Industrial Hydraulics Electric Drives and Controls inear Motion and ssembly Technologies Pneumatics Service utomation Mobile Hydraulics Hydraulic Motor (Radial Piston, Multi-Stroke) RE 15 08/10.94 1/8 Replaces: 15 17 Type MCR 15 Size 1130 to 150 Series 3X Maximum operating pressure 450 bar Maximum displacement volume 150 cm 3 Maximum output torque 1388 Nm H/ 388 Contents Description Page Features 1 Section, Function 1, Ordering codes, symbols 3 Technical data 4, 5 Unit dimensions, radial loads "C" Unit dimensions, radial loads "F" 7 Unit dimensions (holding brake and wheel brake) 8 Features compact, sturdy construction smooth running even at very low speeds low noise reversible sealed tapered roller bearing high radial forces permitted on output shaft shaft seal up to 10 bar optional integral holding brake (multi-disc brake) or wheel brake (drum brake) switchable freewheeling half displacement for open and closed circuits Function (open and closed circuits) Closed circuit Minimum inlet pressure must be adapted to suit operating conditions; the following must be taken into consideration: idling pressure, flow resistances, pump operation. Minimum flow of the feed pump must be adapted to suit operating conditions. Open circuit Minimum inlet pressure must be adapted to suit operating conditions; the following must be taken into consideration: idling pressure, flow resistances, pump operation. The outlet pressure must be at least bar greater than the pressure in the housing. If the motor circuits are in series please consult the manufacturer.
/8 osch Rexroth G Mobile Hydraulics MCR 15 RE 15 08/10.94 Section, Function 1 8 5 3 Hydraulic motors Type MCR are radial piston motors with a rotating shaft. Construction Two-part housing (1; ), rotary piston assembly (3; 4) cam (5), output shaft () and control section (7) Transmission The rotor (4) is connected to the shaft () by means of splines.the pistons (3) are arranged radially in the rotor (4) and are supported on the cam plate (5) by way of rollers (8). Torque generation Feed Working stroke Idle stroke The number of working and idle strokes corresponds to the number of cams on the stroke curve. Open loop control The cylinder chambers (E) are connected to ports or by means of the axial bores and the annular passages (D). earings Tapered roller bearings capable of transmitting high axial and radial forces. Freewheeling If the two ports and are connected with no pressure loading and a pressure of bar is simultaneously applied to the housing by way of port, the pistons will be forced into the rotary piston assembly. The rollers will no longer be lying against the cam curve and it will be possible for the end of the shaft to be rotated. Switching to half displacement On certain models of radial piston motors halving of displacement is possible. This means that at working stroke only half the pistons are supplied with fluid by way of a valve in the control system. The remaining pistons are connected to the outlet side of the motor. When connected the motor will run at twice the speed but at half torque. D D 7 D 7 Return Mounting the brakes Holding brake (multi-disc brake) 11 Wheel brake (drum brake) 1 9 1 13 10 Mounting: y way of control housing () and through drive. rake application If the pressure in the annular area (9) falls short of a pre-determined level, the elleville washer (10) will press the disc package (11) together. rake release If the pressure in the annular area (9) exceeds the required level, the brake piston (1) will be pushed against the elleville washer (10). The load is taken off the disc package (11), and the holding brake released. Mounting Directly onto output shaft () and flange housing (1). Operating the brake hydraulic for dynamic braking mechanical as a holding brake
RE 15 08/10.94 MCR 15 Mobile Hydraulics osch Rexroth G 3/8 Ordering codes Flange housing Compact version = C Wheel version = F Sizes/Displacement V Size 1130 = 1130 cm 3 = 1130 Size 150 = 150 cm 3 = 150 Size 1500 = 1500 cm 3 = 1500 Size 1780 = 1780 cm 3 = 1780 Size 150 = 150 cm 3 = 150 1st shaft end with flange 50 1) = F 50 with flange 80 ) = F 80 without nd shaft end = Z Series = 3X Series 30 to 39 (30 to 39, externally interchangeable) 1 ) only with flange housing C ) only with flange housing F MCR 15 Z 3X 3X M * Further details in clear text Studs without studs no code = /S = with studs for wheel mounting Ports 11 = SP thread to ISO 8/1 4 = UNF-SE threads no code = not switchable, anti-clockwise rotation preferred R = switchable, clockw. rotation preferred = switchable, anti-clw. rotation preferred Seals M = NR seals, suitable for mineral oil to DIN 51 54 (H, HP) rake mounting O = without brake 11 = hydraulic holding brake (spring pressure disc brake) ) C1R = Wheel brake (drum brake) for right side of vehicle, see Fig. on page 8 ) C1 = Wheel brake (drum brake) for left side of vehicle, see Fig. on page 8 Symbols to DIN ISO 119 Motor for two speeds X Z Motor with holding brake Motor with wheel brake
4/8 osch Rexroth G Mobile Hydraulics MCR 15 RE 15 08/10.94 Technical data (For applications outside these parameters please consult us) General Type Piston machine Model Radial piston multi-stroke motor, switchable displacement Type code MCR 15... Type of mounting Flange mounting; face mounting Type of connection Threaded, flange Mounting position Optional Shaft load See pages, 7 Direction of rotation Right / left - reversible Frame size 15 Nominal size 1130 150 1500 1780 150 Displacement V cm 3 1130 150 1500 1780 150 Displacement flow at n = 100 rev/min/100 bar Q /min 114 1 151 179 1 Output torque 1 ), 7 ) spec. torque T Nm 1799 1990 388 833 34 (at p = 100 bar) max. torque T Nm 8095 8955 955 1133 1388 Output torque 1; 7 ) min. speed n rev/min 5 to 10 when running smooth, depending on application max. speed n rev/min 150 150 150 15 15 freewheeling n rev/min 300 Output power 1 ) continuous power P kw 55 55 55 0 0 Weight motor m kg 93 motor with holding brake m kg 10 motor with wheel brake m kg 135 Hydraulic Nominal pressure p bar 50 Pressure difference, cont. ), ), 7 ) p with mineral oil (H, HP) bar 50 Pressure difference, peak 3 ), ), 7 ) p with mineral oil (H, HP) bar 450 0 Inlet pressure port or p bar 470 40 Suated pressure 4; ) port + p bar 470 40 Case drain pressure p bar 10 Fluid 5 ) Mineral oil (H, HP) to DIN 51 54 Fluid temperature range ϑ C 0 to +80 Viscosity range ν /s 10 to 000 Fluid cleanliness Max. permissible degree of contamination of the fluid to NS 138 class 9. We therefore recoend a filter with a minimum retention rate of ß 10 75. rake Holding brake (multi-disc brake) Holding torque T Nm 11 000 rake release pressure, min max p bar Min. 15 max. 30 Wheel brake (drum brake) See table page 8 1 ) The data given apply after 100 hours running-in time ) Continuous operation 3 ) Peak values may occur for a maximum duration of one second within an operating minute. 4 ) In the return line we recoend p min = 15 bar 5 ) Environmentally friendly fluids HETG, HEPG, HEE to RE 90 1 ) For connection in series, please consult the technical sales department. 7 ) Warning! During the running-in time of the motor (min. 0 hours) motors should not be run unloaded at greater than 50% of maximum speed.
RE 15 08/10.94 MCR 15 Mobile Hydraulics osch Rexroth G 5/8 Technical data (Mean values, measured at ν = 4 /s and ϑ = 45 C) Notes on the technical data T = torque in Nm Q = input flow in /min Q = case leakage in /min ll torques given apply to run-in motors (see page 4, footnote 7 ) For "half displacement" operating mode multiply the torques and Q values by 0.5. The torques given for 50% displacement do not apply to both directions of rotation, but only to the preferred direction of rotation indicated (see page 4) Nominal Size 1130 1780 Speed n in rev/min 0 5 50 100 150 0 5 50 100 150 T Nm 1133 159 1583 1493 1397 1558 45 40 043 100 Q /min 0,7 8,95 57, 114,19 171,31 0,74 45,41 90,05 179, Q /min 0,0 0,0 0,30 0,50 0,90 0,37 0,41 0,45 0,53 T Nm 447 31 338 31 3133 383 5049 511 4833 00 Q /min,18 9,59 58,09 114,98 17,1,18 4,55 91, 180,55 Q /min 0, 0, 0,50 0,0 1,00 1,09 1,11 1,13 1,17 T Nm 370 4749 4858 494 5949 79 7794 300 Q /min 4,04 30,10 59,0 115,5 4,04 48,00 93,10 Q /min 0,50 0,50 0,70 0,70,0,15,8 T Nm 489 331 474 810 10335 1045 0 Q /min 5,84 31,00 59,81 5,8 49,4 94,81 Q /min 1,00 1,00 1,00,9 3,1 3,50 T Nm 5503 71 784 450 Q /min,90 31,4 0,59 Q /min 1,10 1,10 1,30 Nominal Size 150 150 Speed n in rev/min 0 5 50 100 150 0 5 50 100 T Nm 153 19 1751 191 151 188 97 9 47 100 Q /min 0,74 31,95 3, 1,19 189,31 0,7 54, 108,55 1, Q /min 0,0 0,0 0,30 0,50 0,90 0,37 0,41 0,45 0,53 T Nm 707 3503 358 3503 4448 098 180 00 Q /min,18 3,59 4,09 1,98,18 55,80 109,7 Q /min 0, 0, 0,50 0,0 1,09 1,11 1,13 T Nm 0 554 5373 718 990 9414 300 Q /min 4,04 33,10 5,0 4,04 57,5 111,0 Q /min 0,50 0,50 0,70,0,15,8 T Nm 5411 7003 71 9855 1483 0 Q /min 5,8 34,00 5,81 5,84 58,71 Q /min 1,00 1,00 1,00,9 3,1 T Nm 088 7878 8057 450 Q /min,90 34,4,59 Q /min 1,10 1,10 1,30 Nominal Size 1500 Speed n in rev/min 0 5 50 100 150 T Nm 1504 030 101 1983 1719 100 Q /min 0, 37,90 75,0 151,00,80 Q /min 0,0 0,0 0,30 0,50 0,90 T Nm 348 403 498 403 00 Q /min 0,80 38,30 7,00 151,0 Q /min 0, 0, 0,50 0,0 T Nm 487 304 448 300 Q /min 1,00 38,50 7, Q /min 0,50 0,50 0,70 T Nm 494 83 8594 0 Q /min,00 39,50 77, Q /min 1,00 1,00 1,00 T Nm 7305 9454 99 450 Q /min,0 39,70 77,0 Q /min 1,10 1,10 1,30
/8 osch Rexroth G Mobile Hydraulics MCR 15 RE 15 08/10.94 Unit dimensions (in ) Flange housing: Ordering code "C" 3 0 10 10 0 8 1 88,4 179,5 98,9 73,4 3,5 57 41,5 9 x Ø 0 +0,1 R3 8 x M10 x 17 F 1 Ø 375 Ø 335 115 Ø 50 Ø 05 Ø 10,8-0,5 Ø 304±0,5 55 55 105 Ø 85-0,1 X X 1 8,5 105 R0 8 x Ø,4 +0,35 0,1 5 5 4 1 Port ; (inlet, outlet) Case drain port 3 Filling port F, may also be used as drain port 4 Pilot port X for switching displacement, ordering code... or..r.. (switching pressure p = 10 to 30 bar) 5 Shaft end with flange, ordering code "F50" M18 x 1,5 studs with nut, for retaining wheels ordering code../s.. Direction of rotation (viewed on shaft end) Standard design Switchable (preferred direction) Port Dimensions of threads Ordering code "11" Ordering code "4", 3/4 SE (410 bar/000 PSI),F 1/" SP 3/4-1 SE X 3/8" SP 9/1-18 SE Ordering code Ordering code R Permissible radial load on output shaft Measured at speed n = 50 rev/min, pressure difference p = 50 bar + F max (F R = 0) = +3 8N F max (F R = 0) = 0 800N 0 30 Shaft end...f 50... Flange housing...c... FR in kn F R 100 90 80 70 0 50 30 0 10 NG Size 1500 NG Size 150 10 80 0-80 -10 - -30-0 Distance in
RE 15 08/10.94 MCR 15 Mobile Hydraulics osch Rexroth G 7/8 Unit dimensions (in ) Flange housing: Ordering code "F" 3 0 10 10 0 10 x Ø 4 +0,1 14 1 15,5 334,4 19,5 98,9 73,4 3,5 57 41,5 9 1 R3 8 x M10 x 17 F Ø 375 Ø 335 115 Ø 80 Ø 5 Ø 175,8-0, Ø 190 Ø 304±0,5 55 55 Ø 85-0,1 105 X X 3 8,5 105 R0 8 x Ø,4 +0,35 0,1 50 5 5 4 1 Port ; (inlet, outlet) Case drain port 3 Filling port F, may also be used as drain port 4 Pilot port X for switching displacement, ordering code... or..r.. (switching pressure p = 10 to 30 bar) 5 Shaft end with flange, ordering code "F80" M x 1,5 studs with nut, for retaining wheels ordering code../s.. Direction of rotation (viewed on shaft end) Standard design Switchable (preferred direction) Port Dimensions of threads Ordering code "11" Ordering code "4", 3/4 SE (410 bar/000 PSI), F 1/" SP 3/4-1 SE X 3/8" SP 9/1-18 SE Pipe thread ( "SP) to ISO 8/1 Permissible radial load on output shaft Measured at speed n = 50 rev/min, pressure difference p = 50 bar + F max (F R = 0) = + 3 8N F max (F R = 0) = 77 500N + F max (F R = 0) = + 3 8N F max (F R = 0) = 34 000N Ordering code Ordering code R Shaft end...f 80... Flange housing...f... F R 100 90 80 70 0 50 FR in kn 30 0 10 NG Size 1500 Size NG 150 Shaft end...f 80... Flange housing...f... Wheel brake...c.1... FR in kn F R 180 10 1 10 100 80 0 0 NG Size 1500 NG Size 100 0 30 10 80 0-80 -10 - -30-0 Distance in 0 30 10 80 0-80 -10 - -30-0 Distance in
8/8 osch Rexroth G Mobile Hydraulics MCR 15 RE 15 08/10.94 Unit dimensions (in ) Holding brake (multi-disc brake): Ordering code "11" 1 110,8 33 8 Flange housing 1 C 373,7 F 419,7 Z 139,5 0 0,5 9 Dimensions of threads Port Ordering Ordering code "/11" code "/4" Z 3/8" SP 9/1-18 SE Item 9 M4 M4 8 7 7 Holding brake (multi-disc brake) Ordering code 11 8 rake release port Z 9 Threaded bore for emergency mechanical release of holding brake R Wheel brake (drum brake) Ordering code "C1 " 393,4 17 13 30 13 11 1 1 80 M10 10 M14 x 1,5 Ø 17 3 10 Wheel brake as clamping brake Wheel brake Holding torque Pull force raking torque Port static of cable dynamic 1000 Nm 3 N 100 Nm 11 bar 10 M studs with nut for retaining wheels 10 Wheel brake (drum brake) Ordering code "C1R" Ø 35 14 113 Ø 5 eft side of vehicle Ordering code C1 11 Cable pull (owden control), a motor is shown with brakes for the vehicle right hand side. For the left hand side, ordering code "C1", the position of the cable pull is reversed (see drum brake diagram) 1 Cable pull length 13 ngled position of cable pull 14 Port for brake: p max = 11 bar Fahrtrichtung Travel direction Right side of vehicle Ordering code C1R osch Rexroth G Mobile Hydraulics Zum Eisengießer 1 9781 ohr am Main, Germany Telefon +49 (0) 93 5-18 0 Telefax +49 (0) 93 5-18 3 58 info.brm-mc@boschrexroth.de www.boschrexroth.com/brm osch Rexroth imited Mobile Hydraulics-Manufacturing Viewfield G-Glenrothes, Fife KY RD Telefon +44 (159) 3 17 77 Telefax +44 (159) 3 18 88 003 by osch Rexroth G, Mobile Hydraulics, D-97813 ohr am Main ll rights reserved. No part of this document may be reproduced or stored, processed, duplicated or circulated using electronic systems, in any form or by any means, without the prior written authorisation of osch Rexroth G. In the event of contravention of the above provisions, the contravening party is obliged to pay compensation. The data specified above only serves to describe the product. No statements concerning a certain condition or suitability for a certain application can be derived from our information.the details stated do not release you from the responsibility for carrying out your own assessment and verification. It must be remembered that our products are subject to a natural process of wear and ageing.