DENISON CALZONI Radial Piston Motor Type MR, MRE

Transcription

DENISON CALZONI
Radial Piston Motor
Type MR, MRE
RCOa 1806/03.03
TABLE OF CONTENTS - MOTOR TYPE MR - MRE
2
RCOa 1806/03.03
CONTENTS
PAG.
TABLE OF CONTENTS
2
GENERAL CHARACTERISTICS
3
FUNCTIONAL DESCRIPTION
4
TECHNICAL DATA
5
FLUID SELECTION
6
FLUSHING PROCEDURE
7
OPERATING DIAGRAM MOTOR TYPE MR 33 MR 57 MR 73
8
9
10
OPERATING DIAGRAM MOTOR TYPE MR 250 MR 300 MRE 330
11
12
13
OPERATING DIAGRAM MOTOR TYPE MR 1100 MRE 1400 MR 1600
14
15
16
17
OPERATING DIAGRAM MOTOR TYPE MR 7000 MRE 8200
18
OPERATING DIAGRAM (RUNNING PRESSURE DIFFERENCE AT NO LOAD)
19-20
OPERATING DIAGRAM (MOTOR /PUMP: BOOST PRESSURE)
20-21
RADIAL LOAD
22
BEARING LIFE
23
MOTOR DIMENSIONS
24-25
SHAFT END DIMENSIONS
26-27
COMPONENTS FOR SPEED CONTROL
28-29
PIPE CONNECTION FLANGES
30
COUPLINGS - KEY ADAPTERS
31
HOLDING BRAKE - UNIT DIMENSIONS - TECHNICAL DATA
32-33
INSTALLATION NOTES
34
ORDERING CODE
35
SALES AND SERVICE LOCATIONS WORLDWIDE
36
The specified data are for product description purposes only and must not be interpreted as warranted characteristic in a legal sense.
All rights reserved. Subject to revision.
GENERAL CHARACTERISTICS - MOTOR TYPE MR - MRE
GENERAL CHARACTERISTICS
A
B
CONSTRUCTION
Fixed displacement radial piston motor
TYPE
MR ; MRE
MOUNTING
Front flange mounting
CONNECTION
Connection flange
MOUNTING POSITION
Any (please note the installation notes on page 34)
BEARING LIFE, RADIAL LOAD
See page 22 and 23
DIRECTION OF ROTATION
Clockwise, anti-clockwise - reversible
FLUID
HLP mineral oils to DIN 51 524 part 2; Fluid type HFB, HFC and Bio-fluids on enquiry.
FPM seals are required with phosphorous acid-Ester (HFD)
FLUID TEMPERATURE RANGE
t °F – 22° a + 176° (-30° a +80° C)
VISCOSITY RANGE 1)
ν = 85 to 4635 SUS (18 to 1000 mm2/s): Recommended operating range 141 to 230 SUS
(30 to 50 mm2/s) (see fluid selection on page 6)
FLUID CLEANLINESS
Maximum permissible degree of contamination of fluid NAS 1638 Class 9. We therefore
recommend a filter with a minimum retention rate of ß10 > 75.
To ensure a long life we recommend class 8 to NAS 1638.
This can be achieved with a filter, with a minimum retention rate of ß5 >100.
1) For different valves of viscosity please contact DENISON Calzoni
3
RCOa 1806/03.03
FUNCTIONAL DESCRIPTION - MOTOR TYPE MR - MRE
a
2
A
8 6 5
FUNCTIONAL DESCRIPTION
3
1
B
7
4
The outstanding performance of this motor is the result of an original and patented design.
The principle is to transmit the effort from the stator to the rotating shaft (2) by means of
a pressurized column of oil (a) instead of the more common connecting rods, pistons,
pads and pins.
This oil column is contained by a telescopic cylinder (1) with a mechanical connection
at the lips at each end which seal against the spherical surfaces of the cylinder-heads (3)
and the spherical surface of the rotating shaft (4).
These lips retain their circular cross section when stressed by the pressure so there is no
alteration in the sealing geometry. The particular selection of materials and optimisation
of design has minimized both the friction and the leakage.
Another advantage of this design stems from the elimination of any connecting rods, the
cylinder can only expand and retract linearly so there are no transverse components of
the thrust. This means no oval wear on the moving parts and no side forces on the cylinder
joints.
A consequence of this novel design is a significant reduction in weight and overall size
compared with other motors of the same capacity.
TIMING SYSTEM
The timing system is realized by means of a rotary valve (5) driven by the rotary valve
driving shaft (8) that it is connected to the rotating shaft.
The rotary valve rotates between the rotary valve plate (6) and the reaction ring (7)
which are fixed with the motor's housing. This timing system is also of a patented design
being pressure balanced and self compensating for thermal expansion.
EFFICIENCY
The advantages of this type of valve coupled with a revolutionary cylinder arrangement
produce a motor with extremly high values of mechanical and volumetric efficiency.
The torque output is smooth even at very low speed and the motor gives a high performance starting under load.
4
RCOa 1806/03.03
TECHINICAL DATA - MOTOR TYPE MR - MRE
Size
Motor
version
M
R
M
R
E
Maximum Pressure
Speed range Maximum Weight
Displac- Moment Theore-- Min.
output
ement inertia of tical
start.
power
rotating specific torque
parts
torque
/
input
flushing
flushing
Theore-tical
torque cont. int. peak A+B * Drain without with witho- with
ut
V
J
%
p
p
p
p
p
n
n
P
P
m
in3
lb.in2
lb.ft/psi
33
33
1.96
1.48
0.025
90
57
57
3.44
1.59
0.046
73
73
4.43
4.79
93
93
5.65
110
psi
Hp
Hp
lb
1-1400 1-1400
8.9
13.4
66.14
90
1-1300 1-1300
14.8
22.8
66.14
0.061
90
1-1200 1-1200
20.2
26.8
83.78
5.16
0.076
90
1-1150 1-1150
22.8
33.5
83.78
6.65
5.53
0.087
90
1-1100 1-1100
24.1
37.6
83.78
125
7.61
19.44
0.102
90
1-900
1-900
22.8
33.5
101.4
160
9.75
19.65
0.129
90
1-900
1-900
26.8
40.2
101.4
190
11.69
19.89
0.155
90
1-850
1-850
32.2
48.3
101.4
200
12.16
19.56
0.163
90
1-800
1-800
33.5
51.0
110.2
250
15.31
20.78
0.203
90
1-800
1-800
42.9
64.4
110.2
300
18.56
22.36
0.244
90
1-750
1-750
46.9
71.1
110.2
350
21.33
77.19
0.283
90
1-640
1-640
55.0
83.1
169.8
1-600
1-600
61.7
100.6
169.8
1-520
1-520
75.1
112.6
213.8
1-500
1-500
87.2
130.1
213.8
3626
psi
4351
psi
6092
psi
580 2
psi
72.5
(218
psi
with
"F1"
shaft
seal)
rpm
rpm
450
27.56
78.53
0.366
90
600
37.10
90.58
0.493
90
700
43.09
122.47
0.575
90
1100
68.7
154.28
0.910
90
0.5-330 0.5-330
103.3 159.6
308.6
1600
97.5
227.73
1.292
90
0.5-260 0.5-260
128.7 193.1
460.8
1800
110.4
291.86
1.465
90
0.5-250 0.5-250 138.1
2400
139.9
968.89
1.937
90
2800
170.4
1016.83
2.263
3600
221.9
1657.78
4500
274.8
6500
205.2
460.8
0.5-220 0.5-220
160.9 245.4
716.5
90
0.5-215 0.5-215
170.3 260.2
716.5
2.944
90
0.5-150 0.5-180
164.9 248.1
1120
1713.72
3.346
91
0.5-130 0.5-170
187.7 281.6
1120
394.2
3887.52
5.267
91
0.5-110 0.5-130 221.3 321.8
1764
7000
408.7
3887.52
5.665
91
0.5-100 0.5-130
330
20.28
22.38
0.270
90
1-750
500
30.38
78.53
0.403
90
1-600
800
49.08
122.47
0.651
90
1400
83.6
154.28
1.109
92
228
335.3
1764
1-750
42.9
65.7
110.2
1-600
61.7
93.9
169.8
124.7
213.8
136.8
319.7
198.5
487.2
254.8
725.3
187.7 281.6
1129
2100
127.6
291.86
1.693
91
3100
189.4
1016.83
2.512
91
1-450
1-450
87.2
72.5
(218
psi 0.5-280 0.5-280 103.3
with
"F1" 0.5-250 0.5-250 134.1
shaft
seal) 0.5-215 0.5-215 167.6
5400
329.6
1713.72
4.374
92
0.5-120 0.5-160
8200
502
3887.52
6.657
92
0.5-90 0.5-120
3046
3626
5076
5802
228
335.3
1786
LARGER DISPLACEMENTS ARE AVAILABLE IN THE MRT - MRTE - MRTF MOTOR SERIES
(*) Please contact DENISON Calzoni
5
RCOa 1806/03.03
FLUID SELECTION - MOTOR TYPE MR - MRE
EXAMPLE: At a certain ambient
temperature, the operating temperature in the
circuit is 122°F (50°C). In the optimum
operating viscosity range (v rec; shaded
section), this corresponds to viscosity grades
VG 46 or VG 68; VG 68 should be selected.
5000
3000
2000
1000
800
600
500
IMPORTANT: The drain oil temperature
viscosity ν (mm2/s)
ν REC
If the optimum conditions cannot be met due
to the extreme operating parameters or high
ambient temperature, we always recommend
flushing the motor case in order to operate
within the viscosity limits.
400
300
230
141
100
90
viscosity ν (SUS)
is influenced by pressure and speed and is
usually higher than the circuit temperature or
the tank temperature. At no point in the
system, however, may the temperature be
higher than 176°F (80°C).
80
70
Should it be absolutely necessary to use a
viscosity beyond the recommended range,
you should first contact DENISON Calzoni
for confirmation.
60
-22
(-30)
-4
(-20)
14
(-10)
32
(0)
50
(10)
68
(20)
86
(30)
104
(40)
122
(50)
140
(60)
158
(70)
176
(80)
Temperature t in °F ( °C)
Oil temperature range
GENERAL NOTES
More detailed information regarding the choice of the fluid can be requested to DENISON Calzoni.
Further notes on installation and commissioning can be found on page 34 of this data sheet. When
operating with HF pressure fluids or bio-degradable pressure fluids possible limitations of the
technical data must be taken into consideration, please see information sheet TCS 85, or consult
DENISON Calzoni.
OPERATING VISCOSITY RANGE
The viscosity, quality and cleanliness of operating fluids are decisive factors in determining the
reliability, performance and life-time of an hydraulic component. The maximum life-time and
performance are achieved within the recommended viscosity range. For applications that go beyond
this range, we recommend to contact DENISON Calzoni.
νrec. = recommended operating viscosity 141...230 SUS (30...50 mm2/s)
This viscosity refers to the temperature of the fluid entering the motor, and at the same time
to the temperature inside the motor housing (case temperature). We recommend to select the
viscosity of the fluid based on the maximum operating temperature, to remain within the
recommended viscosity range. To reach the value of maximum continuous power the
operating viscosity should be within the recommended viscosity range of 30 - 50 cSt.
LIMITS OF VISCOSITY RANGE
For limit conditions the following is valid:
νmin.abs. = 45 SUS (10 mm2/s) in emergency, short term
νmin. = 85 SUS (18 mm2/s) for continuous operation at reduced performances
ν max. = 4635 SUS (1000 mm2/s) short term upon cold start
CHOOSING THE TYPE OF FLUID
ACCORDING TO THE OPERATING
TEMPERATURE
FILTRATION
The operating temperature of the motor is defined as the greater temperature between that of
the incoming fluid and that of the fluid inside the motor housing (case temperature).We
recommend that you choose the viscosity of the fluid based on the maximum operating
temperature, to remain within the recommended viscosity range (see diagram). We
recommend that the higher viscosity grade must be selected in each case.
The motor life also depends on the fluid filtration. At least it must correspond to one of the
following cleanliness.
class 9
according to NAS 1638
class 6
class 18/15
according to SAE, ASTM, AIA
according to ISO/DIS 4406
In order to assure a longer life a cleanliness class 8 to NAS 1638 is recommended, achieved
with a filter of β5=100. In case the above mentioned classes can not be achieved, please consult us.
CASE DRAIN PRESSURE
The lower the speed and the case drain pressure, the longer the life of the shaft seal. The
maximum permissible housing pressure is
pmax = 72.5 psi
If the case drain pressure is higher than 72.5 psi it is possible to use a special 218 psi shaft seal
(see page 35, Seals, Code"F1").
"FPM" SEALS
In case of operating conditions with high oil temperature or high ambient temperature, we
recommend to use "FPM" seals (see page 35, Seals, Code "V1"). These "FPM" seals should
be used with HFD fluids.
6
RCOa 1806/03.03
FLUSHING PROCEDURE - MOTOR TYPE MR - MRE
Restrictor
Restrictor
1
) “VFC” Flushing valve
according to the oil temperature
and viscosity
1
) Please consult us.
FLUSHING CIRCUIT
(BI-DIRECTIONAL ROTATION)
FLUSHING CIRCUIT
(MONO-DIRECTIONAL ROTATION)
FLUSHING
The motor case must be flushed when the continuous operating performances of the
motor are inside the "Continuous operating area with flushing" (see Operating Diagram
from page 8 to page 18), in order to assure the minimum oil viscosity inside the motor case
of 141 SUS (30 mm2/s) (see page 6 - Fluid Selection). The flushing can be necessary also
when the operating performances are outside the "Continuous operating area with
flushing", but the system is not able to assure the minimum viscosity conditions requested
by the motor as specified at page 6.
NOTE1:
The oil temperature inside the motor case is obtainable by adding 5° F (3°C ) to the motor
surface temperature (tA , see figures).
NOTE2:
With the standard shaft seal the maximum drain case pressure is 72.5 psi. For the selection
of the restrictor, please consult us.
FLOW
7
RCOa 1806/03.03
TYPE
MOTOR VERSION
FLUSHING
FLOW
MR
33, 57, 73, 93, 110
Q = 1.3 gpm
MR - MRE
125, 160, 190, 200, 250, 300, 330
Q = 1.6 gpm
MR - MRE
350, 450, 500
Q = 2.0 gpm
MR - MRE
600, 700, 800, 1100, 1400
Q = 2.5 gpm
MR - MRE
1600,1800, 2100
Q = 4.0 gpm
MR - MRE
2400, 2800, 3100, 3600, 4500, 5400,
6500, 7000, 8200
Q = 5.3 gpm
OPERATING DIAGRAM - MOTOR TYPE MR - MRE
(average values) measured at ν = 167 SUS (36 mm2/s); t = 113°F (45° C);
OPERATING DIAGRAGRAM
p outlet = 0 psi (0 bar)
2 Intermittent operating area
1 Output power
4 Continuous operating area
ηt Total efficiency
5 Inlet pressure
.4
Hp
Hp
1
4351 psi
2
3626 psi
94%
2901 psi
96%
3
97%
2176 psiI
4
80%
ht=83%
Torque in lbf.ft
ηv Volumeter efficiency
13
.1
33
Hp
44
12
55
.7
10
p
77
66
Hp
9.4 p
H
8 .9
H
6.7
Hp
89
5 .4
4 Hp
MR 33
3 Continuous operating area with flushing
1450 psi
hv=98%
5
77%
22
75
%
11
0.26gpm 1.06gpm
2.38gpm
3.43 gpm
4.76 gpm
280
420
560
140
7,13 gpm
700
840
980
9.51 gpm
10.57 gpm
1120
1260
.8
.1
p
p
H
H
Hp
Hp
Hp
1
2
3626 psi
111
hv=98%
66
2901 psi
3
2176 psi
4
h t=83%
5
1450 psi
79
%
76
81%
%
89
97%
44
73
22
2.11 gpm
4.23 gpm
200
6.34 gpm
8.45 gpm
400
800
16.64 gpm
1000
speed in rpm
18.76 gpm
1200
1300
Hp
.8
26
Hp
.1
24 Hp
.8
22
Hp
Hp
1
.1
.4
p
2
4351 psi
3626 psi
96%
3
h t=83%
98%
h v=
1450 psi
1%
0.79 gpm 2.38 gpm
4
2176 psi
97%
4.76 gpm
200
7.13 gpm
400
8
5
%
%
118
79
Torque in lbf.ft
14.53 gpm
70%
2901 psi
59
8
12.42 gpm
600
236
177
10.3 gpm
%
20
17
Hp
4H
10.1
13.
p
8.1 H
295
RCOa 1806/03.03
1400
22
20
.8
.1
Hp
96%
MR 73
11.89 gpm
4351 psi
133
Torque in lbf.ft
8.19 gpm
Speed in rpm
.4
17
14
12
9.4
Hp
155
6.7
4 Hp
MR 57
5.81 gpm
9.77 gpm
12.15 gpm
600
77
14.53 gpm
Speed in rpm
%
75
16.91 gpm
800
19.28 gpm
1000
21.66 gpm
1150
OPERATING DIAGRAM
1 Output power
5 Inlet pressure
.5
33
1
Hp
Hp
.5
29
Hp
.8 p
26 .5 H
25
Hp
.8
22
Hp
.1
20
p
p
295
1H
16.
Hp
12.1
8.1 H
332
MR 93
2
3626 psi
221
%
96
2901 psi
148
74
ht=83%
1450 psi
98%
hv=
1.06 gpm
2.91 gpm
5.81 gpm
8.72 gpm
200
5
%
11.62 gpm
400
77
14.79 gpm
5%
7
17.70 gpm
20.61 gpm
600
800
Speed in rpm
23.51 gpm
26.42 gpm
1000
1100
37
34
1
.6
H
p
Hp
Hp
Hp
.2
.9
32
.2
Hp
Hp
p
Hp
8H
.1
.5
28
25
20
14.
10.7
369
4
%
79
%
97
MR 110
3
2176 psi
81
%
Torque in lbf.ft
4351psi
4351 psi
2
295
Torque in lbf.ft
3626 psi
96%
221
2901 psi
148
2176 psi
hv=
9
8%
4
ht=8
3%
t=
81
%
1450 psi
%
77
79
%
h
74
1.06 gpm
3.43 gpm
6.87gpm
10.30 gpm
200
13.74 gpm
400
17.17 gpm
20.61 gpm
600
24.30 gpm
27.74 gpm
800
speed in rpm
5
%
75
1050
.5
33 p
H p
H
8
.
30
Hp
.8
26
p
8H
22.
p
8H
18.
Hp
14.8
Hp
12.1
p
9.4 H
5.4 Hp
443
MR 125
3
97%
1
4351 psi
369
2
93
295
2901 psi
95
%
3
2176 psi
4
74
3.17 gpm
100
9
RCOa 1806/03.03
%
88
7.93 gpm
200
13.21 gpm
300
400
%
85
%
87
17.96 gpm
500
Speed in rpm
%
h
t=8
9%
%
8
=9
hv
1450 psi
83
148
96
%
221
97
%
Torque in lbf.ft
%
3626 psi
22.45 gpm
600
700
5
81%
27.74 gpm
800
900
OPERATING DIAGRAM
1 Output power
5 Inlet pressure
p
516
Hp
.2
40
Hp
.2
36
p
8H
30.
Hp
26.8
8H
22 .
Hp
17.4
p
12.1 H
5.4 Hp
590
MR 160
1
4351 psi
2
443
3626 psi
3
Torque in lbf.ft
369
2901 psi
295
221
5
1450 psi
148
74
725 psi
1.32 gpm 3.96 gpm
7.93 gpm
100
15.85 gpm
300
19.81 gpm
400
23.78 gpm
500
600
Speed in rpm
31.7 gpm
27.74 gpm
700
800
900
Hp
.3
48
Hp
.9
42
p
.6 H
37
Hp
32.2
Hp
26.8
Hp
20.1
664
11.89 gpm
200
p
13.4 H
6.7 Hp
MR 190
4
2176 psi
1
4351 psi
590
2
3626 psi
Torque in lbf.ft
516
443
3
2901 psi
369
4
2176 psi
295
221
5
1450 psi
148
725 psi
74
1.32 gpm 3.96 gpm
7.93 gpm
100
19.81 gpm
300
23.78 gpm
400
27.74 gpm
500
31.7 gpm
35.66 gpm 39.63 gpm
600
Speed in rpm
700
800 850
Hp
Hp
Hp
Hp
1
51
.9
42
.6
37
.5
33
p
8H
26.
Hp
20.1
664
15.85 gpm
200
p
13.4 H
6.7 Hp
738
MR 200
11.89 gpm
4351 psi
590
148
74
10
2901 psi
3
4
90
%
89
%
5
1450 psi
9%
=9
hv
3.96 gpm 7.93 gpm
100
RCOa 1806/03.03
%
98
221
2
2176 psi
91
%
ht=
91.5%
369
295
3626 psi
.5%
97
443
.5
Torque in lbf.ft
516
%
85
%
87
11.89 gpm
200
15.85 gpm 19.81 gpm
300
%
83
23.78 gpm
400
27.74 gpm
500
Speed in rpm
77%
31.7 gpm
600
35.66 gpm
73%
39.63 gpm
700
43.59 gpm
800
OPERATING DIAGRAM
1 Output power
5 Inlet pressure
.7
Hp
Hp
p
p
p
Hp
1
.4
64
57
.9
H
.6
49
42
2H
36.
Hp
8H
30.
24.1
Hp
18.8
p
12.1 H
885
6.7 Hp
MR 250
4351 psi
2
738
3626 psi
3
Torque in lbf.ft
590
2901 psi
2176 psi
295
725 psi
10.57 gpm
1.3 gpm 5.28 gpm
100
21.13 gpm
15.85 gpm
200
300
26.42 gpm
31.7 gpm
400
36.98 gpm
500
42.27 gpm
600
Speed in rpm
47.55 gpm
700
800
.1
71
1
Hp
Hp
Hp
63
55
p
9H
46.
Hp
40.2
Hp
33.5
Hp
26.8
p
20.1 H
6.7 Hp
13.4 Hp
1033
5
1450 psi
148
MR 300
4
443
4351 psi
2
885
3626 psi
738
3
Torque lbf.fb
2901 psi
598
148
725 psi
5.28 gpm
10.57 gpm
100
15.85 gpm
21.13 gpm
200
26.42 gpm 31.70 gpm 36.98 gpm 42.27 gpm 47.55 gpm
300
400
Speed in rpm
2
.5%
97
h t=
92%
590
148
3
2176 psi
92%
443
750
1
Hp
Hp
Torque in lbf.ft
700
3046 psi
91%
5%
98.
%
89
295
4
1450 psi
86%
5
78%
9%
h v=9
725 psi
7.93 gpm
100
RCOa 1806/03.03
600
58.12 gpm
3626 psi
885
11
500
52.83 gpm
.7
65
.3
56
Hp
.3
48
Hp
.6
41
Hp
32.2
Hp
24.1
p
16.1 H
1033
738
5
1450 psi
295
MRE 330
4
2176 psi
443
15.85 gpm
200
26.42 gpm
300
34.34 gpm
400
42.27 gpm
Speed in rpm
500
50.19 gpm
600
58.12 gpm
700
OPERATING DIAGRAM
1 Output power
5 Inlet pressure
.4
1
Hp
Hp
p
9H
.4
72
64
Hp
.3
56
Hp
.3
48
p
6H
41 .
34.
p
Hp
p
H
28.2
20.1
13.4 H
1180
6.7 Hp
1328
MR 350
4351 psi
2
1033
Torque in lbf.ft
3626 psi
885
3
738
2901 psi
590
4
2176 psi
443
5
1450 psi
295
725 psi
148
2.64 gpm
6.60 gpm
13.21 gpm
19.81 gpm
100
33.02 gpm
39.63 gpm
300
46.23 gpm
400
Speed in rpm
52.83 gpm
500
600 640
Hp
0.6
10
.2
.1
87
75
Hp
.7
61
Hp
.3
52
Hp
44.3
Hp
Hp
Hp
34.9
1623
p
26.8 H
17.4 Hp
MR 450
26.42 gpm
200
1475
1
4351 psi
2
1328
3626 psi
Torque in lbf.ft
1180
3
1033
2901 psi
885
738
4
2176 psi
590
5
1450 psi
443
295
725 psi
148
2.64 gpm 7.93 gpm
15.85 gpm
100
200
39.63 gpm
47.55 gpm
300
Speed in rpm
55.48 gpm
400
63.40 gpm
500
600
Hp
Hp
Hp
Hp
1
Hp
.1
.4
.9
93
83
72
.3
.7
61
52
p
3H
44.
Hp
34.9
p
26.8 H
17.4 Hp
1475
9.4 Hp
MRE 500
31.7 gpm
23.78 gpm
3626 psi
1328
2
1180
3046 psi
Torque in lbf.ft
1033
3
885
2176 psi
738
4
590
1450 psi
5
443
295
725 psi
148
2.64 gpm 7.93 gpm
15.85 gpm
100
12
RCOa 1806/03.03
23.78 gpm
200
31.7 gpm
39.63 gpm
300
47.55 gpm
Speed in rpm
55.48 gpm
400
63.40 gpm
500
71.33 gpm
600
OPERATING DIAGRAM
1 Output power
5 Inlet pressure
1
Hp
p
H
6
0.
p
1991
7
2.
11
H
.2
10
87
Hp
.1
75
Hp
.4
64
p
6H
53.
p
Hp
42.9
2213
Hp
32.2
21.5 H
MR 600
4351 psi
2
1770
3626 psi
Torque in lbf.ft
1549
3
1328
2901 psi
1106
4
2176 psi
885
664
5
1450 psi
443
725 psi
221
2.64 gpm
10.57 gpm
50
26.42 gpm
150
34.34 gpm
200
42.27 gpm
250
50.19 gpm
58.12 gpm
66.04 gpm
73.97 gpm
300
350
400
450
Speed in rpm
520
Hp
0.1
13
Hp
3
5.
11
Hp
1.9
10
Hp
.2
87
Hp
.1
75
Hp
61.7
Hp
49.6
p
37.6H
24.1 Hp
2434
12.1 Hp
MR 700
18.49 gpm
100
1
4351 psi
2213
2
1991
3626 psi
Torque in lbf.ft
1770
1549
3
2901 psi
1328
1106
4
2176 psi
885
5
1450 psi
664
443
725 psi
221
3.96 gpm 10.57 gpm
50
100
31.7 gpm
150
42.27 gpm
200
52.83 gpm
250
63.40 gpm
300
350
Speed in rpm
7
2.
11
.2
99
73.97 gpm
400
84.54 gpm
450
500
12
4.7
H
1
p
Hp
Hp
Hp
.2
87
p
4H
72.
Hp
57.7
Hp
44.3
p
29.5H
2213
14.8 Hp
2434
MRE 800
21.13 gpm
3626
psi
1991
2
Torque in lbf.ft
1770
3046
psi
3
1549
1328
2176
psi
1450
psi
4
1106
885
664
5
443
725
221
5.28 gpm
15.85 gpm
50
13
RCOa 1806/03.03
26.42 gpm
100
36.98 gpm
150
47.55 gpm
200
52.83 gpm
250
Speed in rpm
psi
68.68 gpm
300
79.25 gpm
350
89.82 gpm
400
450
OPERATING DIAGRAM
1 Output power
5 Inlet pressure
15
9.6
Hp
14
2
12
Hp
3.3
10
8
Hp
0.
p
H
Hp
88.5
Hp
73.8
3688
p
59 H
29.5 Hp
4057
p
44.3H
MR 1100
1
4351 psi
3319
2
Torque in lbf.ft
2950
3626 psi
3
2581
2901 psi
2213
1844
4
2176 psi
1475
1106
5
1450 psi
738
725 psi
369
3.96 gpm
13.21 gpm
26.42 gpm
50
100
52.83 gpm
66.04 gpm
150
200
92.46 gpm
300
330
13
6.8
H
1
p
Hp
Hp
Hp
1
6.
12
4
11
Hp
3
3.
.5
10
88
3688
79.25 gpm
250
Speed in rpm
p
.8 H
73
p
59 H
4057
p
44.3H
29.5Hp
MRE 1400
39.63 gpm
3626 psi
2
3319
Torque in lbf.ft
2950
3046 psi
3
2581
2213
2176 psi
4
1844
1475
1450 psi
5
1106
738
369
725 psi
3.96 gpm
13.21 gpm
80
40
52.83 gpm
120
79.25 gpm
66.04 gpm
19
16
Hp
Hp
p
H
8
4.
9
14
Hp
.4
p
p
p
.2H
3.
1
240
1
2
4351 psi
4425
9
3626 psi
ht=93%
%
7.5
3
92.5%
2901 psi
98.5%
4
%
2950
92
Torque in lbf.ft
280
Hp
5163
3688
92.46 gpm
200
160
Speed in rpm
1
13
8
11
99
H
.1
p
5900
79
59 H
38.9 H
MR 1600
39.63 gpm
26.42 gpm
91
2213
1475
%
2176 psi
%
90
%
89
%
88
1450 psi
hv=99%
78%
738
7.93 gpm
25
14
RCOa 1806/03.03
31.7 gpm
15.85 gpm
50
5
84%
%
86
75
47.55 gpm
100
63.40 gpm
125
150
Speed in rpm
79.25 gpm
175
95.10 gpm
200
225
250
OPERATING DIAGRAM
1 Output power
5 Inlet pressure
18
6.
4
Hp
2.3
16
Hp
8.1
13
Hp
118
Hp
99.2
Hp
79.1
59Hp
p
38.9 H
6638
MR 1800
5900
Hp
21
0.5
Hp
1
4351 psi
2
5163
3626 psi
Torque in lbf.ft
4425
3
2901 psi
3688
2950
2176 psi
4
1450 psi
5
2213
1475
738
725 psi
5.28 gpm
25
50
100
63.40 gpm
125
79.25 gpm
150
95.10 gpm
175
Speed in rpm
200
110.95 gpm
225
250
19
8.5
H
17
15
Hp
6
Hp
1
p
7
5.
Hp
4.1
13
p
.3H
107
Hp
80.5
5900
47.55 gpm
75
p
53.6H
26.8 Hp
MRE 2100
31.7 gpm
15.85 gpm
3626 psi
2
5163
3046 psi
Torque in lbf.ft
4425
3
3688
2176 psi
4
2950
2213
1450 psi
5
1475
725 psi
738
5.28 gpm 15.85 gpm
31.7 gpm
25
50
75
63.40 gpm
100
79.25 gpm
125
95.10 gpm
150
18
16
21
110.95 gpm
175
Speed in rpm
1
9.
9
0.
7.
p
Hp
H
Hp
4.1
13
p
.3 H
107
Hp
80.5
Hp
53.6
8113
26.8 Hp
MR 2400
47.55 gpm
3
Hp
200
126.80 gpm
225
250
24
5.4
1H
p
1
4351 psi
7376
2
6638
3626 psi
Torque in lbf.ft
5900
3
5163
2901 psi
4425
3688
2950
1475
738
725 psi
6.60 gpm
19.81 gpm
20
RCOa 1806/03.03
5
1450 psi
2213
15
4
2176 psi
40
36.98 gpm
60
55.48 gpm
80
73.97 gpm
100
120
92.46 gpm
140
Speed in rpm
110.95 gpm
160
180
129.44 gpm
200
220
OPERATING DIAGRAM
1 Output power
5 Inlet pressure
23
Hp
9.8
19
Hp
0.3
17
p
.1H
134
p
.3H
107
Hp
80.5
p
53.6 H
9588
26.8 Hp
MR 2800
0.
7
26
0.2
Hp
Hp
1
4351 psi
8851
2
8113
7376
3626 psi
Torque in lbf.ft
6638
3
5900
2901 psi
5163
4425
4
2176 psi
3688
2950
5
1450 psi
2213
1475
738
725 psi
6.60 gpm
21.13 gpm
20
63.40 gpm
60
80
84.54 gpm
100
126.80 gpm 140.01 gpm
105.67 gpm
120
Speed in rpm
22
1.
5
4.
19
3
Hp
Hp
7.6
16
Hp
4.1
13
p
.3H
107
Hp
80.5
8851
p
53.6H
26.8Hp
9588
MRE 3100
42.27 gpm
40
140
160
180
200
215
25
4.8
Hp
Hp
8113
1
3626 psi
2
7377
Torque in lbf.ft
6638
3046 psi
3
5900
5163
2176 psi
4425
4
3688
1450 psi
2950
5
2213
1475
738
725 psi
6.60 gpm
21.13 gpm
20
40
63.40 gpm
60
84.54 gpm
80
100
105.67 gpm
120
Speed in rpm
7
4.
23
126.80 gpm
140
160
180
200
215
1
p
11801
4351 psi
2
10326
Torque in lbf.ft
145.29 gpm
24
8.1
H
Hp
Hp
5.2
20
Hp
4.3
17
p
.5 H
139
p
.6 H
104
Hp
69.7
13276
34.9 Hp
MR 3600
42.27 gpm
3626 psi
8851
3
2901 psi
7376
5900
4
2176 psi
4425
5
1450 psi
2950
725 psi
1475
9.25 gpm
15
16
RCOa 1806/03.03
26.42 gpm
30
52.83 gpm
45
60
79.25 gpm
75
90
105.67 gpm
105
Speed in rpm
120
132.09 gpm
135
158.50 gpm
150
165
180
OPERATING DIAGRAM
1 Output power
5 Inlet pressure
14751
Hp
1.6
28
p
8H
0.
25
Hp
8.6
21
p
.7H
187
p
.9 H
160
p
.1H
134
Hp
107.3
16226
p
80.5H
53.6Hp
MR 4500
1
4351 psi
2
13276
3626 psi
11801
3
Torque in lbf.ft
10326
2901 psi
8851
7376
4
2176 psi
5900
5
1450 psi
4425
2950
725 psi
1475
9.24 gpm
26.42 gpm
10
105.67 gpm
70
132.09 gpm
184.92 gpm
130
150
170
Hp
1.6
28
p
8H
0.
25
Hp
8.6
21
p
.7H
187
14751
158.50 gpm
110
90
Speed in rpm
p
.9H
160
1Hp
134.
Hp
107.3
53.6Hp
16226
79.25 gpm
50
p
80.5H
MRE 5400
52.83 gpm
30
1
3626 psi
2
13276
Torque in lbf.ft
11801
3046 psi
3
10326
8851
2176 psi
4
7376
5900
1450 psi
5
4425
2950
725 psi
1475
9.24 gpm 26.42 gpm
52.83 gpm
20
40
132.09 gpm
105.67 gpm
60
80
100
120
211.34 gpm
140
160
Hp
Hp
1.8
32 Hp
7
7.
29
8
8.
25
1
4351 psi
19914
17701
Torque in lbf.ft
184.92 gpm
158.50 gpm
Speed in rpm
Hp
1.3
22
p
.1 H
189
p
.2 H
158
Hp
126.1
22127
p
95.2 H
63 Hp
24340
MR 6500
79.25 gpm
2
3626 psi
3
15489
2901 psi
13276
11063
4
2176 psi
8851
6638
5
1450 psi
4425
2213
17
RCOa 1806/03.03
725 psi
9.24 gpm 26.42 gpm
52.83 gpm
10
30
20
79.25 gpm
40
50
105.67 gpm
60
132.09 gpm
70
Speed in rpm
80
158.50 gpm
90
184.92 gpm
100
110
206.05 gpm
120
130
OPERATING DIAGRAM
1 Output power
5 Inlet pressure
p
3H
5.
33
Hp
4
8.
30
Hp
8.2
26
p
8H
22
p
.8 H
195
p
.3 H
162
24340
Hp
130.1
p
97.9 H
65.7 Hp
MR 7000
1
4351 psi
22127
2
19914
3626 psi
Torque in lbf.ft
17701
3
15489
2901 psi
13276
11063
2176 psi
4
1450 psi
5
8851
6638
4425
2213
725 psi
9.24 gpm 26.42 gpm
10
20
105.67 gpm
79.25 gpm
30
40
50
158.50 gpm
132.09 gpm
60
70
80
Speed in rpm
33
4
2
5.
8.
30
8.
26
3
p
H
p
p
H
p
8H
22
p
H
5.8
19
.3 H
162
Hp
130.1
24340
p
97.9 H
65.7 Hp
MRE 8200
52.83 gpm
184.92 gpm
90
100
211.34 gpm
110
120
130
1
H
p
22127
3626 psi
2
19914
3046 psi
Torque in lbf.ft
17701
3
15489
13276
2176 psi
4
1450 psi
5
11063
8851
6638
4425
2213
725 psi
9.24 gpm 26.42 gpm 52.83 gpm
10
18
RCOa 1806/03.03
20
78.25 gpm
30
105.67 gpm
40
50
132.09 gpm
60
158.50 gpm
70
Speed in rpm
184.92 gpm
80
211.34 gpm
90
237.75 gpm
100
110
120
(average values) measured at
ν
= 167 SUS (36 mm2/s); t = 113°F (45° C);
Min. required pressure difference ∆ p with idling speed (shaft unloaded)
0
93
11
R
M
R
406
MR
M
pressure drop in psi
464
M
R
MR
33 - 110
73
OPERATING DIAGRAM
348
57
MR
290
33
232
174
116
58
200
600
800
1000
Speed in rpm
M
RE
464
R
30
406
25
M
R
348
0
M
1400
33
0
522
1200
0
MR - MRE
125 - 330
400
90
0
20 R 1
MR M R160 5
M
12
MR
290
232
174
116
58
100
200
300
400
500
600
Speed in rpm
700
80
M
R
E
0
60
R
M
384
50
0
70
M
R
406
0
M
R
E
464
900
0
522
MR - MRE
350 - 800
800
MR
290
232
0
45
MR
0
35
174
116
58
250
300
350
400
Speed in rpm
406
450
500
550
384
290
600 640
11
00
200
R
150
M
MR - MRE
1100 - 2100
100
M
M
RE
R
21
M 18
R 00
00
M 160
RE 0
14
00
50
232
174
116
58
30
19
RCOa 1806/03.03
60
90
120
150
180
Speed in rpm
210
240
270
300
330
OPERATING DIAGRAM
ν
= 167 SUS (36 mm2/s); t = 113°F (45° C);
Min. required pressure difference ∆ p with idling speed (shaft unloaded)
384
00
54
R
E
406
M
R
45
290
0
10
E3
R
M
0
280
MR
0
0
360
MR MR 240
00
M
464
M
MR
E
82
R MR
00
65 70
00 00
522
MR - MRE
2400 - 8200
232
174
116
58
20
40
60
80
100
120
Speed in rpm
140
160
180
200
220
93
R
M
R
464
R
M
MR
M
Min. boost pressure in psi
522
73
MR
33 - 110
11
0
Minimum boost pressure during pump operation
306
57
MR
384
33
290
232
174
116
58
600
800
Speed in rpm
1000
1400
RE
522
464
M
0
R
406
M
R
25
M
20
0
348
R
290
M
1200
30
0
MR - MRE
125 - 330
400
33
0
200
232
0
19
MR
160
MR
125
MR
174
116
58
100
20
RCOa 1806/03.03
200
300
400
500
600
Speed in rpm
700
800
900 950
ν
= 167 SUS (36 mm2/s); t = 113°F (45° C);
Minimum boost pressure during pump operation
E
8
70 00
0
50
0
R
M
0
R
E
M
60
406
45
R
0
464
348
M
R
M
522
R
MR - MRE
350 - 800
M
OPERATING DIAGRAM
MR
290
0
35
232
174
116
58
200
250
300
350
400
450
Speed in rpm
14
R
M
R
16
00
MR
00
E
21
M
R
348
18
M
RE
406
600 640
M
550
00
464
MR - MRE
1100 - 2100
500
00
150
11
100
00
50
290
232
174
116
58
348
00
45
406
00
464
270
54
522
240
M
MR
E8
20
M MR
0
R
65 700
00 0
580
MR - MRE
2400 - 8200
150
180
210
Speed in rpm
E
120
R
90
R
60
M
30
290
MR
0
360
300
330
00
31
E
MR 2800
MR 400
2
MR
232
174
116
58
20
21
RCOa 1806/03.03
40
60
80
100
120
Speed in rpm
140
160
180
200
220
RADIAL LOAD - MOTOR TYPE MR - MRE
RADIAL LOAD
RADIAL
MAX. PERMITTED RADIAL FORCE IN SHAFT CENTRE
FORCEMAX I
BASED ON LH10 5000 HOURS
BRIEFLY
PERMITTED WITH INPUT PRESSURE INPUT PRESSURE INPUT PRESSURE
2901 psi
2176 psi
1450 psi
DYNAMIC LOAD
F in lbf
F in lbf
F in lbf
F in lbf 1)
MOTOR
TYPE
speed in
rpm
MR 33
4271.37
2135.69
2293.05
2382.98
400
MR 57
4271.37
2135.69
2293.05
2382.98
400
MR 73
5058.20
2023.28
2607.78
3034.92
350
MR 93
5058.20
2023.28
2607.78
3034.92
350
MR 110
5058.20
2023.28
2607.78
3034.92
350
MR 125
5058.20
1124.05
2225.61
2900.04
275
MR 160
5058.20
1124.05
2225.61
2900.04
275
MR 190
5058.20
1124.05
2225.61
2900.04
275
MR 200 *
-
-
-
-
-
MR 250
6294.65
1258.93
2225.61
2832.59
250
MR 300
6294.65
1258.93
2225.61
2832.59
250
MR 350
7868.31
3259.73
4136.49
4765.95
225
MR 450
7868.31
3259.73
4136.49
4765.95
225
MR 600
9666.78
3372.13
5058.20
6137.28
200
MR 700
9666.78
3372.13
5058.20
6137.28
200
MR 1100
12139.7
4158.97
6407.06
7913.28
150
MR 1600
15287
5889.99
9127.24
11240.45
125
MR 1800
15287
5889.99
9127.24
11240.45
125
MR 2400
19108.76
11262.93
14837.39
17265.33
110
MR 2800
19108.76
12139.68
15511.82
17849.83
100
MR 3600
24279.37
12364.50
20232.8
23155.32
100
MR 4500
24279.37
17535.1
21806.47
24504.17
85
MR 6500
30124.4
16635.86
27651.5
31698.06
50
MR 7000
30124.4
16635.86
27651.5
31698.06
50
MRE 330
6294.65
1011.64
1910.88
2675.23
250
MRE 500
7868.31
2787.63
3889.20
4676.03
225
MRE 800
9666.78
1910.87
4451.22
5912.48
200
MRE 1400
12139.7
1933.35
5395.42
7553.58
140
MRE 2100
15287
2810.11
8003.20
10858.27
120
MRE 3100
19108.76
10116.4
14500.18
17445.17
100
MRE 5400
24279.37
14162.96
20277.77
24122
80
MRE 8200
30124.4
15287.01
24728.98
28775.54
50
1
) in accordance with the dynamic condition, higher values can be accepted - MR 200* only code "F1"
22
RCOa 1806/03.03
BEARING LIFE - MOTOR TYPE MR - MRE
BEARING LIFE
L50h
L10h
Motor speed [rpm]
(bar)
Load coefficent
C p = Load coefficent
K
= Sevice life coefficent for standard bearing
p
= operating pressure in bar
Convert pressure 1psi = 0.0690 bar
L10h is the theoretically service life value normally reached or exceeded by the 90% of the bearings.
50 % of the bearings reach the value L50h = 5 times L 10h.
MOTOR TYPE
K
MOTOR TYPE
K
MOTOR TYPE
K
MR 33
2150
MRE 330
850
MRE 2100
722
MR 57
2150
MR 350
1126
MR 2400
924
MR 73
1320
MR 450
1126
MR 2800
924
MR 93
1320
MRE 500
1021
MRE 3100
828
MR 110
1320
MR 600
920
MR 3600
709
MR 125
950
MR 700
920
MR 4500
709
MR 160
950
MRE 800
808
MRE 5400
591
MR 190
950
MR 1100
844
MR 6500
710
MR 200
950
MRE 1400
693
MR 7000
710
MR 250
950
MR 1600
835
MRE 8200
550
MR 300
950
MR 1800
835
23
RCOa 1806/03.03
A
RCOa 1806/03.03
24
B3
Case drain port
BSP threads to ISO 228/1
Only MR 33, MR 57
( SAE Standard)
2
D6
Splined shaft with flank contact
(for dimension see page 26)
Ordering code "N1"
(for further shaft ends see page 26 - 27)
B2
1
D11
B
D7/T1
L9
4
4 Port 1/4“ BSP threads to ISO 228/1
for pressure reading.
3 On request the port flange can be
rotated by 72°
(For MR 33, MR 57, MR 73, MR 93,
MR 110, MR 125, MR 160, MR 190,
MR 200, MR 250, MR 300, MRE 330,
MR 350, MR 450, MRE 500, MR 600,
MR 700, MRE 800
can be rotated by 36°)
For standard position see ange α.
1
2
3
B
B
anti-clockwise
clockwise
A
A
clockwise
anti-clockwise
Por t inlet
Dir. of
Rotation
(Viewed on
shaft end)
"S"
"N"
ordering code
(see page35)
2
MOTOR DIMENSIONS - MOTOR TYPE MR - MRE
25
RCOa 1806/03.03
Ø
Ø
D9
D9
D10 D11
(in)
(in) (in)
α
β
-
0.79
17.7165
17.714
7.48 8.46 M16 1.25 G 1/2 0.98 17.72 1.50 108° 36°
(450 mm)
* D4 h 7
8.46 M16 1.26 G 1/2 0.91 14.96 1.50 108° 36°
MR 6500
MR 7000 31.34 22.28 19.49 15.12 9.06 1.46 1.18 3.86 2.68 16.04 9.72 5.51 0.83 9.06 4.57 7.87 10.39 34.02 23.62 25.93
MRE 8200
-
15.7479
15.7457
(400 mm)
* D4 h 7
36°
MR 2400
13.1889
MR 2800 24.37 18.35 15.43 11.22 6.02 0.94 1.02 3.86 2.44 11.93 8.70 4.84 0.59 8.19 3.39 7.09 7.48 25.28 17.32 19.45 13.1854 5.51 8.46 M14 1.10 G 1/2 0.75 12.36 1.46 90°
(335 mm)
MRE 3100
MR 3600
MR 4500 27.54 19.27 16.48 12.11 8.27 1.34 1.10 3.86 2.68 14.15 9.72 5.51 0.75 9.06 4.57 7.87 9.45 30.16 21.26 23.50
MRE 5400
36°
MR 1600
11.4173
MR 1800 19.92 14.72 12.83 9.29 5.20 0.83 0.94 3.23 1.97 10.39 7.76 4.13 0.43 6.38 2.87 5.35 6.61 21.97 14.96 16.65 11.4141 5.83 6.77 M12 0.83 G 1/2 0.67 10.47 1.22 90°
(290 mm)
MRE 2100
MR 1100
18.03 13.43 11.54 7.99 4.61 0.79 0.87 3.23 1.97 8.78 6.50 4.13 0.35 6.38 2.87 5.35 5.83 18.50 12.99 14.45 9.8397 4.72 6.77 M12 0.83 G 1/2 0.59 8.98 1.22 104° 36°
MRE 1400
(250 mm)
9.8425
36°
36°
36°
MR 600
8.6614
MR 700 15.75 11.77 10.04 7.36 3.98 0.59 0.79 2.77 1.57 7.56 5.63 3.31 0.31 5.59 2.36 4.72 5.24 15.95 11.42 12.60 8.6586 4.02 6.14 M10 0.71 G 3/8 0.51 8.15 0.98 90°
(220 mm)
MRE 800
90°
90°
36°
0.59 G 3/8 0.43 6.30 0.79
0.59 G3/8 0.43
MR 350
7.4802
MR 450 14.8 10.98 9.25 6.57 3.82 0.59 0.71 2.77 1.57 6.87 5.12 3.31 0.37 5.59 2.36 4.72 4.69 14.49 10.47 11.65 7.4775 3.78 6.14 M10 0.71 G 3/8 0.51 7.64 0.98 90°
(190 mm)
MRE 500
M8
M8
36°
5.08
5.08
4.72 M10 0.98 G1/4 0.35 3.82 0.98 108° 36°
D8
D8
MR 200
6.8897
MR 250
12.72 9.53 8.03 5.71 3.19 0.59 0.63 2.13 1.34 6.04 4.69 2.84 0.30 4.72 1.97 3.94 3.94 12.91 9.13 10.08 6.8873 3.54 5.08 M8 0.59 G 3/8 0.43 6.38 0.79 90°
MR 300
(175 mm)
MRE 330
-
MR 125
6.2991
MR 160 12.17 9.53 8.03 5.71 2.64 0.55 0.63 2.13 1.34 5.81 4.06 2.84 0.26 4.72 1.97 3.94 3.94 12.33 8.86 9.80 6.2967
(160 mm)
MR 190
4.72 1.97 3.94 3.54 9.84 8.03 8.84
-
-
-
Ø
Ø
T1
D7 T1
D5
D5 D6
D6 D7
(mm) (in)
(in) (in)
5.7086
5.7062
(145 mm)
MR 73
MR 93 11.69 9.00 7.50 5.18 2.70 0.67 0.79 2.13 1.34 4.72 3.70 2.84
MR 110
7.09
4.9212
4.9188
(125 mm)
6.3
MR 33
MR 57
9.97 7.72 5.83 4.21 2.25 0.55 0.75 2.76 2.06 4.34 3.09 2.76 0.78 4.88 2.56 1.03 2.73 9.27
Ø
D4
D4 h8
h8 *
(in)
Ø
Ø
Ø
MOTOR L1
L1 L2
L2 L3
L3 L4
L4 L5
L5 L6
L6 L7
L7 L8
L8 L9
L9 L10 L11 L12 L13 B1
B1 B2
B2 B3
B3 B4
B4
D1
D1 D2
D2 D3
D3
TYPE (in) (in) (in) (in) (in) (in) (in) (in) (in) (in) (in) (in) (in) (in) (in) (in) (in)
(in) (in) (in)
MOTOR DIMENSIONS - MOTOR TYPE MR - MRE
RCOa 1806/03.03
26
-
2.36
2.64
-
3.19
MR 73
MR 93
MR 110
MR 125
MR 160
MR 190
3.98
4.61
5.20
6.02
8.27
MR 600
MR 700
MRE 800
MR 1100
MRE 1400
MR 1600
MR 1800
MRE 2100
MR 2400
MR 2800
MRE 3100
MR 3600
MR 4500
MRE 5400
6.81
4.72
3.94
3.46
3.07
2.91
2.03
5.67
3.90
3.11
2.72
2.44
2.22
1.81
-
1.40
1.24
1.10
L22
(in)
N1
N1
M12
M12
M12
M12
M12
M12
M12
-
M12
M12
-
D12
(mm)
0.98
0.98
0.98
0.98
0.98
0.98
0.98
-
0.79
-
-
T10
(in)
B10x102x112
B10x82x92
B10x72x82
B8x62x72
B8x52x60
B8x46x54
B8x42x48
-
B8x32x38
B6x28x34
B6x26x32
ØD13
ex DIN 5463
(mm)
8.27
6.02
5.20
4.61
3.98
3.82
3.19
-
2.64
-
-
L5
L5
(in)
6.81
4.72
3.94
3.46
3.07
2.91
2.36
-
1.97
-
-
L21
(in)
5.61
2.99
2.99
2.64
2.44
2.40
1.77
-
1.40
-
-
L22
(in)
B1
B1
M12
M12
M12
M12
M12
M12
M12
-
M12
-
-
D12
(mm)
0.98
0.98
0.98
0.98
0.98
0.98
0.98
-
0.79
-
-
T10
(in)
6/12-20
6/12-20
6/12-20
6/12-14
8/16-17
8/16-17
12/24-21
-
12/24-17
-
-
ØD13
BS 3550
) on enquiry
1
Code B 1 - BS 3550 - 1)
8.27
6.02
5.20
4.61
3.98
3.82
3.19
-
2.64
2.70
2.24
L5
L5
(in)
6.81
4.72
3.94
3.46
3.07
2.91
2.36
-
1.97
2.03
1.57
L21
(in)
5.67
3.94
3.15
2.83
2.44
2.36
1.81
-
1.40
1.24
1.10
L22
(in)
M12
M12
M12
M12
M12
M12
M12
-
M12
M12
-
D12
(mm)
D1
D1
0.98
0.98
0.98
0.98
0.98
0.98
0.98
-
0.79
-
-
T10
(in)
W110x4x26-8e
W90x4x21-8e
W80x3x25-8e
W70x3x22-8e
W60x3x18-8e
W55x3x17-8e
W48x2x22-8e
-
W38x2x18-8e
W35x2x16-8e
W32x1,5x20-8e
ØD13
DIN 5480
(mm)
Code D 1 - DIN 5480 - (Standard)
MR 6500
9.06
7.40
5.91
M12
0.98
B10x112x125
9.06
7.40
6.02
M12
0.98
6/12-26
9.06
7.40
6.02
M12
0.98 W120x4x28-8e
MR 7000
MRE 8200
NOTE: the threaded holes (D12/T10) for the shaft versions "N1", "B1" and "D1" must be considered as ser vice holes. In case the holes dimensions required by the
application are different from the ones listed here above, plese contact DENISON Calzoni.
MR 200 * only code "F1"
3.82
MR 350
MR 450
MRE 500
MR 200 *
MR 250
MR 300
MRE 330
1.97
2.70
MR 33
MR 57
1.57
2.24
Type
L21
(in)
L5
L5
(in)
Version
Code N 1 (Standard)
SHAFT END DIMENSIONS - MOTOR TYPE MR - MRE
27
RCOa 1806/03.03
0.20
0.20
0.67
0.55
1.06
1.06
1.10
1.10
1.50
1.85
1.89
1.97
1.97
MR 33
MR 57
MR 73
MR 93
MR 110
MR 125
MR 160
MR 190
MR 200 *
MR 250
MR 300
MRE330
MR 350
MR 450
MRE 500
MR 600
MR 700
MRE 800
MR 1100
MRE 1400
MR 1600
MR 1800
MRE 2100
MR 2400
MR 2800
MRE 3100
MR 3600
MR 4500
MRE 5400
MR 6500
MR 7000
MRE 8200
F
2.99
2.68
2.44
2.24
1.97
1.73
1.50
1.42
1.42
1.10
1.02
0.83
L22
(in)
N110x3x35-9H
N100x3x32-9H
N85x3x27-9H
N75x3x24-9H
N65x3x20-9H
N55x3x17-9H
N47x2x22-9H
N40x2x18-9H
N40x2x18-9H
N35x2x16-9H
N32x2x14-9H
N28x1,25x21-9H
Ø D13
DIN 5480
(mm)
9.06
8.27
6.02
5.20
4.61
3.98
3.82
3.19
-
2.64
-
-
L5
L5
(in)
7.40
6.81
4.72
3.94
3.46
3.07
2.91
2.36
-
1.97
-
-
L21
(in)
5.43
***
4.57
3.74
3.35
3.01
2.52
2.32
2.11
-
1.69
-
-
L26
(in)
M12
M12
M12
M12
M12
M12
M12
M12
-
M12
-
-
(mm)
D12
Code P 1
0.98
0.98
0.98
0.98
0.98
0.98
0.98
0.98
-
0.79
-
-
T10
(in)
P
56 x 14
70 x 16
70 x 18
80 x 20
90 x 22
110 x 25
160 x 28
N°2-180 x 32
-
2.1661
2.1655
(55 mm)
2.3630
2.3623
(60 mm)
2.7567
2.7560
(70 mm)
3.1504
3.1497
(80 mm)
3.5442
3.5434
(90 mm)
4.3316
4.3308
(110 mm)
4.8716
4.8691
(124 mm)
45 x 12
1.9692
1.9686
(50 mm)
-
-
-
Key (mm)
L x B
1.5755
1.5749
(40 mm)
-
Ø D14 k6**
(in)
20850
7934
4578
2965
1984
1498
1042
662
-
366
Transmitted
torque
(lbf.ft)
Code P 1 ***
NOTE
For higher values of the torque to
be transmitted, please consult
DENISON Calzoni
Only MR 6500, MR 7000,
MRE 8200
** ØD14b8 for MR 6500, MR 7000, MRE 8200
***This dimension includes two keys
NOTE: the threaded holes (D12/T10) for the shaft versions "P1" must be considered as service holes. In case the holes dimensions required by the application are
different from the ones listed here above, plese contact DENISON Calzoni.
MR 200 * only code "F1"
0.55
0.55
0.31
0.31
0.31
0.20
0.20
0.20
0.20
0.20
0.67
Type
L21
(in)
L5
L5
(in)
Version
Code F 1 - DIN 5480 -
SHAFT END DIMENSIONS - MOTOR TYPE MR - MRE
COMPONENTS FOR SPEED CONTROL - MOTOR TYPE MR - MRE
TACHOGENERATOR
DRIVE
MECHANICAL
TACHOMETER DRIVE
ENCODER
DRIVE
Dimensions in inch (threaded holes in mm)
Code "T1"
Code "C1"
2x M8x1.77 (2x M8x1.97)*
0.19
0.29
0.29
(1.06)**
1 (1.12)*
0.28
(1.06)**
1 (1.12)*
φ 0.3143 - φ 0.3149
1.89
φ 0.8661 - φ 0.8669
φ 2.5173 - φ 2.5184
1.89
0.23
0.102
0.102
φ 0.8661 - φ 0.8669
φ 2.5173 - φ 2.5184
0.19
0.23
1.89
φ 0.7873 - φ 0.7907
0.55
0.98
1.10
1.10
2x M8x1.77 (2x M8x1.97)*
2x M8x1.77 (2x M8x1.97)*
0.19
0.31
φ 2.5173 - φ 2.5184
Code "Q1"
0.35
0.59
(1.06)**
1 (1.12)*
(2.44)** 2.38 (2.50)*
( ) * Motor MR 73-93-110-125-160-190-200-250-300 MRE 330
( )** Motor MR 33-57
INCREMENTAL ENCODER
DIMENSIONS
Dimensions in inch (in)
encoder drive flange
protection
3.66
encoder
α
(see page 26)
2.40
Female connector included in the supply
19
7
α = 126° for the motor types MR 33-57
α = 54° for the motor types MR 73-93-110-125160-190-200-250-300 MRE 330
α =45° for the other types
28
RCOa 1806/03.03
COMPONENTS FOR SPEED CONTROL - MOTOR TYPE MR - MRE
INCREMENTAL ENCODER
CONNECTION DIAGRAMS
Monodirectional
Bidirectional
Female
connector
Male
connector
4
3
Female
connector
4
3
Male
connector
1
1
1
1
4
4
3
4
3
3
4
1
2
2
1
3
1
1
4
4
2
2
3
3
Color wires and function
1
Brown
Power Supply (8 to 24 Vdc)
2
White
Output B phase (MAX 10 mA - 24 Vcc)
3
Blue
Power Supply (0 Vdc)
4
Black
Output A phase (MAX 10 mA - 24 Vcc)
INCREMENTAL ENCODER
Encoder type:
TECHNICAL DATA
Supply voltage:
ELCIS mod. 478
8 to 24 Vcc
Current consumption:
120 mA max
Current output:
10 mA max
Output signal:
A phase- MONODIRECTIONAL
A and B phase BIDIRECTIONAL
Response frequency:
100 KHz max
Number of pulses:
500 (others on request - max 2540)
Slew speed:
Always compatible with maximum
motor speed
Operating temperature range:
from 32 to 158 °F
Storage temperature range:
from -22 to +185 °F
Ball bearing life:
1.5x109 rpm
Weigth:
0,220 lb
Protection degree:
IP 67 (with protection and
connector assembled)
Connectors:
MONODIRECTIONAL
RSF3/0.5 M (Lumberg)
RKT3-06/5m (Lumberg)
male
female
BIDIRECTIONAL
RSF4/0.5 M (Lumberg)
RKT4-07/5m (Lumberg)
male
female
Note: Female connectors cable length equal to 16.4 foot (ft).
29
RCOa 1806/03.03
PIPE CONNECTION FLANGES - MOTOR TYPE MR - MRE
STANDARD CONNECTION FLANGE
Code “C1“
Flange is supplied complete with screws and seals.
MR
MR
MRE
D
(BSP)
H
(inch)
CODE
NBR
CODE
FPM
73 - 93 - 110
125 - 160 -190
200 - 250
300 - 330
3/4"
1.42
262 098
229 394
350 - 450
500
600 - 700
800
1 1/4"
1.57
262 089
229 395
1100 - 1400
1600 - 1800
2100
1 1/2"
1.77
262 093
229 396
2400 - 2800
3100
1 1/2"
2.36
264 572
229 397
3600 - 4500
5400
6500 - 7000
8200
2"
2.36
272 724
229 398
BSP threads to ISO 228/1
Permitted up to 6000 PSI
SAE CONNECTION FLANGE
Codice “S1“
Codice “T1“
Codice “G1“
Codice “L1“
Flange is supplied complete with screws and seals. FPM seals enquiry.
D
MR
MR
MRE
SAE
PSI
73 - 93 - 110
125 - 160 -190
200 - 250
300 - 330
5000
3/4"
350 - 450
500
600 - 700
800
5000
1100 - 1400
1800 - 1600
2100
I
(inch)
X
(inch)
Y
(inch)
0.748
(19 mm)
1.42
2.17
0.87
1"
0.984
(25 mm)
1.57
2.36
4000
1 1/4"
1.220
(31 mm)
1.77
6000
1"
0.984
(25 mm)
1.77
3000
1 1/2"
1.457
(37 mm)
6000
1 1/2"
1.457
(37 mm)
3000
6000
30
RCOa 1806/03.03
UNC
Z (mm)
T(inch)
Denison
Calzoni
part N°
NBR
Z (")
T(inch)
Denison
Calzoni
part N°
NBR
1.87
M10/0.98
277 295
3/8"-16
0.984
223 335
1.03
2.06
M10/0.98
277 297
3/8"- 16
0.984
223 336
2.95
1.19
2.31
M10/0.98
277 299
7/16-14
1.18
223 337
2.80
1.09
2.25
M12/0.87
230 166
7/1614
1.18
342 092
2.36
3.39
1.41
2.75
M12/1.18
277 301
1/2"- 13
1.18
223 338
2.36
3.84
1.44
3.13
M16/1.18
230 168
5/8"-11
1.37
349068
2"
1.969
(50 mm)
2.36
4.41
1.69
3.06
M12/1.18
277 303
1/2"-13
1.18
223 339
2"
1.969
(50 mm)
2.36
4.57
1.75
3.81
M20/1.38
230 170
3/4"- 10
1.49
342 547
(inch)
"
2400 - 2800
3100
3600 - 4500
5400
6500 - 7000
8200
METRIC
H
(inch)
COUPLINGS - KEY ADAPTERS - MOTOR TYPE MR - MRE
COUPLINGS
1
1 For standard male splined shaft version "N1" (see page 26).
MR
MR
MRE
ORDERING
CODE
A
(inch)
B
(inch)
CH11
(inch)
D
(inch)
E
(inch)
F
(inch)
G
(inch)
1.85
2.13
0.61
1.36
125 - 160
190
465 203
4.49
2.20
1.5417
1.5354
(39 mm)
250 - 300
330
465 202
5.31
2.80
1.9354
1.9291
(49 mm)
2.36
2.52
0.59
1.77
3.15
2.1728
2.1653
(55 mm)
2.68
2.68
0.73
2.19
2.95
3.15
0.75
2.32
350 - 450
500
465 201
6.10
600 - 700
800
465 200
6.73
3.54
2.4090
2.4016
(61 mm)
1100
1400
464 785
7.32
4.17
2.8814
2.8740
(73 mm)
3.48
3.37
0.79
2.58
4.65
3.2763
3.2677
(83 mm)
3.86
4.21
0.87
3.07
4.41
5
0.91
3.82
1600 - 1800
2100
465199
8.82
2400 - 2800
3100
465 198
10.43
5.20
3.6700
3.6614
(93 mm)
3600 - 4500
5400
474 692
13.98
5.91
4.4574
4.4488
(113 mm)
4.96
6.50
1.18
5.51
7.68
4.9704
4.9606
(126 mm)
5.51
7.28
1.50
5.79
6500 - 7000
8200
422 544
15.35
ADAPTERS WITH KEY
1
2
1 For standard male splined shaft version "N1" (see page 26).
2 Key to DIN 6885
MR
MR
MRE
125 - 160
190
250 - 300
330
Key (mm)
DIN 6885
ORDERING
CODE
R
EX DIN 5463
(mm)
d
(inch)
I
(inch)
D k6
(inch)
L
(inch)
b
(inch)
t
(inch)
271 117
A8x32x38
1.508
0.61
2.2842
2.2835
(58 mm)
1.97
0.39
2.40
10x8x45
0.59
2.7567
2.7560
(70 mm)
2.36
0.55
2.89
14x9x56
2.95
0.63
3.31
16x10x70
271 118
A8x42x48
1.902
350 - 450
500
271 119
A8x46X54
2.138
0.73
3.1504
3.1497
(80 mm)
600 - 700
800
271 120
A8x52x60
2.374
0.75
3.5442
3.5434
(90 mm)
3.15
071
3.70
18x11x70
1100 - 1400
271 121
A8x62x72
2.846
0.79
4.1348
4.1340
(105mm)
3.54
0.79
4.311
20x12x90
0.87
4.6466
4.6457
(118mm)
4.65
0.87
4.84
22x14x110
5.83
0.98
5.32
25x14x140
1600 - 1800
2100
271 122
A10x72x82
3.24
2400 - 2800
3100
271 123
A10x82x92
3.634
0.91
5.1191
5.1182
(130mm)
3600 - 4500
5400
272 719
A10x102x112
4.421
1.18
6.3002
6.2993
(160mm)
7.40
1.10
6.54
28x16x180
1.50
7.2847
7.2836
(185mm)
7.40
1.77
7.68
45x25x180
6500 - 7000
8200
223 476
31
RCOa 1806/03.03
A10x112x125
4.944
HOLDING BRAKE UNIT DIMENSIONS - MOTOR TYPE MR - MRE
BRAKE TYPE
B 190
B 300
B 450
B 700
B 1100
B 1800
B 2800
MOTOR TYPE
MR - MRE
125 - 160
190
250 - 300
330
350 - 450
500
600 - 700
800
1100 - 1400
1600 - 1800
2100
2400 - 2800
3100
Case drain ports
N ° 5 H O LE S
L11
L2
L3
L1
α1, α2
BRAKE TYPE
ø D9
L10
ø D2
L21
L22
T10
D7
D1
L6
L7
D6
Release ports
Case drain ports
D 12
ø D 13
ø D5
ø D4 h8
ø D3
Release ports
L4
L5
Same dimensions
standard male splined
shaft version "N1"
(see page 26)
Release ports
Case drain ports
Corresponding angles to the release ports 1 and 2, to case the drain ports 1 and 2
L1
L1 L2
L2 L3
L3 L4
L4 L5
L5 L6
L6 L7
L7 L10 L11 L21 L22
(inch) (inch) (inch) (inch) (inch) (inch) (inch) (inch) (inch) (inch) (inch)
D1
D1
(mm)
D5 D6
D6 D7
D7 D9
D9 D12
D2
D2 D3
D3 D4
D4 h 8 D5
(inch) (inch) (inch) (inch) (BSP) (BSP) (inch) (inch)
6.2991
B 190
4.76
-
0.87 0.55 2.64 1.61 1.15 0.79 2.84 1.97 1.40
N 38x 2x18-9H
9.84 8.86 6.2967
DIN 5480
-
0.98 0.59 3.19 1.65 1.56 0.83 3.39 2.36 1.81
0.41 M12
B 8x32x38
ex DIN 5463
1.10 22°30' 22°30'
-
1/4"
3/8'
0.41 M12
B 8x42x48
ex DIN 5463
1.10 22°30' 22°30'
-
1/4"
3/8' 0.53 M12
B 8x46x54
ex DIN 5463
1.10 22°30' 22°30'
-
1/4"
3/8' 0.53 M12
B 8x52x60
ex DIN 5463
1.10 22°30' 22°30'
N 70x3x22-9H
M16x14.17 12.99 9.8396 4.72 1/4"
0.59 M12
DIN 5480
1,5
B 8x62x72
ex DIN 5463
1.10
N 48x2x22-9H
10.08 9.13 6.8872
DIN 5480
7.4802
5.79
-
1.06 0.59 3.82 1.95 1.42 0.95 3.94 2.91 2.22
N 55x3x17-9H
11.65 10.47 7.4774
DIN 5480
(190 mm)
8.6613
B 700
6.77
-
1.10 0.59 3.98 2.17 1.81 0.98 4.13 3.07 2.44
N 60x3x18-9H
12.60 11.42 8.6585
DIN 5480
(220 mm)
9.8424
B 1100
7.40 0.79 1.02 0.95 4.61 2.80 2.11 1.89 4.72 3.47 2.84
(250 mm)
11.4172
B 1800
8.50
-
1.10 0.83 5.20 2.50 2.30 1.34 5.32 3.94 3.11
N 80x3x25-9H
16.65 14.96 11.4141
DIN 5480
-
1.18 0.95 6.02 3.43 2.64 1.67 6.50 4.72 3.90
N 90x4x21-9H
19.45 17.32 13.1854
DIN 5480
(335 mm)
32
RCOa 1806/03.03
0°
1/4"
1/2' 0.69 M12
B 10x72x82
ex DIN 5463
1.10 22°30' 22°30'
-
1/4"
2'
B 10x82x92
ex DIN 5463
1.10 22°30' 22°30'
13.1889
10.35
0°
-
(290 mm)
B 2800
α2
3/8'
(175 mm)
B 450
α1
1/4"
6.8897
5.35
T10
(inch)
-
(160 mm)
B 300
D13
(mm)
0.75 M12
HOLDING BRAKE TECHNICAL DATA - MOTOR TYPE MR - MRE
TECHNICAL DATA
(For operation outside these parameters, please consult DENISON Calzoni)
BRAKE TYPE
CHARACTERISTICS
B 190
B 300
B 450
B 700
B 1100 B 1800 B 2800
STATIC BRAKING TORQUE
lbf.ft
922
1328
1955
2950
4573
8408
12612
DYNAMIC BRAKING TORQUE
lbf.ft
642
885
1069
1623
3098
4610
8851
RELEASE PRESSURE
psi
406
406
392
392
392
435
435
MAX. OPERATING PRESSURE
psi
6092
6092
6092
6092
6092
6092
6092
0.112
0.147
0.688
1.020
1.448
4.746
6.407
70.5
86
119
163
220,5
348.5
577.5
125
160
190
250
300
330
350
450
500
600
700
800
1100
1400
1600
1800
2100
2400
2800
3100
2
MOMENT OF INERTIA OF ROTATING PARTS lbf.ft
WEIGHT
lb
lb
MOTOR TYPE MR MRE
CODE
Example: BRAKE - B 450 - N1 V1 **
1. BRAKE - B 450 NI V1 **
BRAKE TYPE
2. BRAKE - B 450 - N1 V1 **
SHAFT
B 190
Brake for motor size "C"
B 300
Brake for motor size "D"
B 450
Brake for motor size "E"
B 700
Brake for motor size "F"
B 1100
Brake for motor size "G"
B 1800
Brake for motor size "H"
B 2800
Brake for motor size "I"
N1
N1
Spline ex DIN 5463 (see page 26)
D1 *
Spline DIN 5480 (see page 26)
F1 *
Female spline DIN 5480 (see page 27)
* please contact DENISON Calzoni
3. BRAKE - B 450 - N1 V1 **
N1
N1
V1 *
NBR: mineral oil
FPM seals
SEALS
U1
U1
No shaft seal (for brake)
* please contact DENISON Calzoni
4. BRAKE - B 450 - N1 V1 **
SPECIAL
33
RCOa 1806/03.03
**
**
Space reserved to Denison Calzoni
INSTALLATION NOTES - MOTOR TYPE MR - MRE
Mounting
Coupling
Any mounting position
- Note the position of the case drain port
(see below)
Install the motor properly
- Mounting surface must be flat and resistant
to bending
-
Min. tensile strength of mounting screws to
DIN 267 Part 3 class 10.9
- Note the prescribed fastening torque
Mounting with screws
Use threaded bore in
the drive shaft
Take apart with extractor
Curved tooth coupling
hub
Pipes, pipe connections
Use suitable screws!
- Depending on type of motor use either
threaded or flange connection
Choose pipes and hoses suitable for the installation
- Please note manufacturing data!
Screw to remove the
coupling hub
Before operation fill with hydraulic fluid
- Use the prescribed filter!
NOTE: Two of the mounting screws must be precisely located/fitted if operation is started and stopped frequently or if high
reversible frequencies exist.
DRAIN AND FLUSHING LINK INSTALLATION EXAMPLES
T
Y
Note: Position the case drain pipe, so that
the motor cannot run empty.
= Seal
= Motor housing feeding line
= Bleed
Installation instructions for motors
of the series "MR - MRE with brakes"
Installation instructions for motors
of the series "MR - MRE"
Low pressure case drain returns to tank.
Low pressure case drain returns to tank.
Bleed point
Tank located in higher position
Bleed point
*)
N° 2 locking
screw for
bleed point
(on enquiry)
min 1,97 (inch)
Cooling circuit for high power continuous
operation
Bleed screw
(on enquiry)
*) Special designs for applications, where the equipment
needs to be filled with oil.(e.g. in a salty atmosphere)
34
Cooling circuit for high power continuous operation
*
Flushing p max=72.5 psi
RCOa 1806/03.03
min 1,97 (inch)
(release to bleed)
Flushing p max=72.5 psi
Motors without shaft seal used with brake
ORDERING CODE - MOTOR TYPE MR - MRE
CODE
Example: MR 160C - N1 M1 F1 N1 N **
1. MR 160C - N1 M1 F1 N1 N **
SERIES
MR
MR
standard 3626 psi max. continuous
MRE
expanded 3046 psi max. continuous
2. MR 160C - N1 M1 F1 N1 N **
A
B
C
D
E
SIZE & DISPLACEMENT
F
G
H
I
L
M
3. MR 160C - N1 M1 F1 N1 N **
SHAFT
4. MR 160C - N1 M1 F1 N1 N **
SPEED SENSOR OPTION
code
MR 33 A
in3
1.96
3.44
code
MR 73 B
MR 93 B
in3
4.43
5.65
6.65
code
MR 125 C
MR 160 C
MR 190 C
SEALS
6. MR 160C - N1 M1 F1 N1 N **
CONNECTION FLANGE
7. MR 160C - N1 M1 F1 N1 N **
ROTATION
8. MR 160C - N1 M1 F1 N1 N **
SPECIAL
35
RCOa 1806/03.03
MR110 B
in3
7.61
9.75
11.69
code
MR 200 D
MR 250 D
MR 300 D
MRE 330 D
in3
12.16
15.31
18.56
20.28
code
MR 350 E
MR 450 E
MRE 500 E
in3
21.33
27.56
30.38
code
MR 600 F
MR 700 F
MRE 800 F
49.08
in3
37.10
43.09
code
MR 1100 G
MRE 1400 G
in3
68.7
83.6
code
MR 1600 H
MR 1800 H
in3
97.5
110.4
127.6
code
MR 2400 I
MR 2800 I
MRE 3100 I
MRE 2100 H
in3
139.9
170.4
189.4
code
MR 3600 L
MR 4500 L
MRE 5400 L
in3
221.9
274.8
329.6
code
MR 6500 M
MR 7000 M
MRE 8200 M
in3
394.2
408.7
502
N1
N1
spline ex DIN 5463 (see page 26)
D1
D1
spline DIN 5480 (see page 26)
F1
F1
female spline DIN 5480 (see page 27)
P1
P1
shaft with key (see page 27)
B1
B1
spline B.S. 3550 (see page 26)
N1
N1
none
Q1
Q1
encoder drive (see page 28)
C1
C1
mechanical tachometer drive (see page 28)
T1
T1
tachogenerator drive (see page 28)
M1
M1
incremental Elcis encoder
( 500 pulse/rev) (see page 28)
B1
B1
5. MR 160C - N1 M1 F1 N1 N **
MR 57 A
N1
N1
NBR mineral oil
F1
F1
NBR, 218 psi shaft seal
V1
V1
FPM seals
U1
U1
no shaft seal (for brake)
N1
N1
none
Uni-directional
Bi-directional
C1
C1
standard DENISON Calzoni (see page 30)
S1
S1
standard SAE metric (see page 30)
T1
T1
standard SAE UNC (see page 30)
G1
G1
SAE 6000 psi metric (see page 30)
L1
L1
SAE 6000 psi UNC (see page 30)
N
standard rotation (CW: inlet in A, CCW: inlet in B)
S
reversed rotation (CW: inlet in B, CCW: inlet in A)
**
**
space reserved to Denison Calzoni
SALES AND SERVICE LOCATIONS WORLDWIDE
International Distributors
In Europe :
Cyprus
Czech Republic
Greece
Hungary
Iceland
Jugosavia
Norway
Portugal
Poland
Romania
Russia
Slovakia
Slovenia
Switzerland
The Faroe Islands
Turkey
Asia-Pacific
Australia
Austria
Denison Hydraulics PTY
41-43 St Hilliers Road
P.O.Box 192
Auburn N.S.W. 2144, Australia
Tel : +61 (2) 9646 5200
Fax : +61 (2) 9643 1305
Denison Hydraulics GmbH
Zweigneiderlassung Linz
Haibachstraße 69
4061 Pasching, Austria
Tel : +43 (72 29) 48 87
Fax : +43 (72 29) 6 30 92
Hong Kong
Benelux
Denison Hydraulics Ltd.
Unit 6A, 33/F Cable TV Tower
9 Hoi Shing Road, Tsuen Wan
NT, Hong Kong
Tel : +852 2498 8381
Fax : +852 2499 1522
Denison Hydraulics Benelux B.V.
Pascalstraat 100
3316 GR Dordrecht, Holland
Tel : +31 (78) 6179 900
Fax : +31 (78) 6175 755
Japan
Denison Hydraulics Denmark A/S
Industrikrogen 2
2635 Ishöj, Denmark
Tel : +45 (4371) 15 00
Fax : +45 (4371) 15 16
Denison Japan Inc.
4-2-1 Tsujido-Shinmachi
Fujisawa 251, Japan
Tel : +81 (466) 35-3050
Fax : +81 (466) 35-2019
In Africa :
Algeria
Egypt
Ivory Coast
Morocco
Nigeria
South Africa
Tunisia
China
Denison Hydraulics Engineering Ltd.
Room 8018, No. 601, Zhang Yang
In Middle East :
Bahrein
Iran
Israel
Jordan
Kuwait
Lebanon
Pakistan
Qatar
Saudi Arabia
Syria
United Arab Emirates
Road Pudong New Area
Shanghai 200120, China
Tel : +86 (21) 58205042 / 58205034
Fax : +86 (21) 58205014
Singapore
Denison Hydraulics Sea Pte LTD
Blk 5#06-12
Ang Mo Kio Industrial Park 2A
Singapore 567760
Tel : +65 6268 7840
Fax : +65 6268 7847
Denmark
Finland
Denison Lokomec OY
Polunmäenkatu 22
P.O.Box 116
33721 Tampere, Finland
Tel : + 358 (3) 3575 100
Fax : + 358 (3) 3575 111
France
Denison Hydraulics France S.A.
14 route du bois blanc
BP 539
18105 Vierzon, Cedex, France
Tel : +33 (2) 48 53 01 20
Fax : +33 (2) 48 75 02 91
Great Britain
Taiwan
Denison Hydraulics LTD
6F-10. No. 79,Sec. 2
Roosevelt Road, Taipei
Tel : +65 268 7840
Fax : +65 268 7847
In Far East :
Indonesia
Korea
Malaysia
New Zealand
Philippines
Thailand
Europe
Denison Calzoni S.p.A
Via Caduti di Sabbiuno15/17
40011 Anzola dell'Emilia
Bologna, Italy
Tel : +39 (051) 6501611
Fax : +39 (051) 736221
Spain
Denison Hydraulics S.A.
Poligono “La Post”
C/ Enginy n°.6, Nave 8
08850 Gava, Barcelona, Spain
Tel : +34 (93) 635 5170
Fax : +34 (93) 635 5178
Sweden
Denison Hydraulics Svenska AB
Sporregatan 13
213 77 - Malmö, Sweden
Tel : +46 (40) 600 13 00
Fax : +46 (40) 600 13 50
North America
Canada
Denison Hydraulics Canada Inc.
2880 Brighton Road, Unit 1
Oakville, ON L6H 5S3, Canada
Tel : +1 (905) 829 5800
Fax : +1 (905) 829 5805
Mexico, Central America,
South America, Caribbean
countries
Denison Hydraulics UK LTD
Kenmore road
Wakefield 41, Industrial Park
Wakefield, WF2 OXE
West Yokshire, England
Tel : +44 (1924) 826 021
Fax : +44 (1924) 826 146
Denison Hydraulics Corp.
6167 NW 181 Terrace Circle
North
Miami, FL 33015, USA
Tel : +1 (305) 362 2246
Fax : +1 (305) 362 2246
Germany
Denison Hydraulics Inc.
14249 Industrial Parkway
Marysville, OH 43040-9551,
USA
Tel : +1 (937) 644 3915
Fax : +1 (937) 642 3738
Denison Hydraulik GmbH.
Auf dem Sand 14
D-40721 Hilden, Germany
Tel : +49 (2103) 940 300
Fax : +49 (2103) 940 558
South-America :
Argentina
Brazil
Chile
Colombia
Ecuador
Mexico
Peru
Venezuela
Italy
Denison Hydraulics Italy Srl
Viale Europa 68
20090 Cusago (MI), Italy
Tel : +39 (02) 90330-1
Fax : +39 (02) 90390694/5/6
USA
Others
Your local Denison Hydraulics representative
Denison Hydraulics France S.A.
14 route du bois blanc
BP 539
18105 Vierzon, France
Tel : +33 (2) 48 53 01 20
Fax : +33 (2) 48 53 01 46
Denison Calzoni S.p.a.
Via Caduti di Sabbiuno 15/17
40011 Anzola dell’Emilia
Bologna Italy
Tel: +39 (051) 6501611
Fax: +39 (051) 736221
e-mail: rco@rco.it
1
RCOa 2401/01.02
Other European, Middle East,
African countries
The specified data are for product description purposes only and must not be interpreted as warranted characteristic in a legal sense. All
rights reserved. Subject to revision.

DENISON CALZONI Radial Piston Motor Type MR, MRE

Transcription

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