To 57 GPM @ 1800 RPM
Number 1 Shaft
(1-1/4 Straight Keyed)
Number 86 Shaft
Fluid Conveying
Pumps
584
Pumps
Vickers 45VQ Series • To 90 GPM @ 1800 RPM
Fluid Conveying
Number 86 Shaft
Number 1 Shaft
585
Single Hydraulic Pumps • Fixed Displacement Gear Pumps
Haldex Barnes W900 Series • To 13 GPM @ 1800 RPM
W900 Series Gear Pump Dimensions
SAE A 2-Bolt
Fluid Conveying
Pumps
3/4 Straight Keyed Shaft
Displacement
in³/rev
X Max.
0.37
0.49
0.61
0.67
0.85
0.98
1.16
1.40
1.65
1.71
3.62
3.74
3.85
3.91
4.09
4.20
4.38
4.61
4.85
4.90
Y
1.732
1.791
1.850
1.866
1.969
2.02
2.114
2.228
2.346
2.370
Torque Limit
PSI X Displ. <= 9,257
586
Pumps
Hydreco 1500K Series • To 22 GPM @ 1800 RPM
Hydreco 1500K Series Gear Pump Dimensions
Example: 2-Bolt SAE A Front Flange with Both Side and Rear Ports
Dim “B”
4.38
4.75
5.00
5.25
5.50
5.44
5.81
6.06
6.31
6.56
Fluid Conveying
Dim “A”
Size
1506
1510
1512
1515
1518
Example: 4-Bolt Foot Mount with Rear Ports
Dim “B”
5.69
6.06
6.31
6.56
6.81
Size
1506
1510
1512
1515
1518
587
Hydreco 1500K Series • To 22 GPM @ 1800 RPM
Hydreco 1500K Series Shaft Dimensions & Side Load Chart
(2.75 Long)
(2.25 Long)
Pumps
Torque Limit
Torque Limit
Fluid Conveying
Threaded, with Woodruff Key
Maximum Allowable Side Loads, Outboard Bearing Models
with Load Applied 1” From Mounting Face
Load Pounds
Torque Limit
Speed RPM
588
Pumps
Hydreco 1500M Series • To 19 GPM @ 1800 RPM
Hydreco 1500M Series Gear Pump Dimensions
Example: 2-Bolt SAE A Front Flange with Rear Ports
Size Dim “A” (Approximate)
4.75
5.25
5.50
5.75
Fluid Conveying
1506
1510
1512
1515
Example: 4-Bolt Foot Mount with Side Ports
Dim “A”
5.03
5.41
5.66
5.91
Size
1506
1510
1512
1515
589
Hydreco 1500M Series • To 19 GPM @ 1800 RPM
Hydreco 1500M Series Shaft Dimensions & Side Load Chart
5/8 Straight Keyed
Shaft
Pumps
Torque Limit
Fluid Conveying
Torque Limit
Load Pounds
Speed RPM
5/8 Straight Keyed Shaft, Threaded,
with Woodruff Key
590
Pumps
Eaton Series 26 • To 24 GPM @ 1800 RPM
Eaton Series 26 Gear Pump Dimensions
Model
26001 26002 26003 26004 26005 26006 26007 26008 26009 26010 26011 26012 26013
0.40
2.86
3.67
0.50
2.93
3.74
0.58
2.99
3.80
0.66
3.05
3.86
0.84
3.18
3.99
1.02
3.30
4.11
1.20
3.43
4.24
1.37
3.56
4.37
1.48
3.65
4.46
1.54
3.68
4.49
1.69
3.81
4.62
1.77
3.88
4.69
Fluid Conveying
Displacement
Dimension A
Dimension B
1.87
3.93
4.74
Eaton Series 26 Gear Pump Shaft Dimensions
591
Eaton Series L2 • To 26 GPM @ 1800 RPM
Eaton Series L2 Gear Pump Dimensions
Model
Displacement
Dimension A
Dimension B
25500 25501 25502 25503 25504 25505 25506 25507 25508
1.30
3.34
4.62
1.55
3.47
4.75
1.78
3.61
4.89
2.05
3.75
5.03
2.33
3.88
5.16
2.61
4.02
5.30
2.85
4.14
5.42
3.12
4.29
5.57
3.37
4.43
5.71
Fluid Conveying
Pumps
592
Pumps
Permco Box Pumps • To 46 GPM @ 1800 RPM
Permco Box Pump Dimensions
PEK Model Shafts
7/8” Straight Keyed
PEL Model Shafts
1” Straight Keyed
SAE-A 9 Tooth
SAE-B 13 Tooth
SAE-B 13 Tooth
SAE-C 14 Tooth
Fluid Conveying
1-1/4” Straight Keyed
1” Straight Keyed
593
Dump Pumps • Permco DM400 Series • To 21.5 GPM @ 1800 RPM
Pump/Valve Assemblies For Light & Medium Duty Dump Trucks
Permco DM400 Series Dump Pump Dimensions
Remote Mount Models
Fluid Conveying
Pumps
594
Pumps
Dump Pumps • Permco DMD/DM640 Series • To 46 GPM @ 1800 RPM
Pump/Valve Assemblies For Medium & Heavy Duty Dump Trucks
Permco DMD/DM640 Series Dump Pump Dimensions
Direct Mount Models
Remote Mount Models
Fluid Conveying
595
Concentric GC Series • To 5.5 GPM @ 1800 RPM
Concentric GC Series Gear Pump Dimensions
Fluid Conveying
Pumps
596
Pumps
Salami 1.5PE Series • To 5 GPM @ 1800 RPM
Salami 1.5PE Series Aluminum Gear Pump Dimensions
Fluid Conveying
597
Salami 2PE Series • To 12 GPM @ 1800 RPM
Salami 2PE Series Aluminium Gear Pump
Fluid Conveying
Pumps
598
Pumps
SIngle Hydraulic Pumps • Fixed Displacement Gear Pumps
Salami 2.5PB Series • To 20 GPM @ 1800 RPM
Salami 2.5PB Series Aluminum Gear Pump Dimensions
Fluid Conveying
599
Dual Hydraulic Pumps • Fixed Displacement Gear Pumps
Salami
Fluid Conveying
Pumps
600
Pumps
Hydraulic Pumps • Fixed Displacement Gear Pumps
Salami 2.5PB Series Aluminum Gear Pump Dimensions - Options
Fluid Conveying
601
Salami PG331 Series • To 38 GPM @ 1800 RPM
Salami PG331 Series Cast Iron Gear Pump
Fluid Conveying
Pumps
602
Pumps
Double Hydraulic Pumps • Fixed Displacement Gear Pumps
Salami 3PE Series • To 34 GPM @ 1800 RPM
Salami 3PE Series Aluminium Gear Pump
Fluid Conveying
603
Single Hydraulic Pumps • Variable Displacement
Eaton Medium Duty Series • To 42 GPM @ 2500 RPM
Eaton Medium Duty Series Piston Pump Dimensions
1.16 Cubic Inch Models
Pumps
Fluid Conveying
3/4” Keyed Shaft
13T SAE B Splined Shaft
604
Pumps
Eaton Medium Duty Series Piston Pump Dimensions
14T SAE C Splined Shaft
Eaton Medium Duty Series • To 42 GPM @ 2500 RPM
Fluid Conveying
605
Eaton 420 Series Mobile Piston Pump
Eaton 420 Series Mobile Piston Pump
Fluid Conveying
Pumps
606
Pumps
Vickers PVQ Series • To 30 GPM @ 1800 RPM
Vickers PVQ Series Piston Pump Dimensions
PVQ-10 with Rear Ports and 3/4 Inch Straight Keyed Shaft
Fluid Conveying
607
Vickers PVQ Series • To 30 GPM @ 1800 RPM
Vickers PVQ Series Piston Pump Dimensions
PVQ-40 with Side Ports and 1 Inch Straight Keyed Shaft
Fluid Conveying
Pumps
7/8 Inch Straight Keyed Shaft
608
Pumps
Eaton PVM Series • To 67 GPM @ 1800 RPM
Eaton PVM131 Series Piston Pump Dimensions
Fluid Conveying
609
Eaton PVM Series Piston Pump Dimensions - Mounting Flange Options
Fluid Conveying
Pumps
610
Pumps
Eaton PVM131 Series Piston Pump Dimensions - Shaft Options
Fluid Conveying
611
Eaton HPR Series • To 158 GPM @ 1800 RPM
Eaton Duraforce™ HPR Series Piston Pump Dimensions
Fluid Conveying
Pumps
612
Pumps
Single & Multiple Hydraulic Pumps • Variable Displacement
Eaton Hydrokraft™ PVW Series Piston Pumps • To 238 GPM @ 1800
Eaton PVWS-250 LR control with pressure limiter Dimensions
Fluid Conveying
613
Air-Operated Diaphragm Pumps
Aro Non-Metallic Air-Operated Diaphragm Pumps
1/4 Inch Pump Dimensions
Pumps
NPSH Required in Feet
Gallons per Minute Flow
614
1/2 Inch Pump Performance Curves
Total Discharge Head
1/4 Inch Pump Performance Curves
Fluid Conveying
1/2 Inch Pumps Dimensions
Pumps
Aro Metallic Air-Operated Diaphragm Pumps
1 Inch Pump Dimensions
Fluid Conveying
1-1/2 Inch Pumps Dimensions
1-1/2 Inch Pump Performance Curves
615
1 Inch Pump Performance Curves
Aro Metallic Air-Operated Diaphragm Pumps
2 Inch Pumps Dimensions
2 Inch Pump Performance Curves
Fluid Conveying
Pumps
616
Hydraulic Motors
Char-Lynn® Low-Speed High-Torque Motors
Char-Lynn® H Series Dimensions
Fluid Conveying
Length
(Y)
5.20
5.20
5.35
5.35
5.47
5.60
5.74
5.81
5.95
6.20
6.54
6.95
8.95
617
Geroter Width
(X)
.25
.25
.40
.40
.52
.65
.79
.86
1.00
1.25
1.59
2.00
4.00
Displacement
(cu.in./rev)
2.2
2.8
3.6
4.5
5.9
7.3
8.9
9.7
11.3
14.1
17.9
22.6
45.1
Char-Lynn® J Series Dimensions
Fluid Conveying
Hydraulic Motors
618
Displacement
(cu.in./rev)
0.50
0.79
1.21
1.93
X
(in)
3.87
3.99
4.16
4.46
Y
(in)
3.38
3.50
3.68
3.98
Hydraulic Motors
Char-Lynn® S Series Dimensions
Fluid Conveying
Geroter Width
(X)
0.40
0.40
0.52
0.65
0.79
0.86
1.00
1.25
1.59
2.00
Length
(Y)
5.48
5.48
5.60
5.73
5.87
5.94
6.08
6.33
6.67
7.08
Displacement
(cu.in./rev)
3.6
4.5
5.9
7.3
8.9
9.7
11.3
14.1
17.9
22.6
619
Char-Lynn® H & S Series Shaft Dimensions & Torque Limits
Hydraulic Motors
SAE 6B Splined Shaft
Torque Limit = 3,500 lb-in
Fluid Conveying
1 in. Straight Keyed Shaft
620
Hydraulic Motors
Char-Lynn® H & S Series Shaft Side Load Capacity
The hydrodynamic bearing has infinite life when shaft load ratings are not exceeded. Hence, the shaft side load
capacity is more than adequate to handle most externally applied loads (such as belts, chains, etc.) providing the
motor/shaft combination is applied within it’s torque rating. Allowable side load chart, shaft load location drawing
and load curves (below) are based on the side/radial loads being applied to shaft at locations A, B and C. To
determine the shaft side load capacity at locations other than those shown, use the formula:
900
1460
Sideload Capacity P (lb) = --------- x  --------------------
N  L + 3.79
for 200-900 RPM where N = RPM and L = Distance from mounting surface
Allowable Shaft Side Load (lb)
RPM
900
625
500
400
300
200
A
339
452
565
678
904
1582
B
300
400
500
600
800
1400
C
261
348
435
522
696
1216
Fluid Conveying
621
Char-Lynn® H & S Series Case Pressure & Case Drain
Char-Lynn H &S Series motors are durable and have long life as long as the recommended case pressure is not
exceeded. Allowable case pressure is highest at low shaft speeds. Consequently, motor life will be shortened if
case pressure exceeds these ratings (acceptability may vary with application).
Determine if an external case drain is required from the case pressure seal limitation chart below. If a case drain
line is needed, connect drain line to assure that the motor will always remain full of fluid. A pressure restriction
should be added to the case drain line to maintain 50 PSI case pressure. (A 50 PSI cracking pressure check
valve may be used).
PC = .6ΔP + P2where PC = Case Pressure
P1 = Inlet Line Pressure
P2 = Back Pressure
ΔP = P1 - P2
Case Pressure Seal Limitation
Fluid Conveying
Hydraulic Motors
622
Hydraulic Motors
Char-Lynn® 2000 Series Standard Motor Dimensions
Fluid Conveying
2000 Series Standard Motor with
7/8-14 O-Ring Staggered Ports
(X)
5.40
5.58
5.83
5.83
6.10
6.45
6.90
7.53
8.21
(Y)
7.26
7.44
7.69
7.69
7.96
8.31
8.76
9.39
10.07
2000 Series Standard Motor with 1-1/16-12
O-Ring Staggered Ports 180° Apart
Displacement
(cu.in./rev)
4.9
6.2
8.0
9.6
11.9
14.9
18.7
24.0
29.8
(X)
5.40
5.67
5.92
5.92
6.19
6.54
6.99
7.62
8.30
Displacement
(cu.in./rev)
4.9
6.2
8.0
9.6
11.9
14.9
18.7
24.0
29.8
7/16-20 SAE O-Ring Boss case drain port on end of rear housing
(Y)
7.26
7.49
7.74
7.74
8.01
8.36
8.81
9.44
10.12
7/16-20 SAE O-Ring Boss case drain port on side of rear housing
623
Char-Lynn® 2000 Series Wheel Motor Dimensions
2000 Series Wheel Motor with 7/8-14
O-Ring Staggered Ports
Fluid Conveying
Hydraulic Motors
Displacement
(cu.in./rev)
4.9
6.2
8.0
9.6
11.9
14.9
18.7
24.0
29.8
624
(X)
3.82
4.00
4.25
4.25
4.52
4.87
5.32
5.95
6.63
(Y)
5.68
5.86
6.11
6.11
6.38
6.73
7.18
7.81
8.49
2000 Series Wheel Motor with 1-1/16-12
O-Ring Staggered Ports 180° Apart
Displacement
(cu.in./rev)
4.9
6.2
8.0
9.6
11.9
14.9
18.7
24.0
29.8
(X)
3.91
4.09
4.34
4.34
4.61
4.96
5.41
6.98
7.66
(Y)
5.73
5.91
6.16
6.16
6.43
6.78
7.23
7.86
8.54
Hydraulic Motors
Char-Lynn® 2000 Series Bearingless Motor Dimensions
Fluid Conveying
Displacement
(cu.in./rev)
4.9
6.2
8.0
9.6
11.9
14.9
18.7
24.0
29.8
(X)
3.11
3.29
3.54
3.54
3.81
4.16
4.61
4.24
5.92
(Y)
4.99
5.17
5.42
5.42
5.69
6.04
6.04
7.12
7.80
2000 Series Bearingless
Motor with 1-1/16-12 O-Ring
Staggered Ports 180° Apart
Displacement
(cu.in./rev)
4.9
6.2
8.0
9.6
11.9
14.9
18.7
24.0
29.8
(X)
3.20
3.38
3.63
3.63
3.90
4.25
4.70
5.33
6.00
(Y)
5.04
5.22
5.47
5.47
5.74
6.09
6.54
7.17
7.85
625
2000 Series Bearingless Motor
with 7/8-14 O-Ring Staggered
Ports
Note: Mating coupling
banks are available.
After machining, part
must be hardened per
Eaton specification.
Contact us for details.
Char-Lynn® 2000 Series Mounting & Shaft Dimensions
Hydraulic Motors
1-1/4 in. Straight Keyed Shaft
Fluid Conveying
2 Bolt SAE A (Standard Motor)
SAE C Splined 14T Shaft
4 Bolt (Wheel Motor)
1 in. Straight Keyed Shaft
626
1-1/4 in. Tapered Shaft
Hydraulic Motors
Char-Lynn® 2000 Series Shaft Side Load Capacity
These curves indicate the radial load capacity on the motor
shaft at various locations.
The curve is based on B10 Bearing Life (2000 hours or
12,000,000 shaft revolutions at 100 RPM) at rated
output torque. To determine radial load at speeds other
than 100 RPM, multiply the load values given on the
bearing curve by the factors in the table below.
RPM
50
100
200
300
400
500
600
700
800
Multiplication Factor
1.23
1.00
0.81
0.72
0.66
0.62
0.58
0.56
0.54
For 3,000,000 shaft revolutions or 500 hours, increase
these shaft loads 52%.
Fluid Conveying
627
Fluid Conveying
Hydraulic Motors
7/16-20 SAE
O-Ring Boss
4000 Series Standard Motor
with 1-1/16-12 O-Ring Ports
Displacement
(cu.in./rev)
6.7
7.9
9.9
12.5
15.0
19.0
24.0
30.0
38.0
628
(X)
6.23
6.39
6.64
6.98
6.64
6.98
7.40
7.91
8.58
(Y)
8.44
8.60
8.85
9.18
8.85
9.18
9.60
10.11
10.78
4000 Series Standard Motor with
3/4 inch Split Flange Ports
Displacement
(cu.in./rev)
6.7
7.9
9.9
12.5
15.0
19.0
24.0
30.0
38.0
(X)
6.57
6.73
6.79
7.31
6.97
7.31
7.73
8.24
8.91
(Y)
9.70
9.86
10.11
10.44
10.11
10.44
10.86
11.37
12.04
Hydraulic Motors
Char-Lynn® 4000 Series Mounting & Shaft Dimensions
SAE C Splined 14T Shaft
Fluid Conveying
4 Bolt SAE B (Standard Motor)
1 -1/4 in. Straight Keyed Shaft
629
RPM
50
100
200
300
400
500
600
700
800
1.23
1.00
0.81
0.72
0.66
0.62
0.58
0.56
0.54
Fluid Conveying
Hydraulic Motors
630
Hydraulic Motors
Fluid Conveying
7/16-20 SAE
O-Ring Boss
6000 Series Standard Motor
(X)
7.38
7.60
7.89
8.23
8.67
9.25
10.81
(Y)
10.63
10.85
11.14
11.48
11.92
12.50
14.07
Displacement
(cu.in./rev)
11.9
15.0
19.0
23.9
30.0
38.0
60.0
631
Char-Lynn® 6000 Series Shaft Dimensions
Hydraulic Motors
SAE CC Splined Shaft
Fluid Conveying
632
Hydraulic Motors
RPM
50
100
200
300
400
500
600
700
800
1.23
1.00
0.81
0.72
0.66
0.62
0.58
0.56
0.54
Fluid Conveying
633
Char-Lynn® 10,000 Series Standard Motor Dimensions
Fluid Conveying
Hydraulic Motors
10,000 Series Standard Motor
Displacement
(cu.in./rev)
21.0
29.2
40.6
57.4
634
(X)
11.12
11.62
11.62
12.35
(Y)
14.99
15.50
15.50
16.23
Hydraulic Motors
Char-Lynn® 10,000 Series Wheel Motor Dimensions
Fluid Conveying
10,000 Series Wheel Motor
Displacement
(cu.in./rev)
21.0
29.2
40.6
57.4
(X)
6.57
7.07
7.07
7.79
(Y)
10.48
10.98
10.98
11.71
635
Char-Lynn® 10,000 Series Shaft Dimensions
Hydraulic Motors
Fluid Conveying
2-1/8 in. 16 Tooth Splined Shaft
636
Hydraulic Motors
Char-Lynn® 10,000 Series Shaft Side Load Capacity
RPM
50
100
200
300
400
500
600
700
800
These curves indicate the radial load capacity on the
motor shaft at various locations.
The curve is based on B10 Bearing Life (2000
hours or 12,000,000 shaft revolutions at 100
RPM) at rated output torque. To determine radial
load at speeds other than 100 RPM, multiply the
load values given on the bearing curve by the
factors in the table below.
1.23
1.00
0.81
0.72
0.66
0.62
0.58
0.56
0.54
Fluid Conveying
637
Cross 40 Series Gear Motors
Cross 40 Series Gear Motor Dimensions
1.25 Long
Fluid Conveying
Hydraulic Motors
638
Hydraulic Motors
Hydreco 1500K Series Gear Motors
Hydreco 1500K Series Gear Motor Dimensions
Example: 2-Bolt SAE A Front Flange with Both Side and Rear Ports
Dim “B”
4.38
4.75
5.00
5.25
5.50
5.44
5.81
6.06
6.31
6.56
Fluid Conveying
Dim “A”
Size
1506
1510
1512
1515
1518
Example: 4-Bolt Foot Mount with Rear Ports
Dim “B”
5.69
6.06
6.31
6.56
6.81
Size
1506
1510
1512
1515
1518
639
Hydreco 1500K Series Gear Motors
Hydreco 1500K Series Shaft Dimensions & Side Load Chart
(2.75 Long)
(2.25 Long)
Hydraulic Motors
Torque Limit
Torque Limit
Fluid Conveying
Threaded, with Woodruff Key
Load Pounds
Torque Limit
Speed RPM
640
Hydraulic Motors
Hydreco 1500M Series Gear Motors
Hydreco 1500M Series Gear Motor Dimensions
Example: 2-Bolt SAE A Front Flange with Rear Ports
Dim “A” (Approximate)
4.75
5.25
5.50
5.75
Size
1506
1510
1512
1515
Fluid Conveying
Example: 4-Bolt Foot Mount with Side Ports
Dim “A”
5.03
5.41
5.66
5.91
Size
1506
1510
1512
1515
641
Hydreco 1500M Series Gear Motors
Hydreco 1500M Series Shaft Dimensions & Side Load Chart
5/8 Straight Keyed
Shaft
Hydraulic Motors
Torque Limit
Fluid Conveying
Torque Limit
Load Pounds
Speed RPM
5/8 Straight Keyed Shaft, Threaded,
with Woodruff Key
642
Hydraulic Motors
Eaton Medium Duty Piston Motors
Eaton Medium Duty Piston Motor Dimensions
Fluid Conveying
13 Tooth SAE-B Splined Shaft
Max Torque = 1852 inch pounds
Max Torque = 1852 inch pounds
643
Permco Box Motors
Permco Box Motor Dimensions
PEK Model Shafts
7/8” Straight Keyed
Hydraulic Motors
PEL Model Shafts
1” Straight Keyed
1-1/4” Straight Keyed
SAE-A 9 Tooth
SAE-B 13 Tooth
SAE-B 13 Tooth
SAE-C 14 Tooth
Fluid Conveying
1” Straight Keyed
644
Hydraulic Motors
Vickers 25M - 50M Vane Motors
Up to 4625 lb-in Intermittent Torque • Up to 4000 Intermittent RPM
645
Fluids: Anti-wear hydraulic oil, automotive type crankcase oil (SE, SF, SG, SH).
Note: Before starting the motor, fill its case with oil. The case must be kept full at all times to provide internal
lubrication.
Seals: Buna-N is standard.
Shaft Rotation: Bi-Rotational.
Minimum Speed: Normally 100 RPM. Lower speeds are permissible, depending upon torque requirements and
characteristics of the driven load.
Stall Torque: Motor stall torque ranges between 65% and 100% of 1200 RPM running torque for a given pressure
differential across the motor. This is dependent on the specific angular position of the shaft at stall and the
volume supply of fluid to the motor.
Case Drain Connection: The case drain line must be full size, unrestricted, and connected from the drain port
directly to the reservoir in such a manner that the housing remains filled with fluid. The line must be piped to
prevent siphoning and must terminate below the reservoir fluid level.
Case Drain Pressure: 0 PSI (Minimum), 10 PSI (Max. normal), 25 PSI (Max. pressure surge).
Operating Temperature: 120 to 130°F (Recommended), 150°F (Max. Recommended), 180°F (Max. extreme
condition).
Recommended Fluid Viscosity: 70-250 SUS (Running), 4000 SUS Max (Startup).
Recommended Filtration: Per ISO Cleanliness Code, 20/18/15 (<2000 psi), 19/17/14 (2000-2500 psi).
Application Information
Fluid Conveying
High Efficiency - A unique dual pressure plate design results in low internal leakage and overall operating
efficiency of about 86%. Efficiency varies with motor size, pressure, speed, and fluid viscosity and temperature.
Mounting Flexibility - The motor's cover can be assembled in four positions with respect to the body. Changing
port positions is accomplished by simply rotating the cover, and the cartridge which is pinned to the cover, in 90°
increments, thus providing the optimum mounting for connecting piping.
Reversibility - Through the dual plate design, the motors may be reversed simply by reversing the direction of oil
flow.
Series Operation - Inlet and outlet ports can be pressurized simultaneously without affecting service life or
operating smoothness. These motors are suited to series applications.
Easy to Service - The drive cartridge is accessible by removing the motor's cover and can be normally replaced in
ten minutes without removing the motor from the machine. The torque capability of motors within the same
model series can be changed by changing the cartridge or cam ring.
Low-Wear Design - 25M-50M motors are hydraulically balanced to reduce wear and heat-producing friction. All
internal inlet chambers are equally and diametrically opposed. As a result, pressure induced radial loads are
balanced. Shaft bearings only have to carry external loads so wear is greatly reduced.
Proven Reliability - For more than two decades, the reliability of the high performance motors has been field
proven on a variety of machinery applications.
Features and Benefits
Hydraulic Motors
Vickers 25M - 50M Series Vane Motor Specifications
Series
25M
35M
50M
Maximum
Continuous
RPM & PSI
Typical
Typical
Required
Output HP
GPM
@ Max. RPM @ Max. RPM Length
& Max. PSI
& Max. PSI
(in)
Width
(in)
42
2.68
55
3.52
65
4.19
80
5.10
95
6.12
115
7.44
130
8.42
155
9.96
185
11.79
220
14.11
255
16.36
300
19.35
3600 RPM @ 500 PSI
*2600 RPM @ 2250 PSI
3600 RPM @ 500 PSI
*2600 RPM @ 2250 PSI
3600 RPM @ 500 PSI
*2600 RPM @ 2250 PSI
3600 RPM @ 500 PSI
*2600 RPM @ 2250 PSI
3600 RPM @ 500 PSI
*2600 RPM @ 2250 PSI
3600 RPM @ 500 PSI
*2600 RPM @ 2250 PSI
3600 RPM @ 500 PSI
*2600 RPM @ 2250 PSI
3600 RPM @ 500 PSI
*2600 RPM @ 2250 PSI
3600 RPM @ 500 PSI
*2600 RPM @ 2250 PSI
2800 RPM @ 500 PSI
*2200 RPM @ 2250 PSI
2800 RPM @ 500 PSI
*2200 RPM @ 2250 PSI
2800 RPM @ 500 PSI
*2200 RPM @ 2250 PSI
*33
*36
*43
*48
*50
*56
*64
*70
*73
*86
*90
*102
*103
*118
*120
*136
*145
*160
*144
*161
*168
*190
*196
*230
Performance Constants: SAE 10W fluid @ 120° F.
646
Height
(in)
Weight
(lb)
25
30
35
Fluid Conveying
45M
Ring Size
Torque
per
Displ.
100 PSI
cu.in.
(lb-in)
per Rev.
40
64
85
Hydraulic Motors
Vickers 25M - 50M Series Vane Motor Model Codes
1
2
42
A
1
2
3
4
4
Series
Standard Bearing
Heavy duty bearing
M
Vane Motor
5
C
20
5
6
7
8
6
A
B
SAE type 2-bolt mounting flange
and SAE 4-bolt flange
connections
C
D
Cover Positions
(Viewed from cover end of motor)
Cover port opposite body port
Cover port 90° CCW from body
port
Port connections in line
Cover port 90° CW from body port
1
Straight keyed
25M 7/8 Straight Keyed
35M 1-1/4 Straight Keyed
11
Splined
25M 13 Tooth SAE-B
35M 14 Tooth SAE-C
45M 14 Tooth SAE-C
50M 13 Tooth SAE-D
7
Design
Subject to change.
remain the same for
8
Special Features Suffix
114 50M only
124 50M only
Fluid Conveying
42, 55 or 65
80, 95 or 115
130, 155 or 185
220, 255 or 300
1
Shaft Types
Ring Size - Nominal Torque
Rating (lb.in./100 PSI)
25M
35M
45M
50M
-
Mounting Flange & Port
Connections
A
26
36
46
51
3
M
25
35
45
50
25
647
Vickers 25M Vane Motors
Vickers 25M Series Vane Motor Dimensions
Fluid Conveying
Hydraulic Motors
#1 Shaft
(7/8 Straight Keyed)
648
Hydraulic Motors
Fluid Conveying
#1 Shaft
649
Fluid Conveying
Hydraulic Motors
#1 Shaft
650
Hydraulic Motors
Fluid Conveying
#1 Shaft
651
Eaton Medium Duty Hydrostatic Transmissions
Eaton Model 72400 Single Pump Dimensions
Fluid Conveying
Hydrostatic Transmissions
652
Eaton Heavy Duty Hydrostatic Transmissions
Eaton Series 1 Models 33, 39 and 46 Dimensions
Variable Pump
G
(in)
3.63
3.88
4.13
4.38
Fluid Conveying
Charge Pump Displacement
(in³/rev)
0.85
1.28
1.70
2.12
Fixed Motor
653
Eaton Series 1 Models 54 and 64 Dimensions
Variable Pump
(in³/rev)
0.85
1.28
1.70
2.12
G
(in)
3.63
3.88
4.13
4.38
Fixed Motor
Fluid Conveying
654
Eaton Series 1 Model 76 Dimensions
Variable Pump
G
(in)
3.88
4.13
4.38
Fluid Conveying
(in³/rev)
1.28
1.70
2.12
Fixed Motor
655
Eaton Heavy Duty Hydrostatic Transmission Pumps
Fluid Conveying
656
Eaton Heavy Duty Hydrostatic Transmission Pumps
Fluid Conveying
657
Tie Rod
Midway 1-1/2 Bore DA Series Cylinders
Dimensions
Bore
B
C
E
F
G
I
J
1.50
2.00
1.50
0.875
1.875
4.00
2.00
3/4-16
Custom TR2.5 Series Cylinders
Dimensions
Fluid Conveying
Hydraulic Cylinders
*FOR 8.00” ASAE STROKE: *A= 12.25” AND FOR 16” ASAE STROKE: *A= 15.50”
*FOR 8.00” ASAE STROKE: *E= 5.75” (2.00” TO 3.00” BORE) *E= 5.62” (3.50” BORE) *E= 5.56” (4.00” BORE)
*FOR 16.00” ASAE STROKE: *E= 9.00” (2.00” TO 3.00” BORE) *E= 8.87” (3.50” BORE) *E= 8.81” (4.00” BORE)
*FOR TR2.5-2518 TO TR2.5-2536: ROD THREAD = 1.250-12 UNF
*FOR TR2.5-4016-ASAE TO TR2.5-4036: *D= 2.50” *J= 2.75” *ROD THREAD= 1.500-12 UNF
*FOR 16.00” ASAE STROKE: *C= 1.26”
SEAL TEMPERATURE RANGE: -30°C/ +100°C (-22°F/ +212°F)
SEAL MAXIMUM SPEED: 3 FT/SEC
MAXIMUM RETRACTED WORKING PRESSURE = 2500 PSI
MAXIMUM EXTENDED WORKING PRESSURE = SEE COLUMN LOAD
RETRACTED AND STROKE TOLERANCE ± 1/8”
DIMENSIONS A AND E ARE FOR REFERENCES ONLY AS CLEVIS IS ADJUSTABLE
658
Hydraulic Cylinders
Yates Industries, Inc.
Yates Industries 2500 Series Dimensions
Typical Dimensions of Clevis Mounted 2500 Series Cylinders
Fluid Conveying
2
Rod
1
2-1/2
3
3-1/2
4
1-1-1/4 1-1/2 1-1-1/4 1-1/2 1-1-1/4 1-1/2 1-3/4-2 1-1-1/4 1-1/2 1-3/4-2 2-1/2
5
6
1-1/2 1-3/4-2 2-1/2
Several
6-3/4 9-3/8 9-3/8 9-5/8 9-7/8 10-1/8 10-5/8 10-7/8 11-3/8 10-5/8 10-7/8 11-3/8 11-1/2 11-1/8 11-5/8 11-3/4
3-1/2 4-3/8 4-3/8 4-5/8 4-7/8 5-1/8 5-3/8 5-5/8 6-1/8 5-3/8 5-5/8 6-1/8 6-1/4 5-7/8 6-3/8 6-1/2
1-7/8
2-3/4
2-7/8
1-3/8
2-1/4
2-3/8
CALL
1/4
3/8
1/2
FOR
DIMENSIONS
1-1/4
2
2-1/4
3/4
1-1/4
1-1/4
1/2
1
1
1-1/8
1-7/8
1-7/8
659
A
B
C
D
E
F
G
H
J
3/4
Bore 1-1/2
Yates Industries, Inc.
Yates Industries 3000 Series Dimensions
Typical Dimensions of Clevis Mounted 3000 Series Cylinders
Fluid Conveying
Hydraulic Cylinders
Bore 1-1/2
Rod
A
B
C
D
E
F
G
H
J
A
B
C
D
E
F
G
H
J
660
2-1/2
3
5
2
2-1/2-3 3-1/2-4
6
2
13-7/8 14 14-1/2 16-1/8
7-1/8 7-1/4 7-3/4 8-7/8
4-1/2
3-3/4
3/4
3-1/4
1-3/4
1-1/2
2-1/4
3-1/2
1-3/4 1-1-1/4 1-1/2 1-3/4-2 1-1/4
7-1/4 10-1/8 10-3/8 10-1/8 10-3/8 10-7/8 10-3/8
4
5-1/8 5-3/8 5-1/8 5-3/8 5-7/8 5-3/8
1-7/8
2-3/4
2-3/4
1-3/8
2-1/4
2-1/4
1/4
3/8
3/8
1-1/4
2
2
3/4
1-1/4
1-1/4
1/2
1
1
1-1/8
1-7/8
1-7/8
Bore
Rod
2
3/4 1-1-1/4 1-1/2 1-1-1/4 1-1/2
1-1/2 1-3/4-2 2-1/2
4
1-1/2 1-3/4-2 2-1/2-3
10-5/8 11-1/8 11-1/8 11-3/8 11-7/8 12 11-5/8 12-1/8 12-1/4
5-5/8 6-1/8 5-7/8 6-1/8 6-5/8 6-3/4 6-3/8 7-7/8
7
2-3/4
2-7/8
2-7/8
2-1/4
2-3/8
2-3/8
1/2
1/2
1/2
2
2-1/4
2-1/4
1-1/4
1-1/4
1-1/4
1
1
1
1-7/8
1-7/8
1-7/8
7
2-1/2-3 3-1/2-4 2-1/2-3 3-1/2-4
16-1/4 16-3/4 18-1/2 19
9
9-1/2 9-1/2
10
4-3/4
6
4
5
3/4
3/4
4
4-1/2
2
2-1/2
1-3/4
2
2-1/2
3
8
3
3-1/2-4
20-1/4 20-3/4
9-3/4 10-1/4
7
6
3/4
5-1/2
3
2-1/2
3-1/2
Hydraulic Steering
Steering Control Units
Dimensions
Displacement C
(cu.in./rev) (in)
Steering Columns
Dimensions
Steering Wheel
0.40
0.52
0.65
0.79
0.86
1.00
1.25
1.59
2.00
2.50
3.18
4.00
5.03
5.15
5.28
5.42
5.49
5.63
5.88
6.22
6.63
7.13
7.81
6.63
Clearance
4.5
5.9
7.3
8.9
9.7
11.3
14.1
17.9
22.6
28.2
35.9
45.1
D
(in)
Char-Lynn® Power Steering Series 3-6-12
Fluid Conveying
Note: Dimension X is the Length of the
steering column found in the stock table.
661
Ball Valves
Stauff 2BVM Ball Valve Pressure-Temperature Graphs
Fluid Conveying
Hydraulic Valves
662
Hydraulic Valves
Ball Valves
Stauff 2BVL Ball Valve Pressure-Temperature Graphs
Fluid Conveying
663
Ball Valves
Apollo® Ball Valve Pressure-Temperature Graphs
Pressure (PSIG)
600# Bronze P-T Rating (Graph 4)
Fluid Conveying
Hydraulic Valves
Temperature (°F)
Pressure (PSIG)
1000# SS P-T Rating (Graph 8)
Temperature (°F)
664
Hydraulic Valves
Ball Valves
51500# CS P-T Rating (Graph 11)
Pressure (PSIG)
Fluid Conveying
Temperature (°F)
2000# CS P-T Rating (Graph 13)
Pressure (PSIG)
Temperature (°F)
665
Ball Valves
Pressure (PSIG)
Temperature (°F)
Pressure (PSIG)
Fluid Conveying
Hydraulic Valves
Temperature (°F)
666
Hydraulic Valves
Manually Operated 1-Spool Monoblock Valves
Brand AO755 Series
Brand AO755 Series Dimensions
Fluid Conveying
Brand LS755 Series
Brand LS755 Series Dimensions
667
Brand SDCF Series
Brand SDCF Series Dimensions
Fluid Conveying
Hydraulic Valves
668
Hydraulic Valves
1-2-3 Spool Monoblock Valves
Eaton 30900 Series
Eaton 30900 Series Dimensions
Fluid Conveying
669
Sectional Directional Control Valves for Open & Closed Center Circuits
Husco Model 5000
Husco Model 5000 Dimensions
Fluid Conveying
Hydraulic Valves
670
Hydraulic Valves
Husco Model 6000
Husco Model 6000 Dimensions
Fluid Conveying
671
Solenoid Operated Subplate Mounted Valves
Vickers DG4V-3 & DG4V-3S Series
Vickers DG4V-3 & DG4V-3S Installation Dimensions
Models with “F” Type coils (lead wires) and conduit box
Models for use with ISO 4400 (DIN 43650) connectors
Fluid Conveying
Hydraulic Valves
672
Hydraulic Valves
Vickers DG4V-3 & DG4V-3S Maximum Flow Rates
Performance based on standard full power solenoid coils warm and operating at 90% of rated voltage, with mineral
oil at 168.6 SUS and a specific gravity of 0.87.
DG4V-3S Models (Standard Performance)
DC solenoid valves
Pressure (psi)
Spool / Spring
Code
0A
0C
2A
2B, 2C
6A
6B
8C
AC
Curve
1
1
5
2
DC
Curve
6
7▲
5
8▲
3
1
3
3
Flow Rate (gpm)
Flow Rate (gpm)
DC solenoid valves
Pressure (psi)
Spool
Spring
Code
0A
0C
2A
2B, 2C
6A
6B
8C
Flow Rate (gpm)
DC
AC
Curve Curve
2
3
1
2
2
3
1
1
5
4▲
6
5▲
▲ Consult us if application
has flow rate approaching
this curve and a pressurized
volume exceeding 122 cu. in.
Flow Rate (gpm)
673
Pressure (psi)
AC solenoid valves with dual
frequency coils operating at 60 Hz
DG4V-3 Models (High Performance)
Fluid Conveying
▲ Consult us if application has flow rate
approaching this curve and a
pressurized volume exceeding 122 cu.
in.
AC solenoid valves with dual
frequency coils operating at 60 Hz
Vickers DG4V-3 & DG4V-3S Pressure Drop Curves
Performance typical with mineral oil at 168.6 SUS and a specific gravity of 0.87.
For other viscosities, pressure drops approximate to:
Viscosity (SUS)
% of Table Valve
75.0
97.8
200
251
302
352
399
Pressure Drop (psi)
Hydraulic Valves
81%
88%
104%
111%
116%
120%
124%
A change to another specific gravity will yield an
approximately proportional change in pressure drop.
Pressure drops in offset positions except where otherwise indicated.
Spool
Positions
Spool / Spring
Covered
Code
0A
Both
0C
De-Energized
0C
Energized
2A
Both
2B, 2C
Energized
6A
6B, 6C
De-Energized
6B, 6C
Energized
8C
All
▲ “B” plugged
P to A
5
-4
6
5
P to B
5
-4
6
5
A to T
2
-2
5
2
B to T
2
-2
5
2
P to T
-4▲ Δ
----
B to A
or
A to B
------
-6
9
-6
9
3▲
1
5
3Δ
1
5
--3
----
Δ A” plugged
Fluid Conveying
Flow Rate (gpm)
674
Hydraulic Valves
Vickers DG4V-3 & DG4V-3S Series Soft Shift
Vickers DG4V-3 & DG4V-3S Soft Shift Dimensions
P12L Models with Rectifier in Terminal Box
Fluid Conveying
675
Vickers DG4S-01 Series, -60 Design (Wet Armature)
Vickers DG4S-01 60 Series Installation Dimensions
Fluid Conveying
Hydraulic Valves
676
Hydraulic Valves
Vickers DG4S-01 Soft-Shift Series, -60 Design
Vickers DG4S-01 60 Series Soft Shift Installation Dimensions
Fluid Conveying
677
Vickers DG4S-01 Series, -50 Design (Air-Gap)
Vickers DG4S-01 50 Series Installation Dimensions
Fluid Conveying
Hydraulic Valves
678
Hydraulic Valves
Vickers DG4V4-01 10 Series
Vickers DG4V4-01 10 Series Installation Dimensions
Fluid Conveying
679
Hydraulic Valves
Vickers DG4V-5 20 Series
Vickers DG4V-5 20 Series Installation Dimensions
Models with AC Coils
Model
DG4V-5-*A(L)/B(L)(-Z)-(V)M
Fluid Conveying
DG4V-5-*A(L)/B(L)-H2-(V)M
DG4V-5-*A(L)/B(L)-P-(V)M
DG4V-5-*C/N(-Z)-(V)M
DG4V-5-*C/N-H-(V)M
Solenoid at:
Port A end
Port B end
Port A end
Port B end
Port A end
Port B end
Both ends
Both ends
C
4.84
-5.43
-4.84
-4.84
5.43
D
-4.84
-5.43
-4.84
4.84
5.43
E
-7.17
-8.78
-7.68
---
F
7.17
−−
8.78
-7.68
----
G
------9.68
10.87
Solenoid at:
Port A end
Port B end
Port A end
Port B end
Port A end
Port B end
Both ends
Both ends
C
6.14
-7.28
-6.14
-6.14
7.28
D
-6.14
-7.28
-6.14
6.14
7.28
E
-8.46
-10.63
-8.98
---
F
8.46
−−
10.63
-8.98
----
G
------12.28
14.57
Models with DC Coils
Model
DG4V-5-*A(L)/B(L)-(-Z)-(V)M
DG4V-5-*A(L)/B(L)-H2-(V)M
DG4V-5-*A(L)/B(L)-P-(V)M
DG4V-5-*C/N(-Z)-(V)M
DG4V-5-*C/N-H-(V)M
680
Hydraulic Valves
Vickers DG5V-8 Series
Vickers DG5V-8 Installation Dimensions
Fluid Conveying
681
Vickers DG5V-10 Series
Vickers DG5V-10 Series Installation Dimensions
Fluid Conveying
Hydraulic Valves
682
Hydraulic Valves
Walvoil SD4 Series
Walvoil SD4 Series Dimensional Data
Fluid Conveying
Standard Threads
Port
Inlet P
A and B Ports
Outlet T
UN-UNF
(ISO 11926-1)
3/4-16 (SAE-8)
9/16-18 (SAE-6)
3/4-16 (SAE-8)
683
Walvoil SD5 Series
Fluid Conveying
Hydraulic Valves
Standard Threads
Working
Spools
1
2
3
4
5
6
7
684
E
(in)
3.96
5.41
6.87
8.33
9.78
11.24
12.70
F
(in)
2.87
4.33
5.79
7.24
8.70
10.16
11.61
Port
Inlet P
A and B Ports
Outlet T and Power Beyond C
UN-UNF
(ISO 11926-1)
3/4-16 (SAE-8)
9/16-18 (SAE-6)
3/4-16 (SAE-8)
Pilot Ports (Hydraulic)
Pilot Ports (Pneumatic)
9/16-18 (SAE-6)
1/8-27 NPTF
Hydraulic Valves
Walvoil SD6 Series
Walvoil SD6 Series Dimensional Data (Parallel and Tandem Circuit)
Fluid Conveying
Standard Threads
E
(in)
4.66
6.16
7.66
9.15
10.65
12.15
13.65
15.15
16.65
18.15
19.65
21.15
F
(in)
2.28
3.78
5.28
6.77
8.27
9.76
11.26
12.76
14.26
15.76
17.26
18.76
Port
Inlet P
A and B Ports
UN-UNF
(ISO 11926-1)
3/4-16 (SAE-8)
9/16-18 (SAE-6)
3/4-16 (SAE-8)
9/16-18 (SAE-6)
1/8-27 NPTF
Working
Sections
1
2
3
4
5
6
7
8
9
10
11
12
685
Walvoil SD8 Series
Fluid Conveying
Hydraulic Valves
Standard Threads
Working
Sections
1
2
3
4
5
6
7
8
9
10
11
12
686
E
(in)
5.04
6.65
8.27
9.88
11.5
13.11
14.72
16.33
17.94
19.55
21.16
22.77
F
(in)
3.23
4.84
6.46
8.07
9.69
11.3
12.91
14.52
16.13
17.74
19.35
20.96
Port
Inlet P
A and B Ports
UN-UNF
(ISO 11926-1)
7/8-14 (SAE-10)
3/4-16 (SAE-8)
7/8-14 (SAE-10)
9/16-18 (SAE-6)
1/8-27 NPTF
Hydraulic Valves
Walvoil SD11 Series
Walvoil SD11 Series Dimensional Data (Parallel Circuit)
Fluid Conveying
Standard Threads
E
(in)
5.12
6.87
8.64
10.41
12.19
13.96
F
(in)
3.94
5.71
7.48
9.25
11.02
12.79
Port
Inlet P and Power Beyond C
A and B Ports
Outlet T
UN-UNF
(ISO 11926-1)
7/8-14 (SAE-10)
3/4-16 (SAE-8)
7/8-14 (SAE-10)
9/16-18 (SAE-6)
1/8-27 NPTF
Working
Sections
1
2
3
4
5
6
687
Walvoil SD16 Series
Walvoil SD16 Series Dimensional Data (Parallel and Tandem Circuit)
Fluid Conveying
Hydraulic Valves
Standard Threads
Working
Sections
1
2
3
4
5
6
7
8
9
10
11
12
688
E
(in)
6.63
8.82
10.71
12.60
14.49
16.38
18.27
20.16
22.05
23.94
25.83
27.72
F
(in)
4.88
6.77
8.66
10.55
12.44
14.33
16.22
18.11
20.00
21.89
23.78
25.67
Port
Inlet P
A and B Ports
UN-UNF
(ISO 11926-1)
1-5/16-12 (SAE-16)
1-1/16-12 (SAE-12)
1-5/16-12 (SAE-16)
9/16-18 (SAE-6)
1/8-27 NPTF
Hydraulic Valves
Walvoil SD25 Series
Walvoil SD25 Series Dimensional Data (Parallel Circuit)
Fluid Conveying
Standard Threads
E
(in)
9.25
11.69
14.13
16.57
19.02
21.46
23.90
26.34
28.78
31.22
33.66
36.10
F
(in)
6.38
8.82
11.26
13.70
16.14
18.58
21.02
23.46
25.90
28.34
30.78
33.22
Port
Inlet P
A and B Ports
UN-UNF
(ISO 11926-1)
1-5/8-12 (SAE-20)
1-5/16-12 (SAE-16)
1-5/8-12 (SAE-20)
9/16-18 (SAE-6)
1/8-27 NPTF
Working
Sections
1
2
3
4
5
6
7
8
9
10
11
12
689
Walvoil SDS150 Series
Walvoil SDS150 Series Dimensional Data
Fluid Conveying
Hydraulic Valves
Standard Threads
Working
Sections
1
2
3
4
5
6
7
8
9
10
11
12
690
E
(in)
6.06
7.83
9.61
11.40
13.20
14.90
16.70
18.50
20.20
22.00
23.80
25.60
F
(in)
2.80
4.57
6.34
8.11
9.88
11.70
13.40
15.20
17.00
18.70
20.50
22.30
Port
Inlet P and Power Beyond C
A and B Ports
Outlet T
UN-UNF
(ISO 11926-1)
1-1/16-12 (SAE-12)
7/8-14 (SAE-10)
1-1/16-12 (SAE-12)
9/16-18 (SAE-6)
1/8-27 NPTF
Hydraulic Valves
Monoblock Directional Control Valves for Open & Closed Center Circuits
Salami VDM6 Monoblock Type Valves
Salami VDM6 Dimensions
Fluid Conveying
691
Salami VDM6 Monoblock Type Valves
Salami VDM6 Dimensions
Fluid Conveying
Hydraulic Valves
692
Hydraulic Valves
Salami SDM8 Series
Salami SDM8 Series Dimensional Data (Parallel Circuit)
Fluid Conveying
693
Salami SDM8 Series
Salami SDM8 Series Dimensional Data (Parallel Circuit)
Fluid Conveying
Hydraulic Valves
694
Hydraulic Valves
Salami VD6A Sectional Type
Salami VD6A Dimensions
Fluid Conveying
695
Fluid Conveying
Hydraulic Valves
696
Hydraulic Valves
Fluid Conveying
697
Fluid Conveying
Hydraulic Valves
698
Hydraulic Valves
Salami VDP08 Sectional Type
Salami VDP08 Dimensions
Fluid Conveying
699
Relief Valves
Guided Piston Type
Fulflo V-Series Performance Charts
All valve tests 110°F to 120°F, Oil Viscosity 150 SSU at 100°F
Fluid Conveying
Hydraulic Valves
700
Hydraulic Valves
NFPA-D03 Stack Valves
Vickers SystemStak™ Valves
Vickers DGMC-3 Series Relief Valve Dimensions
Fluid Conveying
A
B
C
D
-----9.2
--6.3
-6.3
--
6.1
------
-6.2
-6.2
---
Model
DGMC-3-AT-*W-40
DGMC-3-BT-*W-40
DGMC-3-BT-*W-40
DGMC-3-PT-*W-40
DGMC-3-PT-*W-*-40
DGMC2-3-AT-*W-BT-*W-40
701
Vickers DGMX2-3 Series Pressure Reducing Valve Dimensions
Fluid Conveying
Hydraulic Valves
702
Hydraulic Valves
Vickers DGMDC-3 Series Check Valve Dimensions
Fluid Conveying
H
0.66
0.66
0.66
0.92
0.92
0.92
0.92
Model
DGMDC-3-X-A*-40
DGMDC-3-X-B*-40
DGMDC-3-Y-P*-40
DGMDC-3-X-T*-40
DGMDC-3-Y-A*-40
DGMDC-3-Y-B*-40
DGMDC-3-Y-A*-B*-40
703
Vickers DGMPC-3 Series Pilot Operated Check Valve Dimensions
Fluid Conveying
Hydraulic Valves
704
Hydraulic Valves
Vickers DGMFN-3 Series Flow Control Valve Dimensions
Fluid Conveying
A
B
C
D
E
4.76
--4.76
-----
--4.80
--4.80
---
-6.60
--6.60
----
------4.80
4.80
0.70
0.70
0.70
0.90
0.90
0.90
0.70
0.90
Model
DGMFN-3-X-A*W-40
DGMFN-3-X-A*W-B*W-40
DGMFN-3-X-B*W-40
DGMFN-3-Y-A*W-40
DGMFN-3-Y-A*W-B*W-40
DGMFN-3-Y-B*W-40
DGMFN-3-Z-P*W-40
DGMFN-3-Z-T*W-40
705
Vickers DGMFN-5-Y Series Flow Control Valve Dimensions
Fluid Conveying
Hydraulic Valves
706
Hydraulic Valves
Vickers DGMC-5-PT Series Relief Valve Dimensions
Fluid Conveying
707
Vickers DGMDC-5 Series Check Valve Dimensions
Fluid Conveying
Hydraulic Valves
708
Hydraulic Filters
A filter sized too small for an application will require more frequent element changes, resulting in a high operating
cost. The initial cost savings on the smaller filter assembly will be quickly erased by the cost of frequent element
changes. A filter sized too big will give long element life, but will have a high initial cost and might be physically
difficult to fit in the space available.
A good “rule of thumb”: For satisfactory element life, the clean element pressure drop should generally be less
than or equal to 40 percent of the indicator’s rated differential pressure. This means the clean element will have
60 percent (or more) of it’s capacity devoted to removing particulates.
The filter manufacturer’s pressure drop curves are based on using a fluid with a certain specific gravity and
operating at a certain fluid viscosity. The pressure drops taken from these curves will need to be adjusted for the
actual application conditions.
Adjusting for actual specific gravity will usually not be necessary, unless a high water based fluid is being used.
Adjusting for actual viscosity will almost always be necessary, since actual viscosity will vary greatly with the
viscosity grade of the fluid being used and the operating temperature of the application.
Calculating the Actual Clean Pressure Drop
Fluid Conveying
Total Clean Pressure Drop (ΔP) through a filter assembly should be calculated as follows:
Assembly ΔP = Housing ΔP+ Element ΔP.
Using the Pressure Drop Curves
Filter Sizing Basics
Housing ΔP from curve is corrected with the equation:
Housing ΔP = Curve ΔP x Actual Specific Gravity of fluid / Referenced Specific Gravity.
Element ΔP from curve is corrected with the equation:
Element ΔP = Curve ΔP x (Actual Fluid Viscosity (SSU) / Referenced SSU) x (Actual Fluid Specific Gravity /
Referenced Specific Gravity).
Remember: The above rule of thumb involves the Element ΔP, not the Total ΔP.
709
Suction / Return Filters
Stauff SAF07/11 Series Dimensions
Fluid Conveying
Hydraulic Filters
710
Hydraulic Filters
Stauff SAF07/10/11/13 Series Pressure Drop Curves
Fluid Conveying
Average pressure drop with oil viscosity of 150 SSU @ 100° F.
711
Stauff SSF24/25 Series Dimensions
Fluid Conveying
Hydraulic Filters
712
Hydraulic Filters
Stauff SSF120/160, 150/180 SeriesStauff SSF-120/
Fluid Conveying
Stauff SSF-150/180 Series Dimensions
713
Stauff SSF/SMF/SDF/SF Series Pressure Drop Curves
Fluid Conveying
Hydraulic Filters
714
Hydraulic Filters
Return Filters
Stauff RTF40 Series Dimensions
Fluid Conveying
S1
S2
Bowl
Length
d2
h1
h2
h3
h4
h5
h6
b1
b2
b3
b4
b5
b6
d1
NPT/SAE
d3
d4
G
2.09 4.80 10.35 15.16 0.83 0.43 5.98 5.98 2.75 1.40 4.41 4.41 4.80 1/2-13 UN 2B 1.50 0.43 1-1/2 NPT
2.09 4.80 18.70 23.50 1.50 0.43 5.98 5.98 2.75 1.40 4.41 4.41 4.80 1/2-13 UN 2B 1.50 0.43 1-1/2 NPT
715
Return Filters
Stauff RTF40 Series Pressure Drop Curves
Flow versus Pressure Drop
141 SUS oil with specific gravity of v 0.85
Fluid Conveying
Hydraulic Filters
716
Hydraulic Filters
Pressure Filters
Stauff SF014-SF160 Series Dimensions
Fluid Conveying
* Recommended space for element change
Thread Connection G
b2
b3
b4
b5
d1
d2
h1
h2
h3
h4
h5
SF014 3/4 1-1/16-12
3/4
4.10 0.94 2.00 0.94 2.00 2.68 3.58 7.40 3.07 1.89 0.49 3.35
SF030 3/4 1-1/16-12
3/4
4.10 0.94 2.00 0.94 2.00 2.68 3.58 10.00 5.67 1.89 0.49 3.35
SF045 1-1/4 1-5/8-12 1-1/4 5.04 1.24 2.63 1.24 2.63 3.74 4.57 9.41 4.06 1.95 0.49 4.72
SF070 1-1/4 1-5/8-12 1-1/4 5.04 1.24 2.63 1.24 2.63 3.74 4.57 11.73 6.34 1.95 0.49 4.72
SF090 1-1/2 1-7/8-12 1-1/2 7.01 1.45 3.13 1.45 3.13 5.12 6.26 12.72 5.83 2.84 0.49 5.91
SF160 1-1/2 1-7/8-12 1-1/2 7.01 1.45 3.13 1.45 3.13 5.12 6.26 19.45 12.56 2.84 0.49 5.91
Filter
SAE O- SAE
Size NPT
Ring Flange b1
G4
3/8-16
UNC
3/8-16
UNC
1/2-13
UNC
1/2-13
UNC
5/8-11
UNC
5/8-11
UNC
717
Pressure Filters
Stauff SF014-SF300 Series Pressure Drop Curves
Fluid Conveying
Hydraulic Filters
718
Hydraulic Filters
Vickers HF4RT Series
Dimensions & Pressure Drop Curves
Dimensions
Pressure Drop (PSID)
Filter Housing
Return Filters
Flow Rate (GPM)
Fluid Conveying
Element “K” Factor - PSI/GPM
Element
03
05
10
20
Type
Length
Micron
Micron
Micron
Micron
C-Pak
C-Pak
C-Pak
9 inch
18 inch
27 inch
0.168
0.080
0.051
0.140
0.066
0.043
0.078
0.037
0.024
0.044
0.021
0.013
Assembly Pressure Drop = Housing Pressure Drop+ Element Pressure Drop
Housing Pressure Drop = PSID from curve above x (Actual specific gravity / Reference specific gravity)
Element Pressure Drop = PSID from curve above x (Actual SSU/Reference SSU) x (Actual specific gravity / Reference specific gravity)
Note:
Reference Specific Gravity = 0.9
Conversion Formulas
Liters per minute x 0.2642 = Gallons per minute
Reference SSU = 150
Bar x 14.5 = PSI
719
Element
Return Filters
Vickers OFR-60 & OFR-120 Series
Dimensions
Filter Housing
Fluid Conveying
Hydraulic Filters
Flow Rate (GPM)
Flow Rate (GPM)
Filter Element (18 Inch V-pak & C-pak)
OFR-120
Filter Element (9 Inch V-pak & C-pak)
OFR-60
Note:
Flow Rate (GPM)
Reference SSU = 150
720
Hydraulic Filters
Return Filters
Vickers OFRS-25 Series
Dimensions
Filter Housing
Flow Rate (GPM)
Fluid Conveying
Filter Element (5.8 Inch R-pak)
Flow Rate (GPM)
Flow Rate (GPM)
Note:
Reference SSU = 150
721
Filter Element (8 Inch R-pak)
Return Filters
Dimensions
Filter Housing
Flow Rate (GPM)
Fluid Conveying
Flow Rate (GPM)
Flow Rate (GPM)
Vickers OFRS-60 Series
Hydraulic Filters
Filter Element (11 Inch W-pak)
(WATER REMOVING)
Flow Rate (GPM)
Note:
722
Reference SSU = 150
Hydraulic Filters
Vickers HF2P Series
Dimensions
Filter Housing
Pressure Filters
Flow Rate (GPM)
Fluid Conveying
Element “K” Factor - PSI/GPM
Element
03
05
10
25
Type
Length
Micron
Micron
Micron
Micron
C-Pak
C-Pak
H-Pak
H-Pak
4 inch
8 inch
4 inch
8 inch
2.046
1.011
2.396
0.865
1.735
0.858
1.688
0.820
0.924
0.457
1.026
0.499
0.531
0.262
---
Note:
Reference SSU = 150
723
Element
Return Filters
Schroeder KF3 Series Dimensions & Pressure Curves
Fluid Conveying
Hydraulic Filters
724
Hydraulic Filters
Return Filters
Schroeder RT Series Dimensions & Pressure Curves
Fluid Conveying
725
Return Filters
Schroeder LRT Series Dimensions & Pressure Curves
Fluid Conveying
Hydraulic Filters
726
Hydraulic Filters
Pressure Filters
Schroeder RLT Series Dimensions & Pressure Curves
Fluid Conveying
727
Pressure Filters
Schroeder SRLT Series Dimensions & Pressure Curves
Fluid Conveying
Hydraulic Filters
728
Hydraulic Filters
Pressure Filters
Schroeder NF30 Series Dimensions & Pressure Curves
Fluid Conveying
729
Pressure Filters
Schroeder KF30 Series Dimensions & Pressure Curves
Fluid Conveying
Hydraulic Filters
730
Hydraulic Filters
Pressure Filters
Schroeder DF40 Series Dimensions & Pressure Curves
Fluid Conveying
731
Power Units & Accessories
Hydraulic Power Units
GC8000 Series Model Codes
GC8000
Code
N
M
E
O
A
Fluid Conveying
08
C
0
01
D
A
A
12
3
A
12
0
1
2
3
4
5
6
7
8
9
10
11
12
13
(1) Valve
Options
Code
Kit. No.
No Release
Valve
Manual Release
Valve
Solenoid
Release Valve
1300209 Adapter Kit
1300191 Port Plug Kit
1300209 Adapter Kit
1300192 Man. Vlv Kit
1300209 Adapter Kit
1300023 12V Vlv Kit
†1300024 24V Vlv Kit
1300209 Adapter Kit
†1300783 12V Vlv Kit
†1300784 24V Vlv Kit
Manual OverRide Electrical
Release Valve
For Subplate
Manifolds (“A” †1300846 Adapter Kit
Series)
Note: Codes N, M, E and O require 2 kits.
† Non-stock item.
Code
M
04
06
08
10
12
16
(2) Gear Pump Size
.125” Gear
.187” Gear
.250” Gear
.312” Gear
.375” Gear
.500” Gear
.065 cu.in.
.097 cu.in.
.129 cu.in.
.161 cu.in.
.194 cu.in.
.258 cu.in
Code (3) Relief Valve Setting
A
B
C
D
E
500 PSI
1000 PSI
1500 PSI
2000 PSI
2500 PSI
Kit. No.
1300174
1300176
1300171
1300625
1300169
1300172
Kit. No.
1300116
1300116
1300021
1300021
1300021
Note: Relief valves are field adjustable from
100 to 3000 PSI. Consult us for settings
above 2500 PSI.
01
20
30
40
50
60
7*
06
Code
Kit. No.
0
1
2
3
4
No Valve
1 GPM Valve
2 GPM Valve
3 GPM Valve
4 GPM Valve
-1303448
1300022
1303451
1303452
Note: Not available with option A in Section 1
Code
1300027
A
1300618
B
†1300623
C
1300619
D
†1300624
E
†1303173
†1300620
†1300335
Code
(6) Reservoir
Kit. No.
A
B
C
D
L
M
N
H
J
1 Quart (4.8” Dia.)
1.5 Quart (4.8” Dia.)
1 Gallon (6.6” Dia.)
1.5 Gallon (6.6” Dia.)
2.5 Gallon (Rectangular)
4 Gallon (Rectangular)
1300134
1300135
1300028
1300039
1303176
†1303177
1303178
1300125
1300284
Note: Suction & Return Line parts included.
A
B
C
D
E
F
14
Kit. No.
* Required to change Medium Duty Double
Terminal motor to Single Terminal.
Substitute a “7” for the “0” in options 20, 30,
40 or 50.
† Non-stock item.
Note: Double Terminal motors are used
when an external ground is required.
(7) Adapter
Code Mounting Position
(4) Pressure Comp.
Flow Regulator
732
(5) Motor
12VDC Single Terminal
Standard Duty
12VDC Double Terminal
Medium Duty
Medium Duty with brkt.
Medium Duty
Standard Duty
Ground Strap for motor
Extended Shaft Adapter
Drive
Motor Terminal & Start Switch Location
Views are shown on page 737 .
Kit. No.
Std. mount Pad “A”
down. Valves &
-manifolds at
9 O’Clock (Side)
Opt. mount Pad “B”
down. Valves &
-manifolds at
12 O’Clock (Up)
Same as “A” except Motor 01 or 60
brkt on Pad “A” side †1300118 BrktKit
Same as “B” except Motor 01 or 60
brkt on Pad “B” side †1300118 BrktKit
Same as “A” except
brkt on Pad “A” side Motor 30 or 50
brkt on Pad “B” side
F
G
(8) Motor Start
Switch
Descr.
Kit. No.
12VDC
3-Pole* 1300939
Case (Internal)
Neg. grounded
24VDC
3-Pole* †1300106
12VDC †1300101
Externally
3-Pole
“Battery”
positive
24VDC †1300103
grounded
3-Pole
12VDC 1300937
Non-Grounded 4-Pole**
(UL Required)
24VDC
4-Pole** 1300938
No Start Switch Required
--
* Recommended for most Single Terminal.
** Recommended for most Double Terminal.
† Non-stock item.
Code
(9) Motor Terminal Orientation
03
06
09
12
At 3 O’Clock to Pad “A”
At 12 O’Clock to Pad “A” (Std)
Code
(10) Start Switch Position
0
1
2
3
4
5
No Start Switch
Position 1
Position 2
Position 3 (Std)
Position 4
Position 5
Code (11) Mounting Position
A
B
Horizontal
Vertical (Elbow Fitting)
Kit. No.
-†1300626
Code
(12) Breather Position
03
06
09
12
Code
0
1
2
(13) Manifold
Kit. No.
None
-*D03 Primary Manifold †1300847
*D03 Secondary Manifold †1300848
Note: Must use Code “A” in Section 1.
Code
A
(14) Pendant Control
Kit. No.
Electric Cord Set for
remote raise & lower
†1300651
(used with opt. E Section 1)
GC8001
Code
C
F
08
D
01
L
A
A
12
3
A
12 BH
1
1
2
3
4
5
6
7
8
9
10
11
13
(1) Valve
Options
Kit. No.
Cartridge
Directional Valve 1300743 Adapter Kit
D03 Valve
Direct Mount 1300744 Adapter Kit
Manual Valve
†1303118 Adapter
Direct Mount
Kit
Note: Select valves and coils from Sections
12 and 13.
Code
04
06
08
10
12
16
(2) Gear Pump Size
1300174
1300176
1300171
1300625
1300169
1300172
Code (3) Relief Valve Setting
Kit. No.
500 PSI
1000 PSI
1500 PSI
2000 PSI
2500 PSI
1300116
1300116
1300021
1300021
1300021
(4) Motor
01
Standard Duty
Medium Duty
Medium Duty
Standard Duty
Ground Strap for motor
Drive
20
30
40
50
60
7*
06
Kit. No.
(5) Reservoir
Kit. No.
Code
(9) Start Switch Position
A
B
C
D
L
M
N
H
J
1.5 Quart (4.8” Dia.)
1.5 Gallon (6.6” Dia.)
2.5 Gallon (Rectangular)
4 Gallon (Rectangular)
1300134
1300135
1300028
1300039
1303176
†1303177
1303178
1300125
1300284
0
1
2
3
4
5
No Start Switch
Position 1
Position 2
Position 3 (Std)
Position 4
Position 5
Note: Suction & Return Line parts included.
(6) Adapter
Code Mounting Position
A
B
C
D
E
F
Code
1300027
A
1300618
B
†1300623
C
1300619
D
†1300624
E
†1303173
F
†1300620
G
†1300849
* Required to change Medium Duty Double
Terminal motor to Single Terminal.
Substitute a “7” for the “0” in options 20, 30,
40 or 50.
† Non-stock item.
Note: Double Terminal motors are used
when an external ground is required.
Kit. No.
Std. mount Pad “A”
down. Valves &
-manifolds at
9 O’Clock (Side)
Opt. mount Pad “B”
down. Valves &
-manifolds at
12 O’Clock (Up)
Same as “A” except Motor 01 or 60
brkt on Pad “A” side †1300118 BrktKit
brkt on Pad “B” side †1300118 BrktKit
Same as “A” except
brkt on Pad “A” side Motor 30 or 50
Same as “B” except
brkt on Pad “B” side Motor 30 or 50
(7) Motor Start
Switch
Descr.
Kit. No.
12VDC
3-Pole* 1300939
Case (Internal)
Neg. grounded
24VDC
3-Pole* †1300106
12VDC †1300101
Externally
3-Pole
“Battery”
positive
24VDC †1300103
grounded
3-Pole
12VDC
1300937
Non-Grounded 4-Pole**
(UL Required)
24VDC
4-Pole** 1300938
No Start Switch Required
--
* Recommended for most Single Terminal.
** Recommended for most Double Terminal.
† Non-stock item.
Code
(8) Motor Terminal Orientation
03
06
09
12
Code (10) Mounting Position
A
B
Horizontal
Vertical (Elbow Fitting)
Kit. No.
-†1300626
Code
(11) Breather Position
03
06
09
12
Code
A
B
C
F
G
H
M
(12) Directional
Control Valves
2-Position 4-Way
3-Position 4-Way
Tandem Center
3-Position 4-Way
Open Center
Pilot Operated Check C1
Pilot Operated Check C2
Double Pilot Check
3-Position 4-Way Tandem
Center Manual Valve with
Integral Motor Relay Switch
Kit. No.
†1300729
1300785
†1300786
1300727
†1300728
†1300763
†1303121
Note: Codes A, B, C, F and G require Valve
Option C in Section 1.
Code M requires Valve Option F in Section 1.
To order a unit with both cartridge and pilot
operated check valves, put both Order
Codes in field 12. Must use adapter “C” in
Section 1.
† Non-stock item.
Code
(13) DC Valve Coil
Kit. No.
1
2
12VDC
24VDC
1300740
1300741
Note: One coil is required for 2-Position
valves, Two for 3-Position valves.
733
Code
Code
Note: Relief valves are field adjustable from
100 to 3000 PSI. Consult us for settings
above 2500 PSI.
14
Fluid Conveying
.065 cu.in.
.097 cu.in.
.129 cu.in.
.161 cu.in.
.194 cu.in.
.258 cu.in
A
B
C
D
E
.125” Gear
.187” Gear
.250” Gear
.312” Gear
.375” Gear
.500” Gear
Kit. No.
12
Motor Terminal & Start Switch Location
Views are shown on page 737 .
D
C
GC8000/GC8001 Series
Output Flow & Current Draw
To find output flow at a certain pressure: Plot a vertical line from pressure up to dashed gear face line.
Then plot a horizontal line from that intersection to left to find output flow.
To find current draw at a certain pressure: Plot a vertical line from pressure up to solid gear face line.
Then plot a horizontal line from that intersection to right to find current draw.
Note: Performance curves are at a constant voltage using 200 SSU oil.
Flow (GPM)
Current (Amps)
Flow (GPM)
24VDC Standard Duty
24VDC Medium Duty
Flow (GPM)
Current (Amps)
Pressure (PSI)
Current (Amps)
Pressure (PSI)
Pressure (PSI)
734
Current (Amps)
12VDC Medium Duty
12VDC Standard Duty
Flow (GPM)
Fluid Conveying
Pressure (PSI)
Motor Duty Cycle
Fluid Conveying
Maximum On-Time (Minutes)
Percent On-Time
Current (Amps)
Maximum On-Time (Minutes)
Allowable Percent On-Time
The curves below relate maximum on-time and percent on-time to motor current for the available motors. "Duty
Cycle" refers to the length of time the motor can be run at a specific current before it must be turned off and
allowed to cool.
Allowable Percent On-Time is based on a percentage of a 5-minute or shorter duty cycle. For example, on the
percent on-time curve, the 24 VDC motors at a current draw of 130 amps are capable of 10% on-time. The
motor could be run for 30 seconds, then must be turned off and allowed to cool for 4-1/2 minutes. This duty cycle
(30 seconds on, 4-1/2 minutes off) can then be repeated continuously. This ratio of 10% on-time to 90% off-time
applies to any duty cycle of 5 minutes or less.
Maximum On-Time is the absolute maximum continuous operating time at a specific current draw. For example,
on the maximum on-time curve. the 12 VDC motors at a current draw of approximately 155 amps could be run for
5 minutes continuously. The motor should then be turned off and allowed to cool to ambient temperature.
Having reached ambient temperature, the motor can again be run for 5 minutes. This run/cooling cycle can be
continuously repeated.
Note: The thermal characteristics of percent on-time and maximum on-time of the standard duty and medium duty
motors are identical. The medium duty motors are UL listed and do offer extended brush life over the standard
duty motors.
Motor damage may result from operation outside the curve parameters as shown below.
Current (Amps)
735
Dimensions
Power Unit with 4.8” Diameter Cylindrical Reservoir
Capacity
Length A (inches)
1 Quart
1.5 Quart
2 Quart
3 Quart
5.6
7.5
9.0
12.0
Installation Notes: Motors, Center Adapters and Reservoirs may be rotated in many combinations of 90°
increments for maximum flexibility. An elbow fitting may be installed to point the filler/breather in the "up" position
for vertical mount installations. Electric start switches may be mounted on the DC motor, or in a remote location.
Motor lengths will vary.
Power Unit with 6.6” Diameter Cylindrical Reservoir
Fluid Conveying
Length A (inches)
1 Gallon
1.5 Gallon
2 Gallon
8.34
12.59
15.34
* Motor length will vary.
Capacity
736
Dimensions
Power Unit with Rectangular Reservoir
Length A (inches)
12.00
18.50
* Motor length will vary.
Fluid Conveying
Motor Terminal & Start Switch Location Options
The motor terminal location must first be selected. Motor
terminal locations of 03, 06, 09 and 12 are available.
Second, the motor start switch location must be determined.
Start switch positions 1 through 5 are available. Start switch
positions rotate in conjunction with the motor terminal
location.
Note: The standard motor terminal location is 12 and the
standard start switch position is 3. For single terminal motors
use motor terminal 1 only for location purposes.
Note: These locations are specified in the Model Codes.
Capacity
2.5 Gallon
4 Gallon
737
View From Reservoir End
The view above shows start switch locations 1-5
as they relate to motor terminal location 12
only.
The example to the right shows a motor terminal
location of 03 and a start switch position of 1.
Fluid Conveying
GC9000
5
C
A
0
B
0
T
0
1
2
3
4
5
6
7
8
(1) Motor/Adapter Assemblies
(4) Flow Controls
(8) Reservoir Tube Kits
Code
HP
Phase
RPM
Kit. No.
Code
Capacity
Kit. No.
0
1
2
3
4
5
6
7
8
9
1/3 HP
1/2 HP
1/2 HP
1 HP
1 HP
1 HP
1 HP
2 HP
2 HP
2 HP
1
3
1
3
1
3
1
3
1
3
1725
1725
1725
3450
3450
1725
1725
3450
3450
1725
†1300213
†1300221
1300217
†1300237
†1300229
†1300233
1303725
1303742
1300245
†1300241
0
1
2
3
4
None
1 GPM
2 GPM
3 GPM
4 GPM
-1300036
1300022
1300035
1300034
† Non-stock item.
Code
A
B
C
D
E
F
G
H
J
K
0.50
0.75
1.00
1.50
2.00
2.50
3.00
3.50
4.00
2.00/0.50*
Displ.
(cu.in.)
Code
Description
Kit. No.
A
No Manifold
D03 Base Manifold for
Cylindrical Reservoirs
One D03 Base Manifold
& One Secondary Manifold
for Cylindrical Reservoirs
One D03 Base Manifold
& Two Secondary Manifolds
for Cylindrical Reservoirs
--
C
Kit. No.
.064
1300177
.094
1300178
.129
1300179
.194
1300180
.258
1300181
.323
1300182
.388
1300183
.452
†1300184
.517
†1300185
.258/.064* †1300688
† Non-stock item.
Note: All pumps are clockwise (RH) rotation.
*Two-stage pump.
D
1300329
and
1300330
1300329
and (2)
1300330
0
1
2
None
Two Stack Bolt Kit
(required with Manifold
Option C)
Three Stack Bolt Kit
(required with Manifold
Option D)
Description
Kit. No.
A
Basic Adapter Only
(no release valve)
Manual Lever Release
Electric Release
Normally Closed
115VAC, 50.60 Hz.
Electric Release
Normally Closed
Manual Override
115VAC, 50/60 Hz.
Electric Release
Normally Open
115VAC, 50.60 Hz.
--
Kit. No.
-1300331
1300332
C
D
E
F
† Non-stock item.
738
1300193
1300025
†1300374
†1300296
(7) Reservoirs
Code
Type
Nominal
Capacity
(gal.)
Q
R
S
T
U
V
W
X
Cylindrical
Cylindrical
Cylindrical
Cylindrical
Vertical Mount
Vertical Mount
Vertical Mount
Vertical Mount
1.0
1.5
2.0
3.0
1.0
1.50
2.0
3.0
5*
6*
7*
Kit. No.
-1300187
†1300186
†1300801
†1300802
†1300803
†1300804
Optional Kits
(3) Release Valves
Code
3
Description
None Required for
Smaller Pumps
Options A-D
Kit for Cylindrical Reservoir
(Required for Larger
Pumps Options E-J)
Kit for Cylindrical Reservoir
(Required for 2-Stage
Pump Option K)
Required for 1 Gallon
Vertical Reservoir Option U
when larger pumps are
used (Pump Options E-J)
Required for 1.5 Gallon
Vertical Reservoir Option V
Vertical Reservoir Option W
Vertical Reservoir Option X
† Non-stock item.
(6) Manifold Mounting Kits
Description
1
1300329
To mount 1 valve, order option B.
To mount 2 valves, order option C.
To mount 3 valves, order option D.
Code
0
4*
(5) Manifolds
B
(2) Pumps
GPM
@
1800 RPM
Note: Can only be used in conjunction with a
Release Valve.
Code
Kit. No.
1300127
1300129
1300131
1300133
†1300793
†1300794
†1300795
†1300796
Description
Kit. No.
Adaptor Only Kit (No Motor)
Nema 56C Frame Adaptor &
Coupling Kit
Extended Shaft Adaptor Kit
5 Gallon Rectangular
Reservoir Kit
10 Gallon Rectangular
Reservoir Kit
5 & 10 Gallon
Rectangular Reservoir Tube Kit
(Required when larger pumps are
5 & 10 Gallon
Rectangular Reservoir Tube Kit
(Required when 2-Stage pump
is used (Pump Option K)
1300268
† Non-stock item.
† Non-stock item.
1300843
†1300654
†1300117
†1300108
†1300188
†1300189
GC9000 Series Motor/Adapters
Motor/Adapter Kits
Code Kit No.
HP
RPM
Phase
Intermittent Duty Motor Ratings
Hz
Voltage
Enclosure
A
(in.)
1300213
1/3
1725
1
60
115/208/230
TENV
9.153
1
1300221
1/2
1725
3
50/60
208/230/460
TENV
9.593
2
3
4
1300217
1300237
1300229
1/2
1
1
1725
3450
3450
1
3
1
60
60
60
115/208/230
208/230/460
115/208/230
TEFC
TEFC
TEFC
8.653
9.093
10.593
5
1300233
1
1725
3
50/60
208/230/460
TEFC
11.093
6
7
8
9
1300225
1300249
1300245
1300241
1
2
2
2
1725
3450
3450
1725
1
3
1
3
60
60
60
60
115/208/230
230/460
115/230
230/460
TEFC
TEFC
TEFC
TEFC
11.593
10.593
12.093
11.593
15
Minutes
.66 HP
.66 HP
1.0 HP @ 60 Hz .92 HP @ 60 Hz
1.0 HP @ 50 Hz .75 HP @ 50 Hz
1.2 HP
1.0 HP
2.0 HP
1.5 HP
2.0 HP
1.2 HP
2.0 HP @ 60 Hz 1.75 HP @ 60 Hz
1.5 HP @ 50 Hz 1.25 HP @ 50 Hz
2.0 HP
1.7 HP
4.0 HP
3.4 HP
3.0 HP
2.4 HP
4.0 HP
3.0 HP
30
Minutes
.66 HP
.75 HP @ 60 Hz
.55 HP @ 50 Hz
.80 HP
1.25 HP
1.1 HP
1.5 HP @ 60 Hz
1.1 HP @ 50 Hz
1.3 HP
3.0 HP
2.2 HP
2.5 HP
Note: Intermittent Duty is defined as operation at one of the above limits continuously for the full time period, followed by one (1) hour off to
allow motor to cool.
Side View
Front View GC9000
0
5
Minutes
Fluid Conveying
GC9000 Series Reservoirs
Horizontal Mount Reservoirs
739
GC9000 Series Pumps & Performance Curves
Pumps
Code
Kit No.
Gear
Size
(in)
A
B
C
D
E
F
G
H
J
1300177
1300178
1300179
1300180
1300181
1300182
1300183
1300184
1300185
1300688
(2-Stage)
0.125
0.1875
0.250
0.375
0.500
0.625
0.750
0.875
1.000
0.500
0.125
K
Displacement
(cu.in./rev)
.064
.094
.129
.194
.258
.323
.388
.452
.517
.258
.064
Flow
@
1800 RPM
Flow
@
3600 RPM
0.50 GPM
1.00 GPM
3000
0.75 GPM
1.50 GPM
3000
1.00 GPM
2.00 GPM
3000
1.50 GPM
3.00 GPM
3000
2.00 GPM
4.00 GPM
2300
2.50 GPM
5.00 GPM
1900
3.00 GPM
6.00 GPM
1600
3.50 GPM
7.00 GPM
1300
4.00 GPM
8.00 GPM
1200
At 1725 RPM: 2.50 GPM to 350 PSI, 0.50 GPM to 2500 PSI
At 3450 RPM: 5.00 GPM to 350 PSI, 1.00 GPM to 2500 PSI
GPM
GPM
Fluid Conveying
Continuous Duty Performance Curves
PSI
740
Maximum
Continuous
Pressure
(psi)
PSI
GC9000 Series Valve Options
Manual Lever Release Valve
Electric Solenoid Release Valve
Release valves can be used in single acting cylinder applications for lowering the load. A fixed pressure
compensated return flow control can be installed under the release valve.
Fluid Conveying
NFPA D03 Manifolds
741
Manifolds for GC9000 AC Power Units provide for single and multiple NFPA D03 directional valve combinations.
All multiple valve combinations are for parallel circuits. A total of three valves can be mounted. An optional
manual valve is shown in the picture above.
A base (primary) manifold mounts directly to the adapter. This manifold kit includes all the hardware including
check valve transfer bushing and return transfer bushing. If two or three valve are needed, secondary or stacked
manifolds are added to the base manifold and secured with the proper mounting bolt kit.
All manifolds are made from machined aluminum blocks. The cylinder ports are on the opposite side of the valve
mounting surface and are 9/16-18 SAE straight thread o-ring.
Fluid Conveying
Hydraulic
HE2000 Series Model Codes
HE2
BH012
26
150
E
82
AF
6
H
2
KC
0
N
00
00
A3
I
II
III
IV
V
VI
VII
VIII
IX
X
XI
XII
XIII
XIV
XV
XVI
II
Order
Code
Example
Adapter Options
Valve Type
BA
Adapter, P & T Ports, Relief Valve & Check Valve
CA
Adapter, P & T Ports, Relief Valve & Check Valve
BB
Solenoid Lowering Adapter
CB
Solenoid Lowering Adapter
Kit Description
Kit No.
Adapter
Port Plug
Adapter
Port Plug
AC Motor Adapter
Adapter
Solenoid Release Valve
Adapter
Solenoid Release Valve
1303649
1300191
1303649
1300191
1303549
1303649
1303534
1303649
1303534
AC Motor Adapter
1303549
+ Coil Voltage
BA000
CA000
BB012
BB024
CB115
CB230
CB012
CB024
Adapter
1303649
Manual Release Valve w/
1300192
Pilot Contactor
Adapter
1303649
CE
AC Manual Lowering Valve Adapter
Manual Release Valve
1303533
AC Motor Adapter
1303549
Motor Spool (DC Version, AC Version & DC Version w/ Double P.O. Check)
Adapter
1303650
BF012
Manifold
1300866
BF024
Manifold Adapter w/ 3-Pos 4-Way Valve (Motor Spool)
BF
DC Version
Motor Spool Valve
1303382
Cavity Plug
1303540
Adapter
1303650
BH012
Manifold
1300866
BH024
BH Manifold Adapter w/ 3-Pos 4-Way Valve (Motor Spool)
DC Version w/ Double P.O. Check
Motor Spool Valve
1303382
Double P.O. Check
1303538
Adapter
1303650
CF115
Manifold
1300866
CF230
Motor Spool Valve
1303382
CF012
Manifold Adapter w/ 3-Pos 4-Way Valve (Motor Spool)
CF
AC Version
Cavity Plug
1303540
CF024
Riser Block
1300855
AC Motor Adapter
1303549
Tandem Center Spool (DC & AC Versions)
Adapter
1303650
BJ012
Manifold
1300856
BJ024
Manifold
Adapter
w/
3-Pos
4-Way
Valve
(Tandem
Center
BJ
Spool) DC Version
Tandem Center Valve
1303530
Cavity Plug
1303540
Adapter
1303650
CJ115
Manifold
1300856
CJ230
Tandem Center Valve
1303530
CJ012
Manifold Adapter w/ 3-Pos 4-Way Valve (Tandem Center
CJ
Spool) AC Version
Cavity Plug
1303540
CJ024
Riser Block
1300855
AC Motor Adapter
1303549
BE
Manual Lowering Adapter w/ DC Contactor
12VDC
24VDC
115VAC
230VAC
12VDC
24VDC
1300914 (1ea)
1300915 (1ea)
1303576 (1ea)
1303577 (1ea)
1300914 (1ea)
1300915 (1ea)
BE000
CE000
12VDC
24VDC
1300914 (2ea)
1300915 (2ea)
12VDC
24VDC
1300914 (2ea)
1300915 (2ea)
115VAC
230VAC
12VDC
24VDC
1303576 (2ea)
1303577 (2ea)
1300914 (2ea)
1300915 (2ea)
12VDC
24VDC
1300914 (2ea)
1300915 (2ea)
115VAC
230VAC
12VDC
24VDC
1303576 (2ea)
1303577 (2ea)
1300914 (2ea)
1300915 (2ea)
Note: AC coils have 36 inch cables. All DC coils have dual spades.
Model Code is continued on next page
742
Kit No.
Hydraulic
HE2
BH012
26
150
E
82
AF
6
H
2
KC
0
N
00
00
A3
I
II
III
IV
V
VI
VII
VIII
IX
X
XI
XII
XIII
XIV
XV
XVI
II
Adapter Options
Order
Code
CR
BS
DB
DM
AM
Kit No.
+ Coil Voltage
Kit No.
12VDC
24VDC
1300914 (1ea)
1300915 (1ea)
115VAC
230VAC
12VDC
24VDC
1303576 (1ea)
1303577 (1ea)
1300914 (1ea)
1300915 (1ea)
12VDC
24VDC
1300914 (1ea)
1300915 (1ea)
DA000
DB000
DC
Kit Description
Fluid Conveying
DA
Valve Type
Solenoid Operated, 2-Position, 4-Way Normally Open Valve (DC & AC Versions)
Adapter
1303650
BR012
Manifold
1300856
BR024
Manifold Adapter w/ Solenoid Operated, 2-Pos, 4-Way
Valve, DC Version
Normally Open Valve
1303529
Cavity Plug
1303540
Adapter
1303650
CR115
Manifold
1300856
CR230
Normally Open Valve
1303529
CR012
Valve, AC Version
Cavity Plug
1303540
CR024
Riser Block
1300855
AC Motor Adapter
1303549
Adapter
1303650
BS012
Manifold
1300856
BS024
Valve, DC Version w/ P.O. Check
Normally Open Valve
1303529
Single P.O. Check
1303539
Single D03 Valve Manifold (DC & AC Versions) / Double D03 Valve Manifold (AC Version Only)
Adapter
1303650
Manifold Adapter w/ Single D03 Valve Manifold, DC VerD03 Manifold
1300854
sion
Bolts
1300865
Adapter
1303650
D03 Manifold
1300854
Manifold Adapter w/ Single D03 Valve Manifold, AC VerBolts
1300857
sion
Riser Block
1300855
AC Motor Adapter
1303549
Adapter
1303650
D03 Manifolds (2ea)
1300854 (2ea)
Manifold Adapter w/ Double D03 Valve Manifold, AC
Bolts
1300858
Version Only
Riser Block
1300855
AC Motor Adapter
1303549
Manifold Adapter, DC Version
Adapter
1303650
Adapter
1303650
Manifold Adapter, AC Version
AC Motor Adapter
1303549
BR
Example
DC000
DM000
AM000
Note: AC coils have 36 inch cables. All DC coils have dual spades.
W Series Pumps
In³
/Rev
0.49
0.073
0.098
0.122
0.153
0.195
0.232
0.262
0.293
0.348
Cm³
/Rev
0.8
1.2
1.6
2.0
2.6
3.2
3.8
4.3
4.8
5.7
Kit No.
1303435
1303436
1303437
1303438
1303439
1303440
1303441
1303442
1303443
1303444
Maximum Pressure (PSI)
III
Continuous Intermittent
Order
Code
70
71
72
73
74
76
77
78
3335
3335
3335
3335
3335
3335
3045
2755
2465
2103
3698
3698
3698
3698
3698
3698
3335
3045
2712
2320
GC Series Pumps
In³
/Rev
0.065
0.097
0.129
0.162
0.194
0.259
0.323
0.388
Cm³
/Rev
1.06
1.59
2.12
2.65
3.18
4.24
5.30
6.36
Maximum Pressure (PSI)
Kit No.
Continuous
Intermittent
1300174
1300176
1300171
1300625
1300169
1300172
1300931
1300932
3000
3000
3000
3000
3000
2300
1900
1600
4000
4000
4000
4000
4000
4000
3000
2500
743
III
Order
Code
08
12
16
20
26
32
38
43
48
57
Fluid Conveying
Hydraulic
HE2
BH012
26
150
E
82
AF
6
H
2
KC
0
N
00
00
A3
I
II
III
IV
V
VI
VII
VIII
IX
X
XI
XII
XIII
XIV
XV
XVI
IV
VI
Setting Range
(PSI)
Kit No.
200 - 500
501 - 1500
1501 - 2500
2501 - 4000
1303659
1303660
1303661
1303662
014 - 333
034 - 103
104 - 173
174 - 276
Order
Code
83
84
85
86
V
Description
Kit No.
A
E
K
M
N
R
None
1 GPM
2 GPM
2.5 GPM
3 GPM
4 GPM
N/A
1303448
1303450
1303453
1303451
1303452
VI
Order
Code
54
55
60
62
63
64
65
66
67
69
70
71
72
73
74
80
82
Motor (continued)
24VDC Single Terminal - Medium Duty w/
Ground Strap
24VDC Double Terminal - Medium Duty
24VDC Double Terminal - Medium Duty - Low
Speed Compound
24VDC Double Terminal - Heavy Duty
1300912
1300619
1300913
1303551
Motor
Kit No.
AC Flange “Nema C” Adapter
1/2 HP (30 min), 3 Phase, 50/60 Hz, 208-230/
460 VAC, TENV, 1425/1725 RPM
1 HP (30 min), 3 Phase, 50/60 Hz, 208-230/
460 VAC, TENV, 2850/3450 RPM
1 HP (30 min), 3 Phase, 50/60 Hz, 208-230/
460 VAC, TEFC, 2850/3450 RPM
1 HP, 1 Phase, 60 Hz, 115/208-230 VAC,
TENV, 3450 RPM
1 HP, 1 Phase, 50/60 Hz, 115/208-230 VAC,
TEFC, 2850/3450 RPM
1 HP, 3 Phase, 50/60 Hz, 208-230/460 VAC,
TENV, 1425/1725 RPM
1 HP (30 min), 1 Phase, 60 Hz, 115/208-230
VAC, TENV, 1725 RPM
2 HP (30 min), 1 Phase, 60 Hz, 115/208-230
VAC, TENV, 3450 RPM
2 HP, 1 Phase, 50/60 Hz, 115/208-230 VAC,
TEFC, 2850/3450 RPM
2 HP (30 min), 3 Phase, 50/60 Hz, 208-230/
460 VAC, TENV, 1425/1725 RPM
2 HP (30 min), 1 Phase, 60 Hz, 115/208-230
VAC, TENV, 1725 RPM
3 HP (30 min), 3 Phase, 50/60 Hz, 208-230/
460 VAC, TENV, 2850/3450 RPM
3 HP, 3 Phase, 50/60 Hz, 208-230/460 VAC,
TEFC, 2850/3450 RPM
2.5 HP (30 min), 1 Phase, 50/60 Hz, 208-230
VAC, TENV, 2850/3450 RPM
12VDC Single Terminal - Standard Duty
12VDC Double Terminal - Medium Duty
1300335
1303543
1300916
1300918
VII
Order
Code
Reservoir
Kit No.
AA
AB
AC
AD
AE
AF
AG
AJ
AK
AL
AM
AN
AP
1 Quart Steel
1.5 Quart Steel
2 Quart Steel
3 Quart Steel
0.8 Quart Plastic (175°F Max)
1 Gallon Steel
1.5 Gallon Steel
2 Gallon Steel
3 Gallon Steel
2.5 Gallon Steel, Rectangular
4 Gallon Steel, Rectangular
1300897
1300898
1300899
1300900
1300901
1300902
1300903
1300904
1300905
1300906
1300907
1300908
1300909
1300919
VIII
1300920
Order
Code
Motor Terminal Position
1300921
A
0
3
6
9
No Motor
12 O’Clock
3 O’Clock
6 O’Clock
9 O’Clock
1300922
1300923
1300924
Note: Location relative to Pad “A” as viewed from reservoir end
1300925
1300926
1300927
1300928
1300929
1300930
1300027
1300618
Note: Motors continued at top of next column.
744
Kit No.
Flow Control Valve
Order Code
68
Relief Valve Setting
Order Code Setting Range
(Bar)
(Bars)
Example
Hydraulic
HE2
BH012
26
150
E
82
AF
6
H
2
KC
0
N
00
00
A3
I
II
III
IV
V
VI
VII
VIII
IX
X
XI
XII
XIII
XIV
XV
XVI
IX
XI
Order
Code
P
Q
R
S
Kit No.
None
12VDC - UL Recognized, 4-Pole
12VDC - UL Recognized, 4-Pole
12VDC, 3-Pole
24VDC, 3-Pole
12VDC, Heavy-Duty, 4-Pole
24VDC, Heavy Duty, 4-Pole
1 Phase, 115VAC (only for motor codes 64, 65, 67,
68, 69 & 71)
68, 69 & 71)
1 Phase, 230VAC (only for motor code 74)
66, 70, 72 & 73)
66, 70, 72 & 73)
N/A
1300937
1300938
1300939
1300940
1300941
1300942
X
1303546
1303545
1303544
1303548
1303547
Start Switch Position
Order
Code
A
0
3
9
XI
Tube Kits
AB
BB
CB
DB
EB
FB
GB
HB
JB
KB
JC
KC
1
1
1
1
1
0.8
0.8
0.8
0.8
0.8
1.3
1.3
Mount
Pump
Series Pad “A” Kit No.
Horizontal GC
Down
Horizontal GC/W @ 9:00
Horizontal
W
Down
Vertical
GC
N/A
Vertical
W
N/A
Horizontal GC
Down
Horizontal GC/W @ 9:00
Horizontal
W
Down
Vertical
GC
N/A
Vertical
W
N/A
Vertical
GC
N/A
Vertical
W
N/A
1300867
1300868
1300943
1300875
1300953
1300961
1300963
1300962
1300973
1300974
1300975
1300976
Material
Steel
Steel
Steel
Steel
Steel
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Plastic
Mount
Horizontal GC
Down 1300867
Horizontal GC/W @ 9:00 1300868
Horizontal W
Down 1300943
Vertical
GC
N/A 1300877
Vertical
W
N/A 1300891
Horizontal GC
Down 1300961
Horizontal W
Down 1300962
Vertical
GC
N/A 1300977
Vertical
W
N/A 1300978
Horizontal GC
Down 1300873
Horizontal W
Down 1300946
Vertical
GC
N/A 1300878
Vertical
W
N/A 1300878
Horizontal
Horizontal
Horizontal
Vertical
Vertical
Horizontal
Horizontal
Horizontal
Vertical
Vertical
Horizontal
Horizontal
Horizontal
Vertical
Vertical
Horizontal
Horizontal
Horizontal
Vertical
Vertical
Horizontal
Horizontal
Horizontal
Horizontal
Horizontal
Horizontal
GC
GC/W
W
GC
W
GC
GC/W
W
GC
W
GC
GC/W
W
GC
W
GC
GC/W
W
GC
W
GC
GC/W
W
GC
GC/W
W
Down
@ 9:00
Down
N/A
N/A
Down
@ 9:00
Down
N/A
N/A
Down
@ 9:00
Down
N/A
N/A
Down
@ 9:00
Down
N/A
N/A
Down
@ 9:00
Down
Down
@ 9:00
Down
1300867
1300868
1300943
1300891
1300957
1300873
1300874
1300946
1300892
1300958
1300873
1300874
1300946
1300893
1300959
1300873
1300874
1300946
1300894
1300960
1300873
1300874
1300946
1300873
1300874
1300946
Material
Steel
Steel
Steel
Steel
Steel
Plastic
Plastic
Plastic
Plastic
Plastic
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Steel
Rectangular
Rectangular
Rectangular
Rectangular
Rectangular
Rectangular
Note: Tube Kits continued at top of next column.
745
Order
Code Quarts
AF
BF
CF
DF
EF
AG
BG
CG
DG
EG
AH
BH
CH
DH
EH
AJ
BJ
CJ
DJ
EJ
AK
BK
CK
AL
BL
CL
2
2
2
2
2
1.7
1.7
1.7
1.7
1.7
3
3
3
3
3
Gallons
1
1
1
1
1
1.5
1.5
1.5
1.5
1.5
2
2
2
2
2
3
3
3
3
3
2.5
2.5
2.5
4
4
4
1
2
4
5
7
No Switch or Push Button
DC Units (Relative to Motor Terminals)
10 O’Clock
12 O’Clock
11 O’Clock
1 O’Clock
2 O’Clock
AC Units Push Button (Reservoir End Down - Pad “A”
12 O’Clock
3 O’Clock
9 O’Clock
AD
BD
CD
DD
ED
FD
GD
HD
JD
KD
AE
BE
CE
DE
EE
Pump
Series Pad “A” Kit No.
Fluid Conveying
T
Start Switch
Tube Kits
Order
Code Quarts
A
H
J
K
L
M
N
Example
Fluid Conveying
Hydraulic
HE2
BH012
26
150
E
82
AF
6
H
2
KC
0
N
00
00
A3
I
II
III
IV
V
VI
VII
VIII
IX
X
XI
XII
XIII
XIV
XV
XVI
Example
XII
XVI
Order
Code
Breather Position
Order
Code
Design Series
0
3
6
9
12 O’Clock
3 O’Clock
6 O’Clock
9 O’Clock
A
3
Major Change to Form, Fit or Function
Minor Design Change
Note: Design Series is assigned by the factory at the current level
Note: Location relative to Pad “A” as viewed from reservoir face
XIII
Order
Code
Coil Terminal / Lever Position
A
B
C
D
N
12 O’Clock - Toward Motor
3 O’Clock - Away From Center
6 O’Clock - Toward Reservoir
9 O’Clock - Toward Center
None
Note: Location relative to Motor as viewed from top of coil or top
of manual release
XIV
&
XV
Order
Code
Accessory (Maximum of 2 can be specified)
Kit No.
00
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
No Accessories
DC - Rubber Terminal Boots (Qty of 4)
AC - Plain Pigtail (Exits box from orientation “3”)
AC - Pigtail w/ 115VAC Male Wall Plug (Exits box from orientation “3”)
AC - Pigtail w/ 115VAC Male Twist Lock Plug (Exits box from orientation “3”)
AC - Pigtail w/ 115VAC Male/Female Twist Lock Plug (Exits box from orientation “3”)
AC - Single Acting Pendant (Exits box from orientation “3”)
DC - Single Acting Pendant
DC - Double Acting Pendant
N/A
1303553
1303554
1303554
1303554
1303557
1303557
1303557
1303560
1303560
1303560
1303563
1303563
1303563
1303566
1303566
1303566
1303569
1303570
Note: “Box” refers to conduit box.
746
Hydraulic
HE2000 Series Adapter/Circuit
Fluid Conveying
747
Hydraulic
HE2000 Series Adapter/Circuit Options (continued)
Fluid Conveying
748
Hydraulic
Fluid Conveying
749
Hydraulic
Fluid Conveying
750
Hydraulic
HE2000 Series
Selecting Pump & DC Motor Combinations (example)
Fluid Conveying
Relief Valve Characteristics
751
Hydraulic
HE2000 Series
Performance for 12VDC Single Terminal Series Wound Motor, P/N 130027
Note: Motor damage may result from operation outside the curve parameters as shown above.
Fluid Conveying
Performance for 12VDC Double Terminal Series Wound Motor, P/N 1300618
752
Hydraulic
HE2000 Series
Performance for 24VDC Double Terminal (P/N 1300619) and
Single Terminal (1300912) Series Wound Motors
Fluid Conveying
753
HE2000 Series Dimensions
DC Motor with 6.6 Inch Cylindrical Reservoir
DC Motor with Rectangular Reservoir
Fluid Conveying
754
HE2000 Series
Pump & AC Motor Selection / Combinations
The nominal rated horsepower for TENV motors is based on a 30 minute duty cycle. The nominal rated
horsepower for TEFC motors is based on continuous duty. For 50 Hz operation, pump flow and horsepower
shown below need to be derated by approximately 20%. For TEFC motors the 30 minute rated horsepower is a
continuous rating.
60 Hertz Ratings
Rated HP
HP
62
1300918
1
63
1300919
1
64
1300920
1
65
1300921
1
66
1300922
1
67
1300923
1
68
1300924
2
69
1300925
2
70
1300926
2
71
1300927
2
72
1300928
3
73
1300929
3
74
1300930 2.5
Encl
RPM
TENV 1425/1725
1
0.75 0.5
230
188
1.6
6.2
9.0
3.5 A @230V
TENV 2850/3450 2.5 1.8
1
230
188
1.6
6.4
6.7
8.4 A @230V
TEFC 2850/3450 2.5 1.8
1
230
188
1.6
6.4
6.7
8.4 A @ 230V
TENV
2.5 1.8
1
115
99
1.6
5.7
6.9
28.6 A @115V
TEFC 2850/3450 2.5 1.8
1
115
99
1.6
5.1
6.0
28.6 A @ 115V
TENV 1425/1725
3
2
1
230
188
3.2
12.3
17.1
8.4 A @ 230V
TENV
1725
2
1.5
1
115
99
3.2
9.1
10.8
8.5 A @ 230V
TENV
3450
4
3
2
115
99
2.1
7.4
7.7
27 A @ 115V
TEFC 2850/3450
3
2.5
2
115
99
2.1
5.4
8.0
30.2 A @ 115V
TENV 1425/1725
4
3.5
2
230
188
6.4
24.0
26.5
5.7 A @ 230V
TENV
3
2.5
2
115
99
4.8
17
19
35 A @ 115V
TENV 2850/3450 4.9 3.8
3
230
188
3.2
12.6
14.6
13.7 A @ 230V
TEFC 2850/3450 4.9 3.8
3
230
188
3.2
12.6
14.6
13.7 A @ 230V
2.5
230
188
3.7
9.3
10.7
20.1 A @ 230V
3450
1725
TENV 2850/3450 3.5
3
The curves below demonstrate the relationship between flow and pressure to determine horsepower need. Once
horsepower is determined, refer to the above chart to determine the appropriate motor for the required duty cycle.
1300916 0.5
3PH 208-230/460
50/60
3PH 208-230/460
50/60
3PH 208-230/460
50/60
1PH 115/208-230
60
1PH 115/208-230
50/60
3PH 208-230/460
50/60
1PH 115/208-230
60
1PH 115/208-230
60
1PH 115/208-230
50/60
3PH 208-230/460
50/60
1PH 115/208-230
60
3PH 208-230/460
50/60
3PH 208-230/460
50/60
1PH 208-230
50/60
Pullup Breakdown
Torque Torque
at
at
5 Min Duty HP
Line
Line
Voltage Voltage
Nominal Amp
Ft-lbs
Ft-lbs
Draw
Fluid Conveying
60
Phase & Voltage
Hertz
Max
cc/rev
Starting
at
2500 PSI
Low
5 15 30
min min min Line Low Voltage
Model
Code Kit No.
Voltage
Hydraulic
755
Hydraulic
HE2000 Series Dimensions
AC Motor with 6.6 Inch Cylindrical Reservoir
L
H
60
62
63
64
65
66
67
5.8
5.8
7.5
7.8
9.5
6.8
9.3
6.8
6.8
7.3
8.8
8.8
6.8
9.0
Dimensions
K
Model
Code
L
H
K
4.0
4.0
4.0
4.3
4.3
5.0
5.8
68
69
70
71
72
73
74
9.8
11.0
8.8
9.8
6.8
9.5
9.8
8.8
8.8
6.8
8.6
6.8
6.8
9.1
6.2
5.8
5.3
6.3
3.3
4.3
6.2
AC Motor with Rectangular Reservoir
Fluid Conveying
Dimensions
Model
Code
756
HE2000 Series Orientation
DC Motor Terminal / AC Motor Foot Bracket Orientation Relative to Pad “A”
Hydraulic
Fluid Conveying
DC - Start Switch Orientation Relative to Terminals
AC - Push Button Start Switch or Accessory Location on Conduit Box
757
Hydraulic
HE2000 Series Orientation (continued)
Breather Orientation Relative to Pad “A” (Reservoir End View)
Coil Termination (Spade Terminal or Wire Leads) Relative to Motor for
Solenoid Acting Release Valves
Lever Orientation Relative to Motor for Manual Release Valves
Fluid Conveying
758
Flexible Couplings
Maurey Hi-Q Flexible Couplings
Dimensions
Dimensions
Horsepower Ratings
HP Per 100 RPM
Service Factor (See Next Page)
B
(in)
C Min.
(in)
C Max.
(in)
Max.
RPM
FC050B
FC070B
FC075B
FC090B
FC090U
FC095B
FC095U
FC099B
FC099U
FC100B
FC100U
FC110B
FC110U
FC150B
FC150U
FC190B
FC190U
FC225B
FC225U
1-3/32
1-3/8
1-3/4
2-1/8
2-1/8
2-1/8
2-1/8
2-9/16
2-9/16
2-9/16
2-9/16
3-5/16
3-5/16
3-3/4
3-3/4
4-1/2
4-1/2
5
5
1-5/8
2
2-1/8
2-5/16
2-5/16
2-3/4
2-3/4
2-13/16
2-13/16
3-1/2
3-1/2
4-1/4
4-1/4
4-1/2
4-1/2
5-1/4
5-1/4
6
6
7/16
7/16
7/16
7/16
7/16
7/16
7/16
5/8
5/8
5/8
5/8
3/4
3/4
7/8
7/8
15/16
15/16
15/16
15/16
5/8
3/4
7/8
1-1/16
1-1/16
1-1/16
1-1/16
1-5/16
1-5/16
1-5/8
1-5/8
1-3/4
1-3/4
2
2
2-9/16
2-9/16
2-3/4
2-3/4
4500
4500
4500
4500
4500
4500
4500
4000
4000
4000
4000
3600
3600
3100
3100
2800
2800
2600
2600
1.0
1.5
2.0
2.5
3.0
0.04
0.06
0.12
0.20
0.03
0.04
0.08
0.13
0.02
0.03
0.06
0.10
0.02
0.02
0.05
0.08
0.01
0.02
0.04
0.06
0.28
0.18
0.14
0.11
0.09
0.60
1.00
1.10
2.40
1.80
3.50
2.40
4.70
3.50
6.00
0.40
0.66
0.73
1.60
1.20
2.33
1.60
3.13
2.30
4.00
0.30
0.50
0.55
1.20
0.90
1.75
1.20
2.35
1.70
3.00
0.24
0.40
0.44
0.96
0.72
1.40
0.96
1.88
1.40
2.40
0.20
0.33
0.36
0.80
0.60
1.16
0.80
1.56
1.16
2.00
A
(in)
Fluid Conveying
Coupling
Size
HP
RPM
Frame
1/6 - 3
1
1-1/2
2
3
5
7-1/2
10
15
20
25
1800
1800
1800
1800
1800
1800
1800
1800
1800
1800
1800
56C
143TC
145TC
145TC
182TC
184TC
213TC
215TC
254TC
256TC
284TC
Shaft Dia. Key
(in)
(in)
5/8
7/8
7/8
7/8
1-1/8
1-1/8
1-3/8
1-3/8
1-5/8
1-5/8
1-7/8
3/16
3/16
3/16
3/16
1/4
1/4
5/16
5/16
3/8
3/8
1/2
HP
RPM
Frame
30
40
50
60
1800
1800
1800
1800
286TC
324TC
326TC
364TC
Shaft Dia. Key
(in)
(in)
1-7/8
2-1/8
2-1/8
2-3/8
1/2
1/2
1/2
5/8
Non C-Face Motors
HP
RPM
Frame
1/2 - 2
1
2
1800
1800
1800
56
143T
145T
Shaft Dia. Key
(in)
(in)
5/8
7/8
7/8
3/16
3/16
3/16
HP
RPM
Frame
3
5
7-1/2
10
15
20
25
30
40
50
60
1800
1800
1800
1800
1800
1800
1800
1800
1800
1800
1800
182T
184T
213T
215T
254T
256T
284T
286T
324T
326T
364T
Shaft Dia. Key
(in)
(in)
1-1/8
1-1/8
1-3/8
1-3/8
1-5/8
1-5/8
1-7/8
1-7/8
2-1/8
2-1/8
2-3/8
1/4
1/4
5/16
5/16
3/8
3/8
1/2
1/2
1/2
1/2
5/8
759
Common Electric Motor Shafts (Additional Dimensions on page 761 )
C-Face Motors
C-Face Motors
Non C-Face Motors
Flexible Couplings
Maurey Hi-Q Flexible Couplings
Service Factors
Fluid Conveying
760
Nema C-Face Electric Motor
Flange & Shaft Dimensions
Frame
Size(s)
S
AK
BF
2.062
5/8
3/16
4.50
5.875 3/8-16
1/4, 1/2
2.125
7/8
3/16
4.50
5.875 3/8-16
1, 2
2.625
1-1/8
1/4
8.50
7.25
1/2-13
3, 5
3.125
1-3/8
5/16
8.50
7.25
1/2-13
7-1/2, 10
3.75
1-5/8
3/8
8.50
7.25
1/2-13
15, 20
3.00
1-5/8
3/8
10.50
9.00
1/2-13
25, 30
4.375
1-7/8
1/2
10.50
9.00
1/2-13
25, 30
3.50
1-7/8
1/2
12.50 11.00 5/8-11
40, 50
5.00
2-1/8
1/2
12.50 11.00 5/8-11
40, 50
3.50
1-7/8
1/2
12.50 11.00 5/8-11
60, 75
5.62
2-3/8
5/8
12.50 11.00 5/8-11
60, 75
4.00
2-1/8
1/2
12.50 11.00 5/8-11
100, 125
7.00
2-7/8
3/4
12.50 11.00 5/8-11
100, 125
4.50
2-3/8
5/8
16.00 14.00 5/8-11
150, 200
8.25
3-3/8
7/8
16.00 14.00 5/8-11
150, 200
Fluid Conveying
U
56C
143TC
145TC
182TC
184TC
213TC
215TC
254TC
256TC
284TSC
286TSC
284TC
286TC
324TSC
326TSC
324TC
326TC
364TSC
365TSC
364TC
365TC
404TSC
405TSC
404TC
405TC
444TSC
449TSC
444TC
449TC
AJ
HorsePower
at 1800 RPM
AH
Electric Motors
761
Heat Exchangers
BTU PER HOUR AT 50°F ETD
Thermal Transfer DH & DHR Series Performance Curves
Fluid Conveying
Hydraulic System Accessories
OIL FLOW - GPM
762
Thermal Transfer DH & DHR Series Performance Curves
SELECTION PROCEDURE
Performance Curves are based on 50 SSU oil, 1000 Standard Feet per Minute (SFPM) Air Velocity, and oil entering
the cooler 50°F higher than the ambient air temperature used for cooling (This is referred to as a 50°F ETD).
Fluid Conveying
Step 1. Determine the Heat Load.
This will vary with different systems, but typically coolers are sized to remove 25-50% of the input
nameplate horsepower. If BTU to be removed is known, HP = BTU per hr. / 2545.
Step 2. Determine the Entering Temperature Difference.
The entering oil temperature is generally the maximum desired oil temperature.
Entering oil temperature - Ambient air temperature = ETD.
Step 3. Determine Air Velocity Correction Factor.
A. If SFPM air velocity is known, read value from curve on previous page.
(A reasonable assumption is 750 SFPM).
B. If SCFM (Standard Cubic Feet per Minute) air flow is known, calculate velocity as follows:
SFPM Air Velocity = (SCFM Air Flow / Sq. Ft. Face Area of Cooler).
Step 4. Calculate corrected heat load to enter curves.
Cooler Heat Dissipation = BTU/Hr. Heat load x [50°F / (Desired ETD x Air Velocity Correction Factor)]
Step 5. Enter the Performance Curves at the bottom with the GPM oil flow and proceed upward to the adjusted
heat load from step 4. Any curve on or above this point will meet these conditions.
Step 6. Multiply oil Pressure Drop from curve by correction factor found in Oil ΔP Correction Curve.
Heat Exchangers
763
Heat Exchangers
Thermal Transfer EK Series Performance Curves
HIGH WATER USAGE • 1:1 OIL TO WATER RATIO
HORSEPOWER REMOVED IN COOLER
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
EK-505-O
EK-508-O
EK-510-O
EK-512-O
EK-514-O
EK-518-O
EK-524-O
EK-536-O
EK-708-O
EK-712-O
EK-714-O
Models
12.
13.
14.
15.
16.
17.
18.
19.
20.
21.
22.
EK-718-0
EK-724-O
EK-736-O
EK-1012-O
EK-1014-O
EK-1018-O
EK-1024-O
EK-1036-9-O
EK-1036-6-O
EK-1048-8-O
EK-1048-6-O
Oil Viscosity Correction Multipliers
Viscosity Correction
Fluid Conveying
OIL FLOW - GPM
Oil Viscosity - SSU
SELECTION PROCEDURE
Performance Curves are based on 100 SSU oil leaving the cooler 40°F higher than the incoming water
temperature used for cooling. This is referred to as a 40°F approach temperature.
Step 2. Determine Approach Temperature.
Desired temp °F oil leaving cooler - Water Inlet Temp °F = Actual Approach °F (Max. Reservoir Temp).
Step 3. Determine Curve Horsepower Heat Load.
HP Heat Load x (40 / Actual Approach) x Viscosity Correction A = Curve HP
Step 4. Enter curves at oil flow through cooler and curve horsepower.
Any curve above the intersecting point will work.
Step 5. Determine Oil Pressure Drop from Curves.
● = 5 PSI ■ = 10 PSI ▲ = 20 PSI
Multiply pressure drop from curve by correction factor B found in oil viscosity correction curve.
764
MEDIUM WATER USAGE • 2:1 OIL TO WATER RATIO
EK-505-T
EK-508-T
EK-510-T
EK-512-T
EK-514-T
EK-518-T
EK-524-T
EK-536-T
EK-708-T
EK-712-T
EK-714-T
EK-718-T
EK-724-T
EK-736-T
EK-1012-T
EK-1014-T
EK-1018-T
EK-1024-T
EK-1036-9-T
EK-1036-6-T
EK-1048-8-T
EK-1048-6-T
Fluid Conveying
OIL FLOW - GPM
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
Models
12.
13.
14.
15.
16.
17.
18.
19.
20.
21.
22.
Heat Exchangers
Oil Viscosity - SSU
SELECTION PROCEDURE
765
● = 5 PSI ■ = 10 PSI ▲ = 20 PSI
Heat Exchangers
LOW WATER USAGE • 4:1 OIL TO WATER RATIO
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
EK-505-T
EK-508-T
EK-518-T
EK-708-F
EK-714-F
EK-724-F
EK-736-F
EK-708-T
EK-712-T
EK-718-T
EK-736-T
Models
12.
13.
14.
15.
16.
17.
18.
19.
EK-1012-T
EK-1014-F
EK-1018-T
EK-1024-F
EK-1036-9-T
EK-1036-6-F
EK-1048-8-T
EK-1048-6-F
Fluid Conveying
OIL FLOW - GPM
Oil Viscosity - SSU
SELECTION PROCEDURE
● = 5 PSI ■ = 10 PSI ▲ = 20 PSI
766
Heat Exchangers
Thermal Transfer M & MR Series Performance Curves
Fluid Conveying
OIL FLOW - GPM
767
Step 3. Determine Air Velocity Correction Factor.
A. If SFPM air velocity is known, read value from curve above. (A reasonable assumption is 750 SFPM).
B. If SCFM (Standard Cubic Feet per Minute) air flow is known, calculate velocity as follows:
SFPM Air Velocity = (SCFM Air Flow / Sq. Ft. Face Area of Cooler).
Step 4. Calculate corrected heat load to enter curves.
Cooler Heat Dissipation = BTU/Hr. Heat load x [50°F / (Desired ETD x Air Velocity Correction Factor)]
Step 5. Enter the Performance Curves at the bottom with the GPM oil flow and proceed upward to the adjusted
heat load from step 4. Any curve on or above this point will meet these conditions.
Step 6. Multiply oil Pressure Drop from curve by correction factor found in Oil ΔP Correction Curve.
SELECTION PROCEDURE
Performance Curves are based on 50 SSU oil, 1000 Standard Feet per Minute (SFPM) Air Velocity, and oil
entering the cooler 50°F higher than the ambient air temperature used for cooling (This is referred to as a 50°F
ETD).
Heat Exchangers
Thermal Transfer MF Series Performance Curves
Fluid Conveying
OIL FLOW - GPM
SELECTION PROCEDURE
Performance Curves are based on 50 SSU oil entering the cooler 50°F higher than the ambient air
temperature used for cooling. This is referred to as a 50°F ETD.
Step 3. Determine Curve Heat Dissipation BTU/Hr.
BTU heat load x (50°F/ETD) = Curve Heat Dissipation.
Step 4. Enter curves at oil flow through cooler and curve heat dissipation.
● = 5 PSI ■ = 10 PSI ▲ = 20 PSI
Multiply pressure drop from curve by correction factor found in oil ΔP correction curve.
768
Pumps
Gear Flow Dividers
Salami 2DRE Series • To 22.5 GPM • Up to 3600 PSI
Salami 2DRE Series Flow Divider Dimensions
Fluid Conveying
769
Notes
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
Fluid Conveying
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
__________________________________________________________________________________________
770
This page is part of a complete catalog which contains technical and safety data that must be reviewed when selecting a product.

Pumps Technical Information

Transcription

Similar documents

Haul Master - Prairie Sky Equipment Ltd.

compact wheel loaders

Poclain low

Customised hydraulic systems

1" Impact Wrench - Racine Railroad

PDF - Worldwide Machinery

Brochure SFBM.indd - Werkhuizen Hengelhoef Industrial Contracting

full brochure - De Valk

The Super-SlopeMaster™