HEAVY DUTY HYDRAULIC MOTORS

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2 HEAVY DUTY HYDRAULIC MTRS CNTENTS Page Hydraulic Motors Series MSWM... 4 Hydraulic Motors Series MTK... 8 Hydraulic Motors Series MTM Hydraulic Motors Series TMF... 9 Hydraulic Motors Series MVM Hydraulic Motors Series MVMC Hydraulic Motors Series VMF Motor Special Features Motors with Speed Sensor Application Calculation... 1 M+S HYDRAULIC can accept no responsibility for possible errors in catalogues, brochures and other printed material. M+S HYDRAULIC reserves the right to alter its products without notice. This also applies to products already on order provided that such alterations can be made without subsequential changes being necessary in specifications already agreed.

3 DISC VALVE HYDRAULIC MTRS GENERAL INFRMATIN: rbit motors convert hydraulic energy (pressure, oil flow) into mechanical energy (torque, speed). Hydraulic orbit motors operate on the principle of an internal gear (rotor) rotating within a fixed external gear (stator). The internal gear transmits the torque generated by the application of pressure from hydraulic oil fed into motor which is then delivered via the motor's output shaft. rbit motors have high starting torque and constant output torque at wide speed range. The output shaft runs on tapered roller bearings and can absorb high axial and radial forces. DISTRIBUTR VALVE MSWM, MTK, MTM, TMF, MVM, MVMC, VMF series motors have disk valve: the distributor valve has been separated from output shaft and is driven by short cardan shaft. A balance plate counterbalances the hydraulic forces around the distributor valve. It gives the motors high efficiency - even at high pressures, and good starting characteristics. GEAR WHEEL SET There are two forms of gear wheel set: Gerotor set has plain teeth and Roll-gerotor set with teeth fitted with rollers. MSWM, MTK, MTM, TMF, MVM, MVMC, VMF series motors have roll-gerotor set. The rollers reduce local stress and the tangential reaction forces on the rotor reducing friction to a minimum. This gives long operating life and better efficiency even at continuous high pressures. FEATURES: Standard Motor The standard motor mounting flange is located as close to the output shaft as possible. This type of mounting supports the motor close to the shaft load. This mounting flange is also compatible with many standard gear boxes. Wheel Motor The wheel motor mounting flange is located near the center of the motor which permits part or all of the motor to be located inside the wheel or roller hub. In traction drive applications, loads can be positioned over the motor bearings for best bearing life. This wheel motor mounting flange provides design flexibility in many applications. Short Motor This motor is assembled without the output shaft, bearings and bearing housing and has the same drive components as the standard motors. The short motor is especially suited for applications such as gear boxes, winch, reel and roll drives. Short motor applications must be designed with a bearing supported internal spline to mate with the short motor drive. Product designs using these hydraulic motors provide considerable cost savings. Low Leakage LL Series hydraulic motors are designed to operate at the whole standard range of working conditions (pressure drop and frequency of rotation), but with considerable decreased volumetric losses in the drain ports. This motors are suitable for hydraulic systems with series-connected motors with demands for low leakage. Low Speed LSV feature optimizes the motor for low-speed performance. Motors with this valving provide very Valve low speed while maintaining high torque. They are designed to run continuously at low speed (up to RPM) at normal pressure drop and reduced flow. ptimal run is guaranteed at frequency of rotation from to RPM. Motors with this valving have an increased starting pressure and are not recommended for using at pressure drop less than 4 bar [8 PSI]. Motors with Motors are available with integrated inductive speed sensor. The output signal is a standardized Speed Sensor voltage signal that can be used to control the speed of a motor. The torque and the radial load of the motor are not affected by the installation of speed sensor. 3

4 HYDRAULIC MTRS MSWM APPLICATIN»» Sawmill machines Woodworking machines» Metal working machines» Agriculture machines»»»» Road building machines Mining machinery Food industries Special vehicles etc. CNTENTS Specification data... Dimensions and mounting...6 Permissible shaft loads... 6 Shaft extensions... 7 rder code... 7 PTINS» Model- Disc valve, roll-gerotor» Wheel mount» Side and rear ports» Shafts- straight, splined and tapered» Metric and BSPP ports» ther special features GENERAL Max. Displacement, Max. Speed, Max. Torque, Max. utput, Max. Pressure Drop, Max. il Flow, Min. Speed, Pressure fluid Temperature range, cm /rev [in /rev] [RPM] danm [lb-in] kw [HP] bar [PSI] lpm [GPM] [RPM] C [ F] ptimal Viscosity range, mm /s [SUS] Filtration 397 [4.] 6 cont.: 9 [796] int: 11 [973] 4 [3.] cont.: [9] int: [37] 9 [4] Mineral based- HLP(DIN 14) or HM(IS 6743/4) [-4 84] 7 [ ] IS code /16 (Min. recommended fluid filtration of micron) il flow in drain line p bar p PSI Pressure Losses Pressure drop bar [ PSI] 14 [3] 1 [ 34] Viscosity il flow in drain line mm /s [ SUS] lpm [ GPM] [ 98] 3 [ 164] [98] 3 [164] 1, [.396] 1 [.64] 3 [.793] [.8] Q, GPM Q, lpm 4

5 MSWM EPMS MTRS SPECIFICATIN DATA Type Displacement, cm /rev [ in /rev] Max. Speed, [RPM] Max. Torque danm [ lb-in] Max. utput kw [ HP] Max. Pressure Drop bar [ PSI] Max. il Flow lpm [ GPM] Max. Inlet Pressure bar [ PSI] Max. Return Pressure with Drain Line bar [PSI] Peak** Peak** Peak** Peak** Max. Starting Pressure with Unloaded Shaft, bar [PSI] Min. Starting Torque danm [ lb-in] Min. Speed***, [RPM] MSWM 16 19,7 [ 9.74] [ 47] 1, [ 46] 1, [ 46] 18, 6 [4. 9] 4, [3.] [9] [37] [37] 7 [] 9 [4] 1 [34] [36] 3 [43] 14 [3] 17 [4] 1 [34] 1 [14] 36,9 [ 37] 6 MSWM [1.] ,6 [1] 64, [71] 6 [7] 18,1 [4.3] 4, [3.] [9] [37] [37] 7 [] 9 [4] 1 [34] [36] 3 [43] 14 [3] 17 [4] 1 [34] 1 [14] 46, [49] 6 MSWM MSWM 31 MSWM 4 [1.3] [314,9] [4.] 18 7,8 [67] 8,6 [713] 9, [796] 9, [796] 96, [8] 97, [88] 8,6 [713] 18, [4.1] 3,8 [31.9] [9] [37] [37] 7 [] 9 [4] 1 [34] [36] 3 [43] 14 [3] 17 [4] 1 [34] 1 [14] 18 [96] 17, [.8], [7.1] [9] [319] [37] 7 [] 9 [4] 1 [34] [36] 3 [43] 14 [3] 17 [4] 1 [34] 1 [14] 11 [973] 11, [14.7] 1 [16.1] 16 [3] 17 [4] [9] 7 [] 9 [4] 1 [34] [36] 3 [43] 14 [3] 17 [4] 1 [34] 1 [14] 8, [13] 73,8 [63] 7, [637] 6 * Intermittent operation: the permissible values may occur for max. 1% of every minute. ** Peak load: the permissible values may occur for max. 1% of every minute. *** For speeds lower than given, consult factory or your regional manager. 1. Intermittent speed and intermittent pressure must not occur simultaneously.. Recommended filtration is per IS cleanliness code /16. A nominal filtration of micron or better. 3. Recommend using a premium quality, anti-wear type mineral based hydraulic oil HLP(DIN14) or HM ( IS 6743/4). If using synthetic fluids consult the factory for alternative seal materials. 4. Recommended minimum oil viscosity 13 mm /s [7 SUS] at C [1 F].. Recommended maximum system operating temperature is 8 C [18 F]. 6. To assure optimum motor life fill with fluid prior to loading and run at moderate load and speed for 1-1 minutes.

6 MSWM EPMS MTRS DIMENSINS AND MUNTING DATA max 18 [.39] max 96, [3.8] for M shaft 9 [.34] 4 [.16] max L L1 P (A,B) 4xø13, [.31] 16 16±,3 ø1 -,63 [4.91 ] -. ø8 [ [4.16] [.63 ±.118 ] 1±,3 max 139 [.47] [.87 ±.118 ] C: xm1-1 mm [.47 in] depth P(A,B) : xg1/ or xmx1,-1 mm [.9 in] depth T: G ¼ or M14x1,- 1 mm [.47 in] depth (plugged) Type MSWM 16 MSWME 16 MSWM MSWME MSWM MSWME MSWM 31 MSWME 31 MSWM 4 MSWME 4 44 [1.73] 41 [1.614] L, mm [in] L, mm [in] L, 1 mm [in] 17,[6.71] 19,3[.9] 7,8 [1.9] 177,[6.99] 177,[6.99] 136,3[.37] 34,8 [1.37] 184,[7.6] 186,[7.3] 14,[.71] 43, [1.71] 193,[7.6] 197,[7.78] 17,3[6.19] 4,8 [.16] 6,[8.13] 1,[8.3] 171,[6.73] 69,4 [.73] 19,[8.6] L T ±,1 [.197±.9] 16±,3 [.63 ±.118 ] C ±,3 [.866±.118] 7±,3 [1.63±.118] 1±,3 [.87 ±.118 ] Standard Rotation Viewed from Shaft End Port A Pressurized - CW Port B Pressurized - CCW E Rear Ports 3 [.86] ø16±, [6.99±.78] P (A,B) 3±,3 [1.6±.118] 3±,3 [1.6±.118] Reverse Rotation Viewed from Shaft End Port A Pressurized - CCW Port B Pressurized - CW 3 [.86] max 139 [.47] Port B Port A mm [in] PERMISSIBLE SHAFT LADS The output shaft runs in tapered bearings that permit high axial and radial forces. Curve " 1" shows max. radial shaft load at bearing life of hours at 1 RPM. Curve " " shows max. radial shaft load at bearing life of 3 hours at RPM. Pr dan 8 -. in Pr lbs mm 6

7 MSWM EPMS MTRS SHAFT EXTENSINS C -ø4 straight, Parallel key A1x8x7 DIN 688 Max. Torque 13,8 danm [117 ln-in] [ ] 4 K -tapered 1:1, Parallel key B1x8x8 DIN 688 Max. Torque 1,7 danm [186 lb-in] A-A A [.47 ] -.17 S=46 Tightening torque ±3 danm [44±6 lb-in] , [1.69 ] min M1 [.984] deep -ø1½" straight, Parallel key 3 "x 3 C 8 8 "x ¼" BS46 Max. Torque 13,8 danm [117 ln-in] 9.4 -, [.379 ] -.8 ø4 [1.771] 4 8 -, [ ] ø4 [1.7 ] +,18 +, SH [.9 ] 4,1-, -.79 ø4 [1.771] Taper 1:1 -ø1½" splined 17T, DP 1/4 ANSI B Max. Torque 13,8 danm [117 ln-in] 4 A 4±,4 [.16±.16] 8±, [3.8±.79] 4 [.17] + 6 [ ] ø6,3 [.48] M3x 9 [.34] ø6 [.] 4,4 -, [1.669 ] -.79 ø4 [1.771] ø38,1-, [1. ] -.19 ø4 [1.771] ø38,1-, [1. ] -.1 3/8-16 UNC min [.984] deep 8 -, [ ] min M1 [.984] deep 8 -, [ ] M -ø1½" splined 17T, DP 1/4 ANSI B Max. Torque 13,8 danm [117 ln-in] 4 min 34 [1.34] ø4 [1.771] ø38,1-, [1. ] -.1 min M1 [.984] deep -, [ ] mm [in] RDER CDE MSWM Pos.1 - Port type omit - Side ports E - Rear ports Pos. - Displacement code ,7 cm /rev [9.74 in /rev] -, cm /rev [1. in /rev] -, cm /rev [1.3 in /rev] - 314,9 cm /rev [19. in /rev] - 397, cm /rev [4. in /rev] Pos.4 - Shaft Extensions* C C K SH M - ø4 straight, Parallel key A1x8x7 DIN688 - ø1½ straight, Parallel key / 8 x / 8 x¼ BS46 - ø4 tapered 1:1, Parallel key B1x8x8 DIN688 - ø1½" splined 17T ANS B ø1½" splined 17T ANS B Pos. 4 - Ports omit - BSPP (IS 8) M - Metric (IS 6) Pos. - Special Features (see page 48) Pos. 6 - Design Series omit - Factory specified NTES: * The permissible output torque for shafts must not be exceeded! The hydraulic motors are mangano-phosphatized as standard. 7

8 HYDRAULIC MTRS MTK APPLICATIN» Conveyors» Metal working machines» Machines for agriculture» Road building machines» Mining machinery» Food industries» Special vehicles» Plastic and rubber machinery etc. A B A B CNTENTS Specification data... 9 Dimensions and mounting Shaft extensions Permissible shaft loads... 1 rder code PTINS» Model- Disc valve, roll-gerotor» Flange mount with wheel mount» Side and rear ports» Shafts- straight, splined and tapered» Metric, SAE and BSPP ports» ther special features GENERAL Displacement, cm /rev [in /rev] Max. Speed, RPM Max. Torque, danm [lb-in] Max. utput, kw [HP] Max. Pressure Drop, bar [PSI] Max. il Flow, lpm [GPM] Min. Speed, RPM Permissible Shaft Loads, Pressure fluid Temperature range, dan [lb] C [ F] ptimal Viscosity range, mm /s [SUS] Filtration 17,9,4 [ ] [4 96] [3] 16 [3 366] 8 [1] 1 Pa=1 [] Mineral based- HLP(DIN 14) or HM(IS 6743/4) -3 9 [- 194] 7 [98 347] IS code /16 (Min. recommended fluid filtration of micron) Pressure drop bar [ PSI] 1 [ 14] 14 [ 3] il flow in drain line Viscosity il flow in drain line mm /s [ SUS] lpm [ GPM] [ 98] 3 [ 164] [98] 3 [164], [.66] 1,8 [.476] 3, [.9],8 [.74] p bar p PSI 1 1 Pressure Losses Q, GPM Q, lpm 8

9 MTK EPMS MTRS SPECIFICATIN DATA Type MTK 16 MTK MTK MTK 31 MTK 4 MTK 47 MTK Displacement, 17,9 1,3, 314,9 396,8 47,,4 cm /rev [ in /rev] [ 9.63] [ 1.8] [ 1.38] [ 19.] [ 4.] [ 8.7] [ 3.6] Max. Speed, [RPM] Max. Torque, 7 [ 4] 7 [ 6373] 91 [ 8] 1 [ 993] 17 [ 947] 1 [ 98] 19 [ 9648] danm [ lb-in] 7, [ 64] 9 [ 8143] 17 [ 947] 131 [ 119] 14 [ 139] 133 [ 1177] 136 [ 137] Max. utput, [9.] [9.] 1 [8.] [6.8] 17, [3.] 14 [18.8] 14 [18.8] kw [ HP] 7 [36.] 7 [36.] [33.] 3, [31.] [9.] 17. [3.] 17 [.8] Max. Pressure Drop, [366] [366] [366] [366] [9] 16 [3] 16 [3] bar [ PSI] 3 [4714] 3 [4714] 3 [43] 3 [43] [366] [9] [9] Max. Inlet Pressure, [366] bar [ PSI] 3 [77] Max. il Flow, lpm [ GPM] Max. Starting Pressure with 8 [1.1] 1 [6.4] Unloaded Shaft, bar [ PSI] 8 [116] 8 [116] 7 [1] 7 [1] 7 [1] 7 [1] 7 [1] at max. pressure Min. Starting Torque, danm [ lb-in] drop cont. at max. pressure 43 [386] 4 [478] 68 [6] 79 [699] 8 [78] 83 [7346] 84 [743] drop int.* Max. Return Pressure without Drain Line, bar [PSI] Max. Return Pressure with Drain Line, bar [PSI] Peak* 4. [484] 69 [617] 8 [78] 98, [87] see diagram 14 [3] 17 [4] 1 [346] 1 [994] 1 [994] 1 [994] * Intermittent operation: the permissible values may occur for max. 1% of every minute. ** Peak load: the permissible values may occur for max. 1% of every minute. *** For speeds of RPM lower than given, consult factory or your regional manager. 1. Intermittent speed and intermittent pressure must not occur simultaneously.. Recommended filtration is per IS cleanliness code /16. A nominal filtration of micron or better. 3. Recommend using a premium quality, anti-wear type mineral based hydraulic oil, HLP(DIN14) or HM(IS6743/4). If using synthetic fluids consult the factory for alternative seal materials. 4. Recommended minimum oil viscosity 7 SUS [13 cmі/s] at 1 F [ C].. Recommended maximum system operating temperature is 18 F [8 C]. 6. To assure optimum motor life fill with fluid prior to loading and run at moderate load and speed for 1-1 minutes. 9

10 MTK EPMS MTRS DIMENSINS - MTK W and MTK C T Shaft K Shaft R Shaft C Shaft SB Shaft Shaft Dim. See Page 14 T Shaft K Shaft R Shaft C Shaft SB Shaft L 3 L 3 L S L L L 1 L 1 6,4 [.] L 4 18,4 [.73] 18 [.7] 14, [4.9] 46, [1.83] 6,4 [.] 96,8 [3.81] 99, [3.9] 1, [4.4] 114,3 [4.499] 1,4 [.488] 84 [3.31] 73,8 [.91] 6,3 [.] 9 [.3] 6 [.44] T L 4 L S T A B A B Port A 7 [.7] 4. [.96] 17, [.69] 4. [.96] 9 [3.4] (11 [4.8] Dia.) 16,9±,7 [4.996±.8] Port B 6 [.6] P (A,B) Flange Dim. See Page 13 P T (A,B) xg 3/4 G 1/4 / Port A / 7 [.8] 4. [.96] 17, [.69] 4. [.96] (9 [3.4]) 11 [4.3] Dia. Port B / / P (A,B) Rear Ports Dim. See Page 1 Versions Side Rear xm7x x1 16-1UN xg 1 / x 8 -UNF 7 7 M14x1, 16 -UNF G 1/4 16 -UNF mm [in] (1, [4.8]) Standard Rotation Viewed from Shaft End Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotation Viewed from Shaft End Port A Pressurized - CCW Port B Pressurized - CW Type MTKW16 MTKC16 MTKW MTKC MTKW MTKC MTKW31 MTKC31 MTKW4 MTKC4 MTKW47 MTKC47 MTKW MTKC L, S mm [ in] 1,8 [.86] 7,8 [1.9] 34,8 [1.37] 43, [1.71] 4,8 [.16] 6, [.6] 69,4 [.73] Type L, 1 mm [ in] L, mm [ in] L, 3 mm [ in] L, 4 mm [ in] Type L, 1 mm [ in] L, mm [ in] L, 3 mm [ in] L, 4 mm [ in] MTKW16 11,8 [4.36] 1,3 [4.74] 139,3 [.48] 16, [6.39] MTKC1611,3 [.96] 16,8 [6.33] 179,8 [7.8],7 [7.98] MTKW 116,8 [4.9] 16,3 [4.97] 14,3 [.7] 168, [6.6] MTKC17,3 [6.19] 166,8 [6.7] 18,8 [7.3] 8,7 [8.] MTKW 13,8 [4.87] 133,3 [.] 1,3 [.99] 17, [6.89] MTKC164,3 [6.47] 173,8 [6.84] 19,8 [7.9] 1.7 [8.49] MTKW31 13, [.] 14, [.9] 161, [6.34] 183,9 [7.4] MTKC31173, [6.81] 18, [7.19] 1, [7.93] 4,4 [8.84] MTKW4 143,8 [.66] 13,3 [6.4] 17,3 [6.78] 19, [7.69] MTKC4184,3 [7.6] 193,8 [7.63] 1,8 [8.38] 3,7 [9.8] MTKW47 14, [6.6] 163, [6.44] 18, [7.19],4 [8.9] MTKC47194, [7.66] 4, [8.3] 3, [8.78] 4,9 [9.68] MTKW 18,4 [6.4] 167,9 [6.61] 186,9 [7.36] 9,8 [8.6] MTKC198,9 [7.83] 8,4 [8.] 7,4 [8.9],3 [9.8] 1

11 MTK EPMS MTRS DIMENSINS - MTK F K Shaft T Shaft R Shaft C Shaft SB Shaft Shaft Dim. See Page 14 L S L 3 L L 1 L 4 1. [.61] 84 [3.31] 73,8 [.91] 6 [.4] 6,3 [.] 9 [.3] 6 [.44] T A B Flange Dim. See Page 13 7 [.8] 17, [.69] P (A,B) 4. [.96] 4. [.96] (9 [3.4]) Rear Ports Dim. See Page 1 mm [in] 11 [4.3] Dia. Port A Port B Standard Rotation Viewed from Shaft End Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotation Viewed from Shaft End Port A Pressurized - CCW Port B Pressurized - CW P T (A,B) xg 3/4 G 1/4 Side 3 xm7x M14x1, 4 1 x1 16-1UN -UNF / 7 16 Versions / Rear 6 7 xg 1 / x 8 -UNF G 1/4 -UNF / / 7 16 Type MTKF 16 MTKF MTKF MTKF 31 MTKF 4 MTKF 47 MTKF L, 1 mm [ in] L, mm [ in] L, 3 mm [ in] L, 4 mm [ in] 11,3 [.96] 16,8 [6.33] 17,3 [6.19] 166,8 [6.7] 164,3 [6.47] 173,8 [6.84] 173, [6.81] 18, [7.19] 184,3 [7.6] 193,8 [7.63] 194, [7.66] 4, [8.3] 198,9 [7.83] 8,4 [8.1] 179,8 [7.8],7 [7.98] 18,8 [7.3] 8,7 [8.] 19,8 [7.9] 1,7 [8.49] 1, [7.93] 4,4 [8.84] 1,8 [8.38] 3,7 [9.8] 3, [8.78] 4,9 [9.68] 7,4 [8.9],3 [9.8] L, S mm [ in] 1,8 [.86] 7,8 [1.9] 34,8 [1.37] 43, [1.71] 4,8 [.16] 6, [.6] 69,4 [.73] 11

12 MTK EPMS MTRS Rear Ports MTK W 3 [.91] A B 1,8 [.86],6 [.] 13,8 [.4] L 4+14 [.] 19, [.77] 4,4 [.96] MTK C 3 [.91] A B 1,8 [.86],6 [.] 19, [.77] 13,8 [.4] 4,4 [.96] L 4+14 [.] MTK F 3 [.91] A B 1,8 [.86],6 [.] 19, [.77] 13,8 [.4] 4,4 [.96] L 4+14 [.] mm [in] 1

13 MTK EPMS MTRS DIMENSINS F MUNTING W 4-Bolt flange, Wheel Motor spigot diameter 17,9 mm [. in] - BC 147,6 mm [.81 in] 4x ø13,6 [.3] Dia. 6,4 [.] 18 [.71] 46, [1.83] 6,4 [.] L ø147,6 [.81] Dia. (133 [.4]) (133 [.4]) C +, -,9 4-Bolt flange, spigot diameter 17 mm [ 4.99 in ] - BC 161,9 mm [ 6.37 in] 1- UNEF ø17,9 -.3 ] Dia. [ Type L, mm [ in] MTKW...C... 99, [3.9] MTKW...SB... 96,8 [3.81] MTKW...R... 1, [4.4] MTKW...K ,3 [4.49] MTKW...T... 14, [4.91] L mm [in] 4x ø14,3 [.6] Dia. 18,4 [.7] 1,4 [.49] Type MTKC...C... MTKC...SB... MTKC...R... MTKC...K... MTKC...T... L, mm [ in] 9 [.39] 6,3 [.] 6, [.44] 73,8 [.91] 84, [3.31] (14 [.71]) ø161,9 [6.37] Dia. (14 [.71]) -, ] Dia. ø17 [4.99 F 6 -Bolt flange, spigot diameter 8, mm [ 3. in] - BC 16,3 mm [ 4.19 in] 1, [.61] 6 [.4] L 6x ø13, [.3] Dia. Type MTKF...C... MTKF...SB... MTKF...R... MTKF...K... MTKF...T... L, mm [ in] 9 [.39] 6,3 [.] 6, [.44] 73,8 [.91] 84, [3.31] ø16,3 [4.19] Dia. 137 [.39] max., o +,4 -,8 ø8, -.3 ] Dia. [

14 MTK EPMS MTRS SHAFT EXTENSINS C ø1. [ 31,7] srtaight, Parallel key 16 "x 16 "x 1 ¼" Max. Torque 77 danm [ 681 lb-in] R 3 ø1. [ 31,7 ] tapered 1:8, Parallel key 16 "x 16 "x 4 " Max. Torque 77 danm [ 681 lb-in] 7,9±,1 [.3±.39] 3 +,33 -,17 [.49 ] ø31,7 -, [1. ] Dia /8-16UNC [.197] 1 min [.87] 31,7 +, -, [ ] R,8 [.3] 1,±, [.8±.79] SB ø1. [ 31,7 ] 14T Splined ANSI B , 1/4 Max. Torque 77 danm [ 681 lb-in] ø4 [1.77] Dia. 3,918±,1 [.14±.39] 7,9±,1 [.3±.39] 1,7 [.499] 1-UNEF-A Max. Torque ±1 danm [177±88. lb-in] 4, -,3 [ ] (3,91 [.14]) xø4 [.17] R,8 [.3] 3±,6 [.49±.4] 3,±,3 [.16±.118] ±,3 [.16±.118] 19,±, [.749±.79] ø31,7±, [1.±.98] Dia. ø4 [1.77] Dia. ø31,7 -, [1. ] Dia /8-16UNC [.197] 1 min [.87] 4,±, [1±.79] R,8 [.3] 49±, [1.93±.79] ø,4±,1 [1±.39] Dia. ø4 [1.77] Dia. +,16 4,39 -,3 [.179 ] K ø1. [ 38,1 ] tapered 1:8, Parallel key 8 "x 8 "x 1" Max. Torque 89 danm [7878 lb-in] 9,3±,1 [.37±.9] 1-UNEF xø4 [.17] (4,3 [.178]),4 +,4 -, +.17 [ ] 1,7 [.499] R,8 [.3] ø4 [1.77] Dia. T ø1.6 [ 41,7 ] tapered 1:8, Parallel key 16 "x 16 "x 4 " Max. Torque 1 danm [88 lb-in] Max. Torque ±1 danm [177±88. lb-in] 4 [.17] R,8 [.3] 47,±,6 [1.87±.4] 66±,3 [.9±.118] 67 -,3 [,64 ] -.19 ø38,1 [1.49] Dia.,7 +,7 -, [.19 ] ,11 +, [.437 ] 1 / 18UNEF-A ø4 [1.77] Dia. xø4 [.17] 1 4 (,6 [.19]) 1,7 [.618] 31,7 +,4 -, +.17 [ ] R,8 [.3] Max. Torque ±1 danm [44±88. lb-in] 4 [.17] 7,±,3 [.97±.118] R,8 [.3] 4±,6 [.16±.36] ø41,7±, [1.6±.98] Dia. mm [in] 77±,3 [3.3±.118] 14

15 MTK EPMS MTRS PERMISSIBLE SHAFT LADS The curves apply to a B1 bearing life (IS81) of hours at MTKF 1 RPM. P rad (dan) P rad 3 (lbs) mm in ,3 [.] 9 [.3] 6 [.44] 73,8 [.9] 84 [ 3.31] The curves apply to a B1 bearing life (IS81) of hours at MTKC 1 RPM. MTKW P rad (dan) 6 P rad (lbs) 14 P rad (dan) 6 P rad 14 (lbs) mm mm in , in ,3 [.] 96,8 [3.81] 9 [.3] 99, [3.9] 6 [.44] 1, [4.4] 73,8 [.9] 114,3 [4.] 84 [ 3.31] 14, [4.9] 1

16 MTK EPMS MTRS MAX. PERMISSIBLE SHAFT SEAL PRESSURE for MTK motors P PSI P bar Max. return pressure without drain line or max. pressure in the drain line min -1 - continuous operations - intermittent operations MTK RDER CDE Pos.1 - Mounting Flange W - 4-Bolt flange, Wheel Motor spigot diameter 17,9 mm [. in] - BC 147,6 mm [.81 in] C - 4-Bolt flange, spigot diameter 17 mm [ 4.99 in ] - BC 161,9 mm [ 6.37 in] F - Bolt flange, spigot diameter 8, mm [ 3. in] - BC 16,3 mm [ 4.19 in] Pos. - Port type omit - Side ports E - Rear ports Pos. 3 - Displacement code ,9 cm /rev [ 9.63 in 3 /rev] ,3 cm /rev [ 1.8 in /rev], cm /rev [ 1.38 in /rev] 314,9 cm /rev [ 19. in /rev] 396,8 cm /rev [ 4. in /rev] 47, cm /rev [ 8.7 in /rev],4 cm /rev [ 3.6 in /rev] Pos. 4 - Shaft Extensions* C - ø 1." [31, 7] straight, Parallel key /16" x/16" x1 1/4 ", 3/8-16 UNC SB - ø 1." [31, 7 ] 14T Splined ANSI B , 1/4, 3/8-16 UNC R - ø 1." [31, 7] Tapered 1:8, Parallel key /16" x/16" x3/4 ", 1- UNEF K - ø 1." [ 38,1] Tapered 1:8, Parallel key 3/8" x3/8" x1 ", 1- UNEF T - ø 1.6" [ 41,7] Tapered 1:8, Parallel key 7/16" x7/16" x1 1/4 ", 1 1/4-18 UNEF Pos. - Port Size/Type - side ports, xg 3/4, G1/4 BSP (IS 8) 3 - side ports, xm7x, M14x1, - 6H (IS 6) 4 - side ports, x 1 1/16-1 UN, 7/16- UNF - rear ports, xg 1/, G1/4 BSP (IS 8) 6 - rear ports, x 7/8- UNF, 7/16- UNF Pos.6 - Check Valves omit - without check valves 1 - with check valves Pos. 7 - Special Features (see page 48) omi t - Factory specified Pos. 8 - Design Series omi t - Factory specified Notes: * The permissible output torque for shafts must be not exceeded! ** Color at customer's request. The hydraulic motors are mangano phosphatized as standard. 16

17 HYDRAULIC MTRS MTM APPLICATIN» Skid Steer Loaders» Metal working machines» Trenchers» Augers» Agricultural machines» Road building machines» Special vehicles» Mine machines» Woodworking and sawmill machinery» Conveyors etc. CNTENTS Specification data Function diagrams Dimensions and mounting... 4 Shaft extensions... Permissible shaft loads... Dimensions and mounting- MTM V... 6 Dimensions and mounting- MTM6V... 7 Internal Spline data... 8 rder code... 8 GENERAL A B PTINS A B» Model - Disc valve, roll-gerotor» Flange with wheel mount» Short motor» Side ports» Shafts - straight, splined and tapered» BSPP ports;» ther special features. EXCELLENCE» High torque and pressure drop» High inlet pressure» High starting torque» Improved efficiency at high pressure drop» Smooth operation at low speed Max. Displacement, Max. Speed, Max. Torque, Max. utput, Max. Pressure Drop, Max. il Flow, Min. Speed, cm /rev [in /rev] [RPM] danm [ lb-in] kw [HP] bar [PSI] lpm [GPM] [RPM] Permissible Shaft Loads dan [lbs] Pressure fluid Temperature range, C [ F] ptimal Viscosity range, mm /s [SUS] Filtration 74,3 [ 44.] 7 cont.: 183 [ 16] int.: 9 [7] 7 [94] cont.: [ 36] int.: 3 [8] 1 [4] P= 1 [ ] a Mineral based- HLP(DIN 14) or HM(IS 6743/4) [-4 84] 7 [ ] IS code /16 (Min. recommended fluid filtration of micron s) il flow in drain line Pressure Losses Pressure drop bar [ PSI] 14 [ 3] 1 [ 34] Viscosity il flow in drain line mm /s [ SUS] lpm [ GPM] [ 98] 3 [ 164] [ 98] 3 [ 164], [.66] 1, [.396] [ 1.31] 3 [.793] Q, lpm Q, GPM 17

18 MTM MTRS SPECIFICATIN DATA Type MTM MTM MTM MTM MTM MTM MTM MTM Displacement, cm /rev [ in /rev] Max. Speed, [RPM] 1,4 [ 1.9] 6 7 1,8 [ 1.36] 6 36,3 [ 19.9] ,9 [.6] [ 8.97] ,6 [ 31.9] , [ 38. ] [ 44.] 17 1 Max. Torque 74 [ 6] 9 [ 796] 116 [ 16] 147 [ 131] 171 [ 113] 17 [ 1] 183 [ 16] 16[ 1416] danm [ lb-in] Peak** 1 [ 93] 18 [ 1133] 163 [ 144] 6 [ 183] 1 [ 163] 1[163] 9 [ 7] 19[ 17] 11 [ 118] 144 [ 174] 186 [ 1646] 3 [ 8] 4 [ 14] 4 [ 14] 74 [ 4] 4 [ 14] Max. utput kw [ HP] Max. Pressure Drop bar [ PSI] Max. il Flow Peak** 41 [ ] 7 [94] [ 36] 3 [ 8] 4 [ 8] 1 [ 33] 41 [] 7 [ 94] [36] 3[8] 4[8] 1[33] 41 [] 7 [94] [36] 3[8] 4[8] 1[33] 41 [] 7 [94] [36] 3[8] 4[8] 1[33] 41 [] [ 74] [36] 31 [ 47] 3 [ 8] 1[33] 37, [ ] 1 [ 68] 3 [ 334] 8 [ 46] 3 [ 464] 1[33] 8 [ 37,] 4 [ 6] [ 9] [ 36] 3[ 43] 1[33] 6 [ 3] 4 [ 4] 16 [ 3] 1[ 34] 6[ 377] 1[33] lpm [ GPM] 1 [ 4] 1[4] 1[4] 1[4] 1[4] 1[4] 1[4] 1[4] Max. Inlet Pressure bar [ PSI] Max. Return Pressure Peak** 7 [ 39] 37 [ 37] 4 [ 61] -1 RPM 7 [11] 7[39] 37[37] 4[61] 7 [11] 7[39] 37[37] 4[61] 7 [11] 7[39] 37[37] 4[61] 7 [11] 7[39] 37[37] 4[61] 7 [11] 7[39] 37[37] 4[61] 7 [11] 7[39] 37[37] 4[61] 7 [11] 7[39] 37[37] 4[61] 7 [11] without Drain Line or 1-3 RPM 4 [8] 4 [8] 4 [8] 4 [8] 4 [8] 4 [8] 4 [8] 4 [8] Max. Pressure >3 RPM [9] [9] [9] [9] [9] in Drain Line, bar [ PSI] -max. RPM 7 [11] 7 [11] 7 [11] 7 [11] 7 [11] 7 [11] 7 [11] 7 [11] Max. Return Pressure with Drain Line bar [ PSI] Peak** 14 [ ] 14 [ ] 14 [ ] 14 [ ] 17 [ ] 17 [ ] 17 [ ] 17 [ ] 1 [ 3] 1 [ 3] 1 [ 3] 1 [ 3] 14 [ ] 14 [ ] 14 [ ] 14 [ ] 17 [ ] 17 [ ] 17 [ ] 17 [ ] 1 [ 3] 1 [ 3] 1 [ 3] 1 [ 3] Max. Starting Pressure with Unloaded Shaft, bar [ PSI] 6 [9] 6 [9] 6 [9] 6 [9] 6 [9] 6 [9] 6 [ 9] 6 [ 9] Min. Starting Torque danm [ lb-in] 6 [ 31] 7 [ 664] 97 [ 88] 1 [ 18] 14 [ 17] 143 [ 16] 14 [ 183] 148[ 131] Min. Speed***, [RPM] Weight, kg [ lb] MTM 6,9 [ 9.3] 7,3 [ 6.] 8,1 [ 6] 9 [ 64] 9,7 [ 6.] 3, [ 66.6] 9, 7 [ 6. ] 31 [ 68.4] MTMW 7,4 [ 6.4] 7,8 [ 61.3] 8,6 [ 63.1] 9, [ 6.1] 3, [ 66.6] 3,7 [ 67.7] 3, [ 66.6] 31, [ 69.] MTMV 1,7 [ 34. 6] 16,1 [ 3. ] 16,9 [ 37.3] 17,8 [ 39.3] 18, [ 4.8] 19 [ 41.9] 18, [ 4.8] 19,8 [ 43.7] * Intermittent operation: the permissible values may occur for max. 1% of every minute. ** Peak load: the permissible values may occur for max. 1% of every minute. *** For speeds lower than given, consult factory or your regional manager. 1. Intermittent speed and intermittent pressure must not occur simultaneously.. Recommended filtration is per IS cleanliness code /16. A nominal filtration of micron or better. 3. Recommend using a premium quality, anti-wear type mineral based hydraulic oil, HLP(DIN14) or HM(IS6743/4). If using synthetic fluids consult the factory for alternative seal materials. 4. Recommended minimum oil viscosity 13 mm²/s [7 SUS] at C [1 F].. Recommended maximum system operating temperature is 8 C [18 F]. 6. To assure optimum motor life fill with fluid prior to loading and run at moderate load and speed for 1-1 minutes. 18

19 MTM MTRS FUNCTIN DIAGRAMS MTM M lb-in 1 M danm 14 Q=1 l/min.6 GPM l/min.3 GPM 4 l/min 1.6 GPM 6 l/min 1.8 GPM 8 l/min 1. GPM 1 l/min 6.4 GPM 1 l/min 33 GPM 1 l/min 39.6 GPM cont. int. N=, kw 1 kw kw kw 4 kw 3 kw 8% t=86% 83% 8% 6 kw kw 78% cont. 7% 7% 6% int. p=3 bar 7 PSI 3 bar 471 PSI 3 bar 43 PSI 7 bar 399 PSI bar 36 PSI bar 36 PSI bar 9 PSI 16 bar 3 PSI 1 bar 174 PSI 8 bar 116 PSI 4 bar 8 PSI n min (rpm) MTM 31 M lb-in 16 M danm 17 Q=1 l/min.6 GPM l/min.3 GPM 4 l/min 1.6 GPM 6 l/min 1.8 GPM 8 l/min 1. GPM 1 l/min 6.4 GPM 1 l/min 33 GPM 1 l/min 39.6 GPM cont. int. kw N=, kw 1 kw kw t=88% 87% kw 4 kw 8% 83% 3 kw min (rpm) cont. 8% 7% 7% 6% The function diagrams data was collected at back pressure 1 bar (7.PSI 14PSI) and oil with viscosity of 3 mm²/s [1SUS] at C [1 F]. int. p=3 bar 7 PSI 3 bar 471 PSI 3 bar 43 PSI 7 bar 399 PSI bar 36 PSI bar 36 PSI bar 9 PSI 16 bar 3 PSI 1 bar 174 PSI 8 bar 116 PSI 4 bar 8 PSI n 19

20 MTM MTRS FUNCTIN DIAGRAMS MTM 4 M lb-in M danm Q=1 l/min.6 GPM l/min.3 GPM 4 l/min 1.6 GPM 6 l/min 1.8 GPM 8 l/min 1. GPM 1 l/min 6.4 GPM 1 l/min 33 GPM 1 l/min 39.6 GPM cont. int. 6 kw 4 kw kw 3 kw t=87% 1 kw kw kw 86% 8% 78% N=, kw 83% 8% 7% 7% 6% cont. int. p=3 bar 7 PSI 3 bar 471 PSI 3 bar 43 PSI 7 bar 399 PSI bar 36 PSI bar 36 PSI bar 9 PSI 16 bar 3 PSI 1 bar 174 PSI 8 bar 116 PSI 4 bar 8 PSI n min (rpm) MTM 47 M lb-in M danm cont. int. Q=1 l/min.6 GPM l/min.3 GPM kw 4 l/min 1.6 GPM N=, kw 6 l/min 1 kw kw t=87% 1.8 GPM 8 l/min 8% 1. GPM 1 l/min 6.4 GPM 3 kw 4 kw 83% 8% 1 l/min 33 GPM 7% kw cont. 78% 6% 1 l/min 39.6 GPM 7% int. p=3 bar 7 PSI 3 bar 471 PSI 3 bar 43 PSI 7 bar 399 PSI bar 36 PSI bar 36 PSI bar 9 PSI 16 bar 3 PSI 1 bar 174 PSI 8 bar 116 PSI 4 bar 8 PSI n min (rpm) The function diagrams data was collected at back pressure 1 bar (7.PSI 14PSI) and oil with viscosity of 3 mm²/s [1SUS] at C [1 F].

21 MTM MTRS FUNCTIN DIAGRAMS MTM M lb-in M danm cont. int. Q=1 l/min.6 GPM l/min.3 GPM 4 l/min N=, kw 1.6 GPM 1 kw kw 6 l/min 1.8 GPM 8 l/min 1. GPM kw 3 kw t=86% 83% 4 kw kw min (rpm) 1 l/min 6.4 GPM 1 l/min cont. 33 GPM 78% 7% 1 l/min 8% 7% 6% int GPM p=3 bar 471 PSI 3 bar 43 PSI 7 bar 399 PSI bar 36 PSI bar 36 PSI bar 9 PSI 16 bar 3 PSI 1 bar 174 PSI 8 bar 116 PSI 4 bar 8 PSI n MTM 63 M lb-in M danm Q=1 l/min.6 GPM l/min.3 GPM 4 l/min 1.6 GPM 6 l/min 1.8 GPM 8 l/min 1. GPM 1 l/min 6.4 GPM 1 l/min 33 GPM 1 l/min 39.6 GPM cont. int. 1 kw N=, kw kw t=87% 8% 3 kw 4 kw kw 78% 83% 8% 7% 7% 6% bar 36 PSI bar 36 PSI bar 9 PSI 16 bar 3 PSI 1 bar 174 PSI 8 bar 116 PSI 4 bar 8 PSI cont. int. n min (rpm) The function diagrams data was collected at back pressure 1 bar (7.PSI 14PSI) and oil with viscosity of 3 mm²/s [1SUS] at C [1 F]. 1

22 MTM MTRS DIMENSINS AND MUNTING DATA - MTM and MTMC K Shaft C,C Shaft SH Shaft Shaft Dim. See Page K Shaft C,C Shaft SH Shaft 4...4,4 [ ] 8 [3.8] 8 [3.8] Flange Dim. See Page 4 3,8...31, [ ] T ø139 [.47] P (A,B) 1±,1 [.87±.9] 8 [3.8] 8 [3.8],4 [.181] 8, [3.48] T max L L L1 max L L1 ø139 [.47] L 4±,1 [1.63±.9] 4±,1 [1.63±.9] P (A,B) Port A F Port B T - Drain port G1/4 +,4 ø1 [ ] F 139 [.47] 1 [.47] 1 [.394] Warning: Drain line should always be used. 7 [.834] Standard Rotation Viewed from Shaft End Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotation Viewed from Shaft End Port A Pressurized - CCW Port B Pressurized - CW P T (A, B) : xg3/4-17 mm [.669 in] depth : G1/4-1 mm [.47 in] depth (plugged) Type L, mm [in] L, mm [in] Type L, mm [in] L, mm [in] L, 1 mm [in] MTM 188 [ 7.4] 14,3[.6] MTMC 198 [ 7.79] 13 [ 6.] [.98] MTM 194 [ 7.64] 148,6 [.8] MTM 31 3 [ 7.99] 17,8 [ 6.1] MTMC 4, [ 8.] 19,3 [ 6.7] 31,3 [ 1.3] MTMC 31 13, [ 8.4] 168, [ 6.63] 4, [ 1.9] MTM 4 14 [ 8.43] 168,3 [ 6.63] MTM 47 [ 8.74] 176,3 [ 6.94] MTM 8 [ 8.98] 18,3 [ 7.18] MTM 63 4 [ 8.8] 178,3 [ 7.] MTM 7 33 [ 9.17] 187,3 [ 7.37] MTMC 4 MTMC 47 MTMC MTMC 63 MTMC 7 4 [ 8.8] 3 [ 9.13] 38 [ 9.37] 34 [ 9.1] 43 [ 9.6] 179 [ 7.4] 187 [ 7.36] 193 [ 7.6] 189 [ 7.44] 198 [ 7.79] 1 [.1] 9 [.3] 6 [.6] 61 [.4] 7 [.76] mm [in]

23 MTM MTRS DIMENSINS AND MUNTING DATA - MTMW K Shaft C, C Shaft SH Shaft Shaft Dim. See Page 99,...99,8 [ ] 8 [3.8] 8 [3.8] Flange Dim. See Page 4 L3 L L1 ø139 [.47] Port Dim. See Page max L P (A,B) Port A T Port B Warning: Drain line should always be used. P T (A, B) : xg3/4-17 mm [.669 in] depth : G1/4-1 mm [.47 in] depth (plugged) Type MTMW MTMW MTMW 31 MTMW 4 MTMW 47 MTMW MTMW 63 MTMW 7 L, mm [in] 19 [.8] 13 [.3] 144 [.67] 1 [ 6.1] 163 [ 6.4] 169 [ 6.6] 16 [ 6.] 174 [ 6.8] L, 1 mm [in] [.98] 31,3 [ 1.3] 4, [ 1.9] 1 [.1] 9 [.3] 6 [.6] 61 [.4] 7 [.76] L, mm [in] L, 3 mm [in] 83,8 [ 3.3] 111,1 [ 3.37] 9,1 [ 3.] 117,4 [ 4.6] 99,3 [ 3.91] 16,6 [ 4.98] 19,8 [ 4.3] 137,1 [.4] 117,8 [ 4.64] 14,1 [.71] 13,8 [ 4.87] 11,1 [.9] 119,8 [ 4.7] 147,1 [.79] 18,8 [.7] 16,1 [ 6.1] Standard Rotation Viewed from Shaft End Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotation Viewed from Shaft End Port A Pressurized - CCW Port B Pressurized - CW mm [in] 3

24 MTM MTRS MUNTING 4-Bolt flange spigot diameter ø16 mm [6.3 in] - BC ø [7.874 in] mm 4xø18±,1 [.78±.9] ø±,4 [7.874±.17] 9 [.34] 4, [1.8] C 4-Bolt flange spigot diameter ø1 mm [4.91 in] - BC ø16 mm [6.3 in] 4xø14 +,3 +, [ ] ø16±,4 [6.3±.17] R16 [.63] 9±, [.34±.197] 1±, [.87±.197] W 4-Bolt flange, Wheel Motor spigot diameter ø16 mm [6.3 in] - BC ø mm [7.874 in] 4xø18±,1 [.78±.9] ø±,4 [7.874±.17] 7 [.7] 4 [1.63] 18 [7.86] ø17 -,63 [6.77 ] -. ø1 -,1 [4.91 ] -.39 ø16 -,63 [6.99 ] [.787] ø1 -,1 -, [4.91 ] 18 [7.86] ø98±, [3.88±.197] ø139 [.47] ø16 -,63 [6.99 ] -. 4 [.94] 4 1 [.17] [.87] mm [in] 4

25 MTM MTRS C - ø4 straight, Parallel key A1x8x7 DIN 688 Max. Torque 13,8 danm [117 lb-in] SHAFT EXTENSINS SH - ø1½" splined 17T, DP 1/4 ANSI B Max. Torque 13,8 danm [117 lb-in] R±, [.787±.78] 4 R±, [.787±.78] R±, [.787±.78] 4 R±, [.787±.78] Pitch 1/4 Teeth 17 Pressure angle 3 1 -,43 [ ] 8-, [3.8 ] -.79 :1 8-, [3.8 ] -.79 ø [1.968] ø4 +,18 -, [1.7 ] ø [1.968] M1 min [.984] Deep M1 min [.984] Deep 6 [.] K - tapered 1:1, Parallel key B1x8x8 DIN 688 Max. Torque 1,7 danm [186 lb-in] ø [1.968] 8-, [ ] 4 B [.17] 6 [.36] M3x ø6 [.] 1 +,1 -, [ ] B-B 4±,4 [.16±.17] Taper 1:1 B ø6 [.36] S=46 Tightening Torque ±3 danm [44±6 lb-in] 16,1-, 43 -, [1.693 ] -.79 ø38,1-, [1. ] -.1 -ø1½" straight, Parallel key 3 "x 3 C 8 8 "x ¼" BS46 Max. Torque 13,8 danm [117 lb-in] R±, [.787±.78] 9.4 -, [.379 ] R±, [.787±.78] 8-, [3.8 ] ,4 -, [1.669 ] /8-16 UNC min [.984] deep ø [1.968] ø38,1-, [1. ] -.19 [.634 ] -.79 mm [in] PERMISSIBLE SHAFT LADS The curves apply to a B1 bearing life (IS81) of hours at RPM. Pr Pr lbs dan 6 1 MTM Pr Pr lbs dan 6 1 MTMC mm mm in Pr Pr lbs dan MTMW in mm in

26 MTM MTRS DIMENSINS AND MUNTING DATA - MTMV 4,6-1 [ ] 14 max [.1] T 1±, [.87±.78] ø11±,1 [4.33±.39] Port B 9xM1 ø139 [.47 ] -, -.79 ø139 [.47] 84±,3 [3.37±.118] 139 [.47] Port A P (A,B) L3 L1 L max L 7 [.834] P T (A, B) mm [in] Warning: Drain line should always be used. : xg3/4-17 mm[.669 in] depth : G1/4 1 mm [.47 in] depth (plugged) Standard Rotation Viewed from Shaft End Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotation Viewed from Shaft End Port A Pressurized - CCW Port B Pressurized - CW Type L, mm [in] L, 1 mm [in] MTMV 11 [.94] [.98] MTMV 17 [ 6.181] 31,3 [ 1.3] MTMV [ 6.7] 4, [ 1.9] MTMV [ 6.968] MTMV [ 7.83] MTMV 191 [ 7.] MTMV [ 7.36] MTMV [ 7.717] 1 [.1] 9 [.3] 6 [.6] 61 [.4] 7 [.76] L, mm [in] L, 3 mm [in] 16, [ 4.193] 7,8 [ 1.94] 11,8 [ 4.441] 6, [ 1.43] 1, [ 4.83],3 [.878] 13, [.17] 1,8 [.88] 14, [.31] 3,8 [.937] 146, [.768] 7,8 [ 1.94] 14, [.61] 1,8 [.88] 11, [.96],8 [.898] DIMENSINS F THE ATTACHED CMPNENT F +, [1.8 ] +,4 17 [ ] T K 16DP 1/4 ANS B min ø [.16] ø9 [3.43] J I F: il circulation hole J: 9xM1-3 mm [1.181 in] depth, 4, ø11±,1 [4.33±.39] I: - Ring 93x1,mm [3.661x.9 in] T: Drain connection G1/4 6

27 MTM MTRS DIMENSINS AND MUNTING DATA - MTM6V 4,6-1 [ ] 14 max [.1] T 1±, [.87±.78] 4 1 ø11±,1 [4.33±.39] Port B -, -.79 ø139 [.47 ] ø139 [.47] 84±,3 [3.37±.118] 6xM1 139 [.47] Port A L3 L L1 max L P (A,B) 4 1 Fig.1 7 [.834] mm [in] Warning: Drain line should always be used. P (A, B) : xg3/4-17 mm[.669 in] depth T : G1/4 1 mm [.47 in] depth (plugged) Standard Rotation Viewed from Shaft End Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotation Viewed from Shaft End Port A Pressurized - CCW Port B Pressurized - CW Type L, mm [in] L, 1 mm [in] MTM6V 11 [.94] [.98] MTM6V 17 [ 6.181] 31,3 [ 1.3] MTM6V [ 6.7] 4, [ 1.9] MTM6V [ 6.968] MTM6V [ 7.83] MTM6V 191 [ 7.] MTM6V [ 7.36] MTM6V [ 7.717] 1 [.1] 9 [.3] 6 [.6] 61 [.4] 7 [.76] L, mm [in] L, 3 mm [in] 16, [ 4.193] 7,8 [ 1.94] 11,8 [ 4.441] 6, [ 1.43] 1, [ 4.83] 13, [.17] 14, [.31],3 [.878] 1,8 [.88] 3,8 [.937] 146, [.768] 7,8 [ 1.94] 14, [.61] 1,8 [.88] 11, [.96],8 [.898] DIMENSINS F THE ATTACHED CMPNENT FR MTM6V F +, [1.8 ] +,4 17 [ ] J T K 16DP 1/4 ANS B min ø [.16] ø9 [3.43] I F: il circulation hole J: 9xM1-3 mm [1.181 in] depth, 4, ø11±,1 [4.33±.39] or 6xM1-3 mm [1.181 in] depth, situated in accordance with the bolts M1, shown on Fig.1, ø11±,1 [4.33±.39] DRAIN CNNECTIN A drain line ought to be used when pressure in the return line can exceed the permissible pressure. It can be connected to the drain connection of the attached component. The maximum pressure in the drain line is limited by the attached component and its shaft seal. The drain line must be possible for oil to flow freely between motor and attached component and must be led to the tank. The maximum pressure in the drain line is limited by the attached component and its seal. 7 I: - Ring 93x1,mm [3.661x.9 in] T: Drain connection G1/4

28 MTM MTRS INTERNAL SPLINE DATA FR THE ATTACHED CMPNENT Standard ANS B , class [m=.1166; corrected x.m=+1,] Fillet Root Side Fit Number of Teeth Diametral Pitch Pressure Angle Pitch Dia. Major Dia. Minor Dia. Circular Space Width Fillet Radius Dimension Between Two Pins Pin Dia. z DP D Dri Di Lo R L d inch mm /4 1/ ,866 +, ,4 +, , ,16±,37., +, , ,83±,1 L Hardening Specification: HV=7± on the surface. HV=6 at,7±, [.3.19] case depth Material: MoCr4 EN 184 or SAE86. RDER CDE MTM Pos.1 - Mounting Flange omit - 4-Bolt flange, spigot dia. ø16, BC ø C - 4-Bolt flange, spigot dia. ø1, BC ø16 W - Wheel motor V - Very short mount, 9xM1 mounting bolts 6V - Very short mount, 6xM1 mounting bolts Pos. - Displacement code - 1,4 cm /rev [1.9 in /rev] - 1,8 cm /rev [1.36 in /rev] 31-36,3 cm /rev [19.9 in /rev] 4-41,9 cm /rev [.6 in /rev] 47-47, cm /rev [8.97 in /rev] - 3,6 cm /rev [31.9 in /rev] , cm /rev [38. in /rev] 7-74, 3 cm /rev [44. in /rev] Pos.3 - Shaft Extensions* C C K SH - ø4 straight, Parallel key A1x8x7 DIN688 - ø1½ straight, Parallel key / x / x¼ BS46 - ø4 tapered 1:1, Parallel key B1x8x8 DIN688 - ø1½" splined 17T ANSI B Pos.4 - Check Valves omit - without check valves 1 - with check valves Pos. - Ports omit - BSPP (IS 8) Pos.6 - Special Features (see page 48) Pos.7 - Design Series omit - Factory specified 8 8 NTES: * The permissible output torque for shafts must not be exceeded! The hydraulic motors are mangano-phosphatized as standard. 8

29 HYDRAULIC MTRS TMF APPLICATIN» Marine equipment» Forestry equipment» Metal working machines» Agriculture machines» Road building machines» Mining machinery» Special vehicles etc. A B CNTENTS Specification data... 3 Dimensions and mounting TMF Dimensions and mounting TMFA... 3 Permissible shaft loads rder code PTINS» Model- Disc valve, roll-gerotor» Wheel mounting flange» Side ports» Shaft- thread hole flange» SAE and BSPP ports» ther special features GENERAL Max. Displacement, Max. Speed, Max. Torque, Max. utput, Max. Pressure Drop, Max. il Flow, Min. Speed, cm /rev [in /rev] [RPM] danm [ lb-in] kw [HP] bar [PSI] lpm [GPM] [RPM] Permissible Shaft Loads dan [lbs] Pressure fluid Temperature range, C [ F] ptimal Viscosity range, mm /s [SUS] Filtration 74,3 [ 44.] 7 cont.: 17 [ 149] int.: 1 [163] 7 [94] cont.: [ 36] int.: 3 [8] 1 [4] P= 1 [ ] a Mineral based- HLP(DIN 14) or HM(IS 6743/4) [-4 84] 7 [ ] IS code /16 (Min. recommended fluid filtration of micron) Pressure drop bar [ PSI] [9] 7 [ 399] il flow in drain line Viscosity il flow in drain line mm /s [ SUS] lpm [ GPM] [98], [. 66] 3 [164] 1, [. 4] [98] 4 [1.7] 3 [164], [.66] Pressure Losses Q, lpm Q, GPM 9

30 MLHV TMF MTRS SPECIFICATIN DATA Type TMF TMF TMF TMF TMF TMF TMF TMF Displacement, cm /rev [ in /rev] Max. Speed, [RPM] 1,4 [ 1.9] 6 7 1,8 [ 1.36] 6 36,3 [ 19.9] ,9 [.6] [ 8.97] ,6 [ 31.9] , [ 38. ] [ 44.] 17 1 Max. Torque 74 [ 6] 9 [ 796] 116 [ 16] 147 [ 131] 171 [ 113] 17 [ 1] 17 [ 149] 16[ 1416] danm [ lb-in] Peak** 1 [ 93] 18 [ 1133] 163 [ 144] 6 [ 183] 1 [ 163] 1 [ 193] 1 [ 193] 19[ 17] 11 [ 118] 144 [ 174] 186 [ 1646] 3 [ 8] 4 [ 14] 4 [ 14] [ 1] 4 [ 14] Max. utput kw [ HP] Max. Pressure Drop bar [ PSI] Max. il Flow lpm [ GPM] Max. Inlet Pressure bar [ PSI] Max. Return Pressure Peak** Peak** 41 [ ] 6 [ 87] [ 36] 3 [ 8] 4 [ 8] 1 [ 33] 1 [ 4] 7 [ 39] 37 [ 37] 4 [ 61] -1 RPM 7 [11] 41 [] 7 [94] [36] 3[8] 4[8] 1[33] 1[4] 7[39] 37[37] 4[61] 7 [11] 41 [] 7 [94] [36] 3[8] 4[8] 1[33] 1[4] 7[39] 37[37] 4[61] 7 [11] 41 [] 7 [ 94] [36] 3[8] 4[8] 1[33] 1[4] 7[39] 37[37] 4[61] 7 [11] 41 [] [ 74] [36] 3[8] 4[8] 1[33] 1[4] 7[39] 37[37] 4[61] 7 [11] 37, [ ] 1 [ 68] 3 [ 334] 8 [ 46] 3 [ 464] 1[33] 1[4] 7[39] 37[37] 4[61] 7 [11] 8 [ 37,] 4 [ 6] 18 [ 68] [ 36] 7 [ 391] 1[33] 1[4] 7[39] 37[37] 4[61] 7 [11] 6 [ 3] 4 [ 4] 16 [ 3] 1[ 34] 6[ 377] 1[33] 1[4] 7[39] 37[37] 4[61] 7 [11] without Drain Line or 1-3 RPM 4 [8] 4 [8] 4 [8] 4 [8] 4 [8] 4 [8] 4 [8] 4 [8] Max. Pressure >3 RPM [9] [9] [9] [9] [9] in Drain Line, bar [ PSI] -max. RPM 7 [11] 7 [11] 7 [11] 7 [11] 7 [11] 7 [11] 7 [11] 7 [11] Max. Return Pressure with Drain Line bar [ PSI] Peak** 14[ ] 17 [ ] 1[ 3] 14[ ] 17 [ ] 1[ 3] 14[ ] 17 [ ] 1[ 3] 14[ ] 17 [ ] 1[ 3] 14[ ] 17 [ ] 1[ 3] 14[ ] 17 [ ] 1[ 3] 14[ ] 17 [ ] 1[ 3] 14[ ] 17 [ ] 1[ 3] Max. Starting Pressure with Unloaded Shaft, bar [ PSI] 6 [9] 6 [9] 6 [9] 6 [9] 6 [9] 6 [9] 6 [9] 6 [9] Min. Starting Torque danm [ lb-in] 6 [ 31] 7 [ 664] 97 [ 88] 1 [ 18] 14 [ 17] 143 [ 16] 14 [ 183] 148[ 131] Min. Speed***, [RPM] Weight, kg [ lb] 6,9 [ 9.3] 7,3 [ 6.] 8,1 [ 6] 9 [ 64] 9,7 [ 6.] 3, [ 66.6] 9, 7 [ 6. ] 31 [ 68.4] * Intermittent operation: the permissible values may occur for max. 1% of every minute. ** Peak load: the permissible values may occur for max. 1% of every minute. *** For speeds lower than given, consult factory or your regional manager. 1. Intermittent speed and intermittent pressure must not occur simultaneously.. Recommended filtration is per IS cleanliness code /16. A nominal filtration of micron or better. 3. Recommend using a premium quality, anti-wear type mineral based hydraulic oil, HLP(DIN14) or HM(IS6743/4). If using synthetic fluids consult the factory for alternative seal materials. 4. Recommended minimum oil viscosity 7 SUS [13 cm /s] at C [1 F].. Recommended maximum system operating temperature is 8 C [18 F]. 6. To assure optimum motor life fill with fluid prior to loading and run at moderate load and speed for 1-1 minutes. 3

31 MLHV TMF MTRS DIMENSINS AND MUNTING DATA - TMF 6 6 x 1 x 1 ø14 [.1] 1±,1 [.87±.9] Port B ø9,8 [3.64] 4±,1 [1.64±.9] ø18 [7.87] ø17 [6.77] 4±,1 [1.64±.9] ø18 [7.87] 7 [.83] ø1 [8.68] ø189 [7.441] 18 [.78] 6 [.36] 1xø14,+,1 [.9 +.9] (ø38) [9.37] xm14x1, P (A,B) Port A ø139 [.47] P (A, B) : xg3/4-17 mm [.669 in] depth T : G1/4-1 mm [.47 in] depth 7 [.76] 1 [.47] 113 max [4.449] [.197] L1 L L3 max L T mm [in] Warning: Drain line should always be used. Standard Rotation Viewed from Shaft End Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotation Viewed from Shaft End Port A Pressurized - CCW Port B Pressurized - CW Type TMF TMF TMF 31 TMF 4 TMF 47 TMF TMF 63 TMF 7 L, mm [ in] L, 1 mm [in] 16 [ 4.96].98 [] 13.3 [.1] 31,3 [ 1.3] 141.[.7] 4, [ 1.9] 1 [.98] 1 [.1] 16 [ 6.3] 166 [ 6.4] 16 [ 6.38] 171 [ 6.73] 9 [.3] 6 [.6] 61 [.4] 7 [.76] L, mm [in] 83 [3.68] 89.3 [3.16] 98. [3.878] 19 [4.91] 117 [4.66] 13 [4.843] 119 [4.69] 18 [.4] L, 3 mm [in] 11,3 [ 4.34] 116,6 [ 4.9] 1,8 [4.9] 136,3 [.37] 144,3 [.68] 1,3 [.9] 146,3 [.76] 1,3 [6.11] 31

32 MLHV TMF MTRS DIMENSINS AND MUNTING DATA - TMFA 6 6x/8-18 UNF 6 x 1 ø18 [7.87] ø17 [6.77] ø18 [7.87] ø189 [7.441] 7 [.83] x [.78] [.36] 1xø14, +,1 [.9 +.9] ø38 [9.37] ø1,4 [6.] ø1 [8.68] P (A,B) 1±,1 [.87±.9] ø19, [4.3] 7 [.76] 1 [.47] 113 max [4.449] [.197] max L Warning: Drain line should always be used. L1 L L3 4±,1 [1.64±.9] 4±,1 [1.64±.9] T Port B Port A ø139 [.47] P (A, B) : x1 1/16-1 UN, -ring port 17 mm [.669 in] depth T : 9/16-18 UNF, -ring port 1 mm [.47 in] depth mm [in] Standard Rotation Viewed from Shaft End Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotation Viewed from Shaft End Port A Pressurized - CCW Port B Pressurized - CW Type TMFA TMFA TMFA 31 TMFA 4 TMFA 47 TMFA TMFA 63 TMFA 7 L, mm [ in] L, 1 mm [in] 16 [ 4.96].98 [] 13.3 [.1] 31,3 [ 1.3] 141.[.7] 4, [ 1.9] 1 [.98] 1 [.1] 16 [ 6.3] 166 [ 6.4] 16 [ 6.38] 171 [ 6.73] 9 [.3] 6 [.6] 61 [.4] 7 [.76] L, mm [in] 83 [3.68] 89.3 [3.16] 98. [3.878] 19 [4.91] 117 [4.66] 13 [4.843] 119 [4.69] 18 [.4] L, 3 mm [in] 11,3 [ 4.34] 116,6 [ 4.9] 1,8 [4.9] 136,3 [.37] 144,3 [.68] 1,3 [.9] 146,3 [.76] 1,3 [6.11] 3

33 MLHV TMF MTRS PERMISSIBLE SHAFT LADS The load diagram is valid for an average bearings life of hours at 1 RPM Prad dan L, in Prad lbs 6 B A L, mm A - Permissible radial shaft load. B - Max. radial shaft load. Any shaft load exceeding the values shown in the curve will involve a risk of breakage RDER CDE TMF Pos.1 - Mounting Flange omit - Thread hole flange, xm1x1, on ø14 A - Thread hole flange, 6x/8-18 UNF on ø1,4 Pos. - Displacement code ,4 cm /rev [1.9 in /rev] - 1,8 cm /rev [1.36 in /rev] - 36,3 cm /rev [19.9 in /rev] - 41,9 cm /rev [.6 in /rev] - 47, cm /rev [8.97 in /rev] - 3,6 cm /rev [31.9 in /rev] - 631, cm /rev [38. in /rev] - 74, 3 cm /rev [44. in /rev] Pos.3 - Special Features (see page 48) Pos. 4 - Design Series omit - Factory specified The hydraulic motors are mangano-phosphatized as standard. 33

34 HYDRAULIC MTRS MVM CNTENTS GENERAL APPLICATIN»»»»»»» Conveyors Metal working machines» Agricultural machines Road building machines Mining machinery Food industries Specification data... 3 Dimensions and mounting Shaft extensions Permissible shaft Seal Pressure Permissible shaft loads rder code Special vehicles Plastic and rubber machinery etc. A B A B PTINS» Model - Disc valve, roll-gerotor» Flange with wheel mount» Short motor» Side ports» Shafts - straight, splined and tapered» BSPP ports;» ther special features. EXCELLENCE» High torque and pressure drop» High inlet pressure» High starting torque» Improved efficiency at high pressure drop» Smooth operation at low speed» High radial and axial bearing capacity Max. Displacement, cm /rev [in /rev] Max. Speed, [RPM] Max. Torque, danm [lb-in] Max. utput, kw [HP] Max. Pressure Drop, bar [PSI] Max. il Flow, lpm [GPM] Min. Speed, [RPM] Permissible Shaft Loads, Pressure fluid Temperature range, dan [lbs] C [ F] ptimal Viscosity range, mm /s [SUS] Filtration il flow in drain line 81,8 [48.91] 763 cont.: 9 [9] int.: 34 [39] 11 [1] cont.: [363] int.: 3 [8] 4 [ 63.4] Pa=1 [337] Mineral based- HLP(DIN 14) or HM(IS 6743/4) [-4 84] 7 [ ] IS code /16 (Min. recommended fluid filtration of microns) Pressure Losses Pressure drop Viscosity il flow in drain line bar [ PSI] mm /s [ SUS] lpm [ GPM] [98] 3 [.793] 14 [3] 3 [164] [.8] 1 [ 34] [98] 3 [164] 6 [ 1.8] 4 [1.7] Q, lpm Q, GPM

35 MVM MTRS SPECIFICATIN DATA Type MVM 31 MVM 4 MVM MVM 63 MVM 8 Displacement, cm /rev [ in /rev] 314, [ 19.19] 4,9 [ 4.] 499,6 [ 3.] 69,1 [ 38.38] 81,8 [ 48.91] Max. Speed, [RPM] Max. Torque danm [ lb-in] cont. cont [118] 16 [1416] [174] [177] [193] 6 [31] [9] 31 [744] 3 9 [9] 34 [39] peak** 18 [193] 3 [3] 86 [31] 36 [3186] 4 [38] Max. utput kw [ HP] Max. Pressure Drop bar [ PSI] cont. int.* cont. 67 [9] 11 [1] [363] 3 [8] 67 [9] 11 [1] [363] 3 [8] 67 [9] 11 [1] [363] 3 [8] 67 [9] 11 [1] [363] 3 [8] 67 [9] 11 [1] [363] 3 [43] peak** 4 [8] 4 [8] 4 [8] 4 [8] 3 [8] Max. il Flow lpm [ GPM] Max. Inlet Pressure bar [ PSI] cont. cont. [.8] 4 [63.4] 7 [391] 37 [36] [.8] 4 [63.4] 7 [391] 37 [36] [.8] 4 [63.4] 7 [391] 37 [36] [.8] 4 [63.4] 7 [391] 37 [36] [.8] 4 [63.4] 7 [391] 37 [36] peak** 4 [69] 4 [69] 4 [69] 4 [69] 4 [69] Max. Return Pressure cont. with Drain Line bar [PSI] peak** Max. Starting Pressure with Unloaded Shaft, 14 [3] 17 [4] 1 [34] 14 [3] 17 [4] 1 [34] 14 [3] 17 [4] 1 [34] 14 [3] 17 [4] 1 [34] 14 [3] 17 [4] 1 [34] bar [PSI] [7] [7] [7] [7] [7] Min. Starting Torque danm [ lb-in] 9 [814] 11 [118] 144 [174] 18 [193] [1814] Min. Speed***, [RPM] Weight, kg [lb] 41,3 [91] 4,1 [93] 43 [9] 44, [98] 46 [11.4] * Intermittent operation: the permissible values may occur for max. 1% of every minute. ** Peak load: the permissible values may occur for max. 1% of every minute. *** For speeds lower than given, consult factory or your regional manager. 1. Intermittent speed and intermittent pressure must not occur simultaneously.. Recommended filtration is per IS cleanliness code /16. A nominal filtration of micron or better. 3. Recommend using a premium quality, anti-wear type mineral based hydraulic oil HLP(DIN14) or HM ( IS 6743/4). If using synthetic fluids consult the factory for alternative seal materials. 4. Recommended minimum oil viscosity 13 mm /s [7 SUS] at C [1 F].. Recommended maximum system operating temperature is 8 C [18 F]. 6. To assure optimum motor life fill with fluid prior to loading and run at moderate load and speed for 1-1 minutes. 3

36 MVM MTRS DIMENSINS AND MUNTING DATA C Shaft C Shaft SH Shaft K Shaft ø16 -,63 [6.3 ] -. 1 [4.8] 79 [3.11] 1 [4.134] 14 [.71] Shaft Dim. See Page 37 L ±,3 [.787±.1] 11 +, [.433 ] +.79 max L L1 P (A,B) ø16 [6.99] 1±,1 [.87±.9] T ±,1 [1.97±.9] ±,1 [1.97±.9] 1±,1 [.9±.9] 8 -, [3.3 ] Port A 16 [6.99] Port B ø±,4 [7.87±.16] 4xø18 [.78] P T (A,B) Versions 4 xg1 x1 16-1UN G¼ -18UNF / 9 16 / 179 [7.] Warning: Drain line should always be used. 179 [7.] Type L, mm [ in] L, mm [ in] L, 1 mm [ in] MVM 31 MVM 4 MVM MVM 63 MVM 8 6, [8.9] 33, [9.19] 41, [9.1] [9.9] 66 [1.47] 17, [6.79] 179, [7.7] 187, [7.38] 198 [7.79] 1 [8.3], [1.] 3, [1.8] 4, [1.9] 1 [.1] 6 [.6] Standard Rotation Viewed from Shaft End Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotation Viewed from Shaft End Port A Pressurized - CCW Port B Pressurized - CW mm [in] 36

37 MVM MTRS SHAFT EXTENSINS C - ø straight, Parallel key A14x9x7 DIN 688 C - ø ¼"[7,1] straight,parallel key ½ "x ½"x ¼" BS ,43 [.1-17] 79 [3.11] 1,7-, [. ] [3.11] ø3 +, [.86 ] +, ø6 [.36] ø +,18 [1.968 ] +, ø6,9-, [.48 ] -.79 ø6 [.36] ø7,1-,1 [. ] -.6 M1 min 6 [1.4] deep 3 / 8-16 UNC min [.98] deep SH - ø / "splined, 16 DP 8/16 ANS B K - tapered 1:1, Parallel key B16x1x3 DIN [3.11] 6 + [ ] A-A 16 -,43 [.63 ] [.76] A 4 [1.7] 7 [.7] S=6 Tightening Torque 7±1 danm [6196±88. lb-in] M1 min 6 [1.4] deep ø6 [.36] ø3,97 -, [.1 ] -.1 3, -, [.7 ] -.79 ø6 [.36] Taper 1:1 A 1 [4.134] ø8 [.31] 6 [.36] M4x3 ø78 [3.1] mm [in] MAX. PERMISSIBLE SHAFT SEAL PRESSURE Max. return pressure without drain line or max. pressure in the drain line P PSI P bar : Drawing for High Pressure Seal ("U" Seal) : Drawing for Standard Shaft Seal 4 - continuous operations - intermittent operations min -1 37

38 MVM MTRS PERMISSIBLE SHAFT LADS The output shaft runs in tapered bearings that permit high axial and radial forces. Curve " 1" shows max. radial shaft load. Any shaft load exceeding the values shown by the curve will seriously reduce motor life. The two other curves apply to a B1 bearing life of 3 hours at RPM. Prad dan dan 337 lbs. 1 dan 337 lbs. 1 in Prad lbs P a= dan [ lbs] 3 - P a=1 dan [ 337 lbs] mm RDER CDE MVM Pos.1 - Displacement code , cm /rev [19.8 in /rev] 4-4,9 cm /rev [4.4 in /rev] - 499,6 cm /rev [3.48 in /rev] 63-69,1 cm /rev [38.38 in /rev] 8-81,8 cm /rev [48.91 in /rev] Pos. - Shaft Extensions* C C SH K - ø straight, Parallel key A14x9x7 DIN ø / " straight, Parallel key / "x / "x / " BS ø / " splined, ANSI B ø6 tapered 1:1, Parallel key B16x1x3 DIN688 omit - Factory specified NTES: * The permissible output torque for shafts must not be exceeded! The hydraulic motors are mangano-phosphatized as standard. 38 Pos.3 - Ports 4 - side ports, xg1, G1/4, BSP thread, IS 8 - side ports, x1 /16-1 UN, -ring, 9/16-18 UNF Pos.4 - Check Valves omit - without check valves 1 - with check valves Pos. - Shaft Seal Version (see page 37) omit - Low pressure shaft seal U - High pressure shaft seal Pos.6 - Special Features (see page 48) Pos.7 - Design Series

39 HYDRAULIC MTRS MVMC PTINS» Model - Disc valve, roll-gerotor» Flange mount with wheel mount» Side ports» Shafts - straight, splined and tapered» Metric, SAE and BSPP ports» ther special features A B A B CNTENTS Specification data... 4 Dimensions and mounting Shaft extensions... 4 Permissible shaft Seal Pressure... 4 Permissible shaft loads rder code EXCELLENCE» High torque and pressure drop» High inlet pressure» High starting torque» Improved efficiency at high pressure drop and frequent reversing» Smooth operation at low speed» High radial and axial bearing capacity GENERAL Max. Displacement, cm /rev [in /rev] Max. Speed, [RPM] Max. Torque, danm [lb-in] Max. utput, kw [HP] Max. Pressure Drop, bar [PSI] Max. il Flow, lpm [GPM] Min. Speed, [RPM] Permissible Shaft Loads, Pressure fluid Temperature range, dan [lbs] C [ F] ptimal Viscosity range, mm /s [SUS] Filtration 81,8 [48.91] 763 cont.: 9 [9] int.: 34 [39] 11 [1] cont.: [363] int.: 3 [8] 4 [ 63.4] Pa=1 [337] Mineral based- HLP(DIN 14) or HM(IS 6743/4) [-4 84] 7 [ ] IS code /16 (Min. recommended fluid filtration of microns) Pressure drop Viscosity il flow in drain line bar [ PSI] mm /s [ SUS] lpm [ GPM] [98] 3 [.793] 14 [3] 3 [164] [.8] 1 [ 34] il flow in drain line [98] 3 [164] 6 [ 1.8] 4 [1.7] Pressure Losses Q, lpm Q, GPM 39

40 MVMC MTRS SPECIFICATIN DATA Type MVMC 31 MVMC 4 MVMC MVMC 63 MVMC 8 Displacement, cm /rev [ in /rev] Max. Speed, cont. [RPM] Max. Torque cont. danm [ lb-in] 314, [ 19.18] [ 118] 16 [ 1416] 4,9 [ 4.] [ 174] [ 177] 499,6 [3.] [ 193] 6 [ 31] 69,1 [ 38.38] [ 9] 31 [ 744] 81,8 [ 48.91] 3 9 [ 9] 34 [ 39] peak** 18 [ 193] 3 [ 3] 86 [ 31] 36 [ 3186] 4 [ 38] start 9 [8143] 11 [118] 144 [174] 18 [ 193] [18144] Max. utput cont. 67 [ 9] 67 [ 9] 67 [ 9] 67 [ 9] 67 [ 9] kw [ HP] int.* 11 [ 1] 11 [ 1] 11 [ 1] 11 [ 1] 11 [ 1] Max. Pressure Drop cont. [ 363] [ 363] [ 363] [ 363] [ 363] bar [ PSI] 3 [ 8] 3 [ 8] 3 [ 8] 3 [ 8] 3 [ 43] peak** 4 [ 8] 4 [ 8] 4 [ 8] 4 [ 8] 3 [ 8] Max. il Flow cont. [.8] [.8] [.8] [.8] [.8] lpm [ GPM] 4 [ 63.4] 4 [ 63.4] 4 [ 63.4] 4 [ 63.4] 4 [ 63.4] Max. Starting Pressure with Unloaded Shaft, bar [PSI] [ 7] [ 7] [ 7] [ 7] [ 7] Drain Pressure, bar [PSI] Weight, kg [ lb] 43,8 [ 96.6] 44,9 [ 99] Patm. 4,8 [ 11] 48,3 [ 16.],4 [ 111.1] * Intermittent operation: the permissible values may occur for max. 1% of every minute. ** Peak load: the permissible values may occur for max. 1% of every minute. *** For speeds of RPM lower than given, consult factory or your regional manager. 1. Intermittent speed and intermittent pressure must not occur simultaneously.. Recommended filtration is per IS cleanliness code /16. A nominal filtration of micron or better. 3. Recommend using a premium quality, anti-wear type mineral based hydraulic oil, HLP(DIN14) or HM(IS6743/4). If using synthetic fluids consult the factory for alternative seal materials. 4. Recommended minimum oil viscosity 13 cm /s [ 7 SUS] at C [ 1 F].. Recommended maximum system operating temperature is 8 C [ 18 F]. 6. To assure optimum motor life fill with fluid prior to loading and run at moderate load and speed for 1-1 minutes. 4

41 MVMC MTRS DIMENSINS AND MUNTING DATA SH Shaft C Shaft C Shaft K Shaft ø179,968±, [ 7.8±.196] 1 [4.8] 79 [3.11] 79 [3.11] 8 [3.3] 1 [4.13] 14 [.7] 63 [.48] T max L L1 L P (A,B) 18±, [.78±.787] 8,±, [1.1±.787] 18±, [.78±.787] 7,±, [.9±.787] 18±, [.78±.787] 18±, [.78±.787] 1±,1 [.87±.9] 8,8 [. 346 ] Shaft Dim. See Page 4 3 [. 91 ] ±,1 [ 1.97±.9] ±,1 [ 1.97±.9] 8 -, [ ] 14±, [.7±.197] C 4x ø18 [.79] x M1 Thru. ø [7.874] mm [in] P T C (A,B) Versions 3 xg1 G¼ 6xM1 (194 [7.638]) 4x9 o Warning: Drain line should always be used. 4 o Type L, mm [ in] L, mm [ in] L, 1 mm [ in] ø4 [8.819] MVMC 31 MVMC 4 MVMC MVMC 63 MVMC 8 7, [8.97] 174, [6.8] 34, [9.3] 181, [7.16] 4, [9.47] 189, [7.441] 3, [9.961] 199, [7.84] 67, [1.18] 13, [8.4], [1.] 3, [1.8] 4, [1.9] 1, [.1] 6, [.6] 3 o (194 [7.638]) Standard Rotation Viewed from Shaft End Port A Pressurized - CW Port B Pressurized - CCW Reverse Rotation Viewed from Shaft End Port A Pressurized - CCW Port B Pressurized - CW 41

42 MVMC MTRS SHAFT EXTENSINS C - ø straight, Parallel key A14x9x7 DIN 688 C - ø ¼"[7,1] straight,parallel key ½ "x ½"x ¼" BS ,43 [.1-17] 79 [3.11] 1,7-, [. ] [3.4] ø3 +, [.86 ] +, ø6 [.36] ø +,18 [1.968 ] +, ø,9 -, [.48 ] -.79 ø6 [.36] ø7,1-,1 -.6 [. ] M1 min 6 [1.4] deep 3 / 8-16 UNC min 6 [1.4] deep SH - ø / "splined, 16 DP 8/16 ANS B K - tapered 1:1, Parallel key B16x1x3 DIN [3.11] 6 + [ ] A-A 16 -,43 [ ] 7 [.76] A 4 [1.7] 7 [.7] S=6 Tightening Torque 7±1 danm [6196±88. lb-in] M1 min 6 [1.4] deep ø6 [.36] ø3,97 -, [.1 ] -.1 3, -, [.7 ] -.79 ø6 [.36] Taper 1:1 A 1 [4.134] ø8 [.31] 6 [.36] M4x3 ø78 [3.1] mm [in] MAX. PERMISSIBLE SHAFT SEAL PRESSURE Max. return pressure without drain line or max. pressure in the drain line P [PSI] 1 7 P [bar] continuous operations - intermittent operations n [RPM]

43 MVMC MTRS PERMISSIBLE SHAFT LADS The output shaft runs in tapered bearings that permit high axial and radial forces. Curve " 1" shows max. radial shaft load. Any shaft load exceeding the values quoted in the curve will seriously reduce motor life. The two other curves apply to a B1 bearing life of 3 hours at RPM. Prad dan dan 337 lbs. 1 dan 337 lbs. 1 in Prad lbs P a= dan [ lbs] 3 - P a=1 dan [ 337 lbs] mm RDER CDE MVMC Pos.1 - Displacement code , cm /rev [19.8 in /rev] 4-4,9 cm /rev [4.4 in /rev] - 499,6 cm /rev [3.48 in /rev] 63-69,1 cm /rev [38.38 in /rev] 8-81,8 cm /rev [48.91 in /rev] Pos. - Shaft Extensions* C C SH K - ø straight, Parallel key A14x9x7 DIN ø / 4" straight, Parallel key / "x / "x / 4" BS ø / 8" splined, ANSI B ø6 tapered 1:1, Parallel key B16x1x3 DIN688 Pos.3 - Ports 3 - side ports xg1, G1/4, BSP thread, IS 8, 6xM1 Pos.4 - Check Valves omit - without check valves 1 - with check valves Pos. - Special Features (see page 48) Pos. 6 - Design Series omit - Factory specified NTES: * The permissible output torque for shafts must not be exceeded! The hydraulic motors are mangano-phosphatized as standard. 43

44 HYDRAULIC MTRS VMF APPLICATIN» Marine equipment» Forestry equipment» Metal working machines» Agricultural machines» Road building machines» Mining machinery» Special vehicles etc. A B CNTENTS Specification data... 4 Dimensions and mounting Permissible shaft seal pressure Permissible shaft loads rder code PTINS» Model - Disc valve, roll-gerotor» Wheel mounting flange» Side ports» Shaft - thread hole flange» SAE and BSPP ports» ther special features GENERAL Max. Displacement, cm /rev [in /rev] Max. Speed, [RPM] Max. Torque, danm [lb-in] Max. utput, kw [HP] Max. Pressure Drop, bar [PSI] Max. il Flow, lpm [GPM] Min. Speed, [RPM] Permissible Shaft Loads, Pressure fluid Temperature range, dan [lbs] C [ F] ptimal Viscosity range, mm /s [SUS] Filtration 81,8 [48.91] 736 cont.: 9 [9] int.: 34 [39] 11 [1] cont.: [363] int.: 3 [8] 4 [ 63.4] Pa=1 [337] Mineral based- HLP(DIN 14) or HM(IS 6743/4) [-4 84] 7 [ ] IS code /16 (Min. recommended fluid filtration of microns) Pressure drop Viscosity il flow in drain line bar [ PSI] mm /s [ SUS] lpm [ GPM] [98] 3 [.793] 14 [3] 3 [164] [.8] 1 [ 34] il flow in drain line [98] 3 [164] 6 [ 1.8] 4 [1.7] Pressure Losses Q, lpm Q, GPM 44