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Radial Piston motor MCR
Radial Piston motor MCR
Radial Piston motor MCR
Radial Piston motor MCR
Radial Piston motor MCR
Radial Piston motor MCR
  1. Radial Piston motor MCR
  2. Radial Piston motor MCR
  3. Radial Piston motor MCR
  4. Radial Piston motor MCR
  5. Radial Piston motor MCR
  6. Radial Piston motor MCR

Radial Piston motor MCR

1.Compact and Lightweight Design

2.High Power and Torque Density

3.Excellent Starting and Low-Speed Performance

4.Modular Construction

5.Low Noise Operation

Detailed description

This hydraulic motor adopts a compact and lightweight overall design through optimized internal structural layout and material optimization. It effectively reduces overall installation space and equipment load, making it highly adaptable to compact machinery and mobile devices with strict space and weight limitations. It delivers outstanding high power and torque density, outputting strong power and torque with a small structural size, greatly improving equipment working efficiency while maintaining a miniaturized structure. The motor achieves excellent starting and low-speed performance with stable pressure and flow control. It features smooth starting response, no jitter or crawling phenomenon, and can operate steadily at ultra-low speeds to meet precise and stable operation requirements. Adopting a mature modular construction, it supports flexible assembly and quick replacement of components, simplifying installation, maintenance and later upgrading. In addition, optimized internal flow channels and precision machining parts effectively reduce fluid turbulence and mechanical friction, realizing low noise operation and providing a quiet and stable working environment for the whole hydraulic system.

Technical data

(for applications outside these parameters please consult us)

General

Type Radial piston motor
Description Radia piston multi-disc motor, switchable displacement
Model description MCR 10...
Type of mounting Flange mounting; face mounting
Connections Threaded or flanged
Mounting position Optional
Shaft loading See page 6
Rotation clockwise/anti-clockwise - reversible
Frame size 10
Size 780 940 1120 1250 1340
Displacement V cm3 780 940 1120 1250 1340
Flow n= 100 rpm/100 bar qV L/min 79 95 113,5 126,5 136,5
Output torque 1;7) 1240 1494 1783 1990 2130
-specific torque
(at Δp= 100 bar)		 T Nm
- peak torque T Nm 5134 6187 6659 7432 8027
Output speed 1;7) 5 to 10 for smooth running, depending on application
- min. speed n rpm
-max. speed n rpm 170 150 150 140 120
- freewheeling speed n rpm 400
Output power 1;7) 44 44 50 50 50
- continuous power P kW
Weight -motor m kg 69
- motor with holding brake m kg 81
- motor with travel brake m kg 92

Hydraulic

Nominal pressure p bar 250
Pressure differential, cont. 2;6;7;8) Δp bar 250
- for mineral oil (HL, HLP)
Pressure differential, peak 3; 6;7;8) Δp bar 450 400
-for mineral oil (HL, HLP)
Inlet pressure6)  Port "A" or "B" p bar 470 420
Summated pressure 4; 6) Port "A" + "B" p bar 470 420
Case drain pressure, max. pmax bar 10
Switching pressure (displacement switching) bar 10 to 30
Hydraulic fluid 5) Mineral oil(HL, HLP) to DIN 51 524
Hydraulic fluid temperature range Θ ℃ -20 to 80
Viscosity range ν mm2/s 10 to 2000
Fluid cleanliness: Maximum permissible degree of contamination of fluid to NAS 1638 Class 9. We therefore recommend a filter with a minimum retention rate of β10 ≥75.

Brake

Holding brake (disc brake)
Holding torque T Nm 7000
Release pressure p bar min.15;max.30
Travel brake (drum brake) see table page 10

1）The values given apply after 100 hours run-in time

2) Continuous operation

3) Peak values may occur for a maximum duration of one second only within an operating minute

4) We recommend Pmin = 15 bar in the return line

5) Environmentally-friendly fluids HETG, HEPG, HEES to RE 90 221

6) When operating motors in series please consult our technical office

7)⚠ Warning: When running the motor in (min. 20 hours) note that :motor should not be run unloaded at more than 50 % maximum speed.

8)For single shaft end "L60" max. permissible pressure differential Δp = 250 bar

Technical data (mean values, measured at ν = 46 mm2/s and θ = 45℃)

Notes on technical data

T= Torque in Nm qV = Inlet flow in L/min qVL = Case drain flow in L/min
-All torques apply to run-in motors (see note p. 4, footnote 7)
-For "half displacement" mode multiply torque- and qV-values by 0.5.
-The torque values at half displacement do not apply to both directions of rotation but only to the preferred direction of rotation marked (see pp. 7-9)
Size 780 1250
Speed n in rpm 0 25 50 100 150 0 25 50 100 150
Pressure differential Δp in bar 100 T Nm 806 994 1049 1029 911 1094 1818 1726 1517 1309
qV L/min 0,3 19,8 39,47 79,00 118,2 1,00 32,09 63,73 126,69 189,30
qVL L/min 0,15 0,15 0,24 0,50 0,60 0,50 0,56 0,63 0,76 0,90
200 T Nm 1736 2232 2282 2232 2158 2586 3669 3684 3497
qV L/min 0,60 20,10 39,80 79,50 118,8 2,86 33,03 64,63 127,82
qVL L/min 0,30 0,30 0,40 0,75 0,9 1,43 1,44 1,45 1,46
300 T Nm 2604 3348 3422 3348 4178 5550 5574
qV L/min 0,80 20,30 40,00 80,00 4,08 34,08 66,16
qVL L/min 0,40 0,40 0,50 1,00 2,04 2,10 2,16
400 T Nm 3472 4464 4563 5730 7432 7416
qV L/min 1,40 20,90 40,80 5,68 35,11 67,35
qVL L/min 0,70 0,70 0,90 2,84 2,92 3,00
450 T Nm 3906 5022 5134
qV L/min 1,6 21,10 41,00
qVL L/min 0,80 0,8 1,00
Size 940 1340
Speed n in rpm 0 25 50 100 150 0 25 50 100
Pressure differential Δp in bar 100 T Nm 971 1198 1264 1240 1098 1182 1964 1865 1639
qV L/min 1,00 23,80 47,47 95,00 142,20 1,00 34,61 68,78 136,76
qVL L/min 0,15 0,15 0,24 0,50 0,60 0,50 0,56 0,63 0,76
200 T Nm 2091 2690 2750 2689 2793 3962 3979 3777
qV L/min 0,60 24,10 47,80 95,50 2,86 35,56 69,68 137,93
qVL L/min 0,30 0,30 0,40 0,75 1,43 1,44 1,45 1,46
300 T Nm 3137 4035 4124 4512 5994 6020
qV L/min 0,80 24,30 48,00 4,08 36,64 71,24
qVL L/min 0,40 0,40 0,50 2,04 2,10 2,16
400 T Nm 4183 5380 5500 6188 8027 8010
qV L/min 1,40 24,90 48,80 5,68 37,67 72,50
qVL L/min 0,70 0,70 0,90 2,84 2,92 3,00
450 T Nm 4706 6052 6187
qV L/min 1,60 25,10 49,00
qVL L/min 0,80 0,80 1,00
Size 1120
Speed n in rpm 0 25 50 100 150
Pressure differential Δp in bar 100 T Nm 980 1629 1547 1360 1173
qV L/min 1,00 28,82 57,19 113,62 169,80
qVL L/min 0,50 0,56 0,63 0,76 0,90
200 T Nm 2317 3287 3301 3134
qV L/min 2,86 29,76 58,07 114,71
qVL L/min 1,43 1,44 1,45 146
300 T Nm 3743 4973 4994
qV L/min 4,08 30,76 59,49
qVL L/min 2,04 2,10 2,16
400 T Nm 5134 6660 6645
qV L/min 5,68 31,76 60,87
qVL L/min 2,84 2,92 3,00