Hydraulic Motor

1. WR RE Series motors are low-speed, high-torque (LSHT) hydraulic motors featuring a lightweight design.

2. Avoid simultaneous operation at maximum speed and maximum pressure.

3. Suitable for use in parallel or series hydraulic circuits. A case drain line is required if system back pressure exceeds 5 MPa.

4. Optimal performance is achieved within 1/3 to 2/3 of the motor's continuous operating capacity.

5. Ensure the motor is completely filled with oil before start-up.

6. Maximum Operating Temperature: 80°C.

7. Recommended Fluid: Anti-wear hydraulic oil.

   • Viscosity Range: 37 - 73 cSt

   • Filtration: ISO 19/16 (or equivalent NAS 1638 Class 9)

1. WR RE Series motors are low-speed, high-torque (LSHT) hydraulic motors featuring a lightweight design.

2. Avoid simultaneous operation at maximum speed and maximum pressure.

3. Suitable for use in parallel or series hydraulic circuits. A case drain line is required if system back pressure exceeds 5 MPa.

4. Optimal performance is achieved within 1/3 to 2/3 of the motor's continuous operating capacity.

5. Ensure the motor is completely filled with oil before start-up.

6. Maximum Operating Temperature: 80°C.

7. Recommended Fluid: Anti-wear hydraulic oil.

   • Viscosity Range: 37 - 73 cSt

   • Filtration: ISO 19/16 (or equivalent NAS 1638 Class 9)

1. WR RE Series motors are low-speed, high-torque (LSHT) hydraulic motors featuring a lightweight design.

2. Avoid simultaneous operation at maximum speed and maximum pressure.

3. Suitable for use in parallel or series hydraulic circuits. A case drain line is required if system back pressure exceeds 5 MPa.

4. Optimal performance is achieved within 1/3 to 2/3 of the motor's continuous operating capacity.

5. Ensure the motor is completely filled with oil before start-up.

6. Maximum Operating Temperature: 80°C.

7. Recommended Fluid: Anti-wear hydraulic oil.

   • Viscosity Range: 37 - 73 cSt

   • Filtration: ISO 19/16 (or equivalent NAS 1638 Class 9)

1. WR RE Series motors are low-speed, high-torque (LSHT) hydraulic motors featuring a lightweight design.

2. Avoid simultaneous operation at maximum speed and maximum pressure.

3. Suitable for use in parallel or series hydraulic circuits. A case drain line is required if system back pressure exceeds 5 MPa.

4. Optimal performance is achieved within 1/3 to 2/3 of the motor's continuous operating capacity.

5. Ensure the motor is completely filled with oil before start-up.

6. Maximum Operating Temperature: 80°C.

7. Recommended Fluid: Anti-wear hydraulic oil.

   • Viscosity Range: 37 - 73 cSt

   • Filtration: ISO 19/16 (or equivalent NAS 1638 Class 9)

1. WR RE Series motors are low-speed, high-torque (LSHT) hydraulic motors featuring a lightweight design.

2. Avoid simultaneous operation at maximum speed and maximum pressure.

3. Suitable for use in parallel or series hydraulic circuits. A case drain line is required if system back pressure exceeds 5 MPa.

4. Optimal performance is achieved within 1/3 to 2/3 of the motor's continuous operating capacity.

5. Ensure the motor is completely filled with oil before start-up.

6. Maximum Operating Temperature: 80°C.

7. Recommended Fluid: Anti-wear hydraulic oil.

   • Viscosity Range: 37 - 73 cSt

   • Filtration: ISO 19/16 (or equivalent NAS 1638 Class 9)

1. WR RE Series motors are low-speed, high-torque (LSHT) hydraulic motors featuring a lightweight design.

2. Avoid simultaneous operation at maximum speed and maximum pressure.

3. Suitable for use in parallel or series hydraulic circuits. A case drain line is required if system back pressure exceeds 5 MPa.

4. Optimal performance is achieved within 1/3 to 2/3 of the motor's continuous operating capacity.

5. Ensure the motor is completely filled with oil before start-up.

6. Maximum Operating Temperature: 80°C.

7. Recommended Fluid: Anti-wear hydraulic oil.

   • Viscosity Range: 37 - 73 cSt

   • Filtration: ISO 19/16 (or equivalent NAS 1638 Class 9)

1. WR RE Series motors are low-speed, high-torque (LSHT) hydraulic motors featuring a lightweight design.

2. Avoid simultaneous operation at maximum speed and maximum pressure.

3. Suitable for use in parallel or series hydraulic circuits. A case drain line is required if system back pressure exceeds 5 MPa.

4. Optimal performance is achieved within 1/3 to 2/3 of the motor's continuous operating capacity.

5. Ensure the motor is completely filled with oil before start-up.

6. Maximum Operating Temperature: 80°C.

7. Recommended Fluid: Anti-wear hydraulic oil.

   • Viscosity Range: 37 - 73 cSt

   • Filtration: ISO 19/16 (or equivalent NAS 1638 Class 9)

1. WR RE Series motors are low-speed, high-torque (LSHT) hydraulic motors featuring a lightweight design.

2. Avoid simultaneous operation at maximum speed and maximum pressure.

3. Suitable for use in parallel or series hydraulic circuits. A case drain line is required if system back pressure exceeds 5 MPa.

4. Optimal performance is achieved within 1/3 to 2/3 of the motor's continuous operating capacity.

5. Ensure the motor is completely filled with oil before start-up.

6. Maximum Operating Temperature: 80°C.

7. Recommended Fluid: Anti-wear hydraulic oil.

   • Viscosity Range: 37 - 73 cSt

   • Filtration: ISO 19/16 (or equivalent NAS 1638 Class 9)

1. WR RE Series motors are low-speed, high-torque (LSHT) hydraulic motors featuring a lightweight design.

2. Avoid simultaneous operation at maximum speed and maximum pressure.

3. Suitable for use in parallel or series hydraulic circuits. A case drain line is required if system back pressure exceeds 5 MPa.

4. Optimal performance is achieved within 1/3 to 2/3 of the motor's continuous operating capacity.

5. Ensure the motor is completely filled with oil before start-up.

6. Maximum Operating Temperature: 80°C.

7. Recommended Fluid: Anti-wear hydraulic oil.

   • Viscosity Range: 37 - 73 cSt

   • Filtration: ISO 19/16 (or equivalent NAS 1638 Class 9)

The OMS Series hydraulic motor leverages proven advanced technology to deliver extended service life, superior performance, and enhanced reliability for medium-duty applications. Featuring industry-standard mounting flanges and output shafts, the OMS Series integrates seamlessly into your equipment.

These low-speed, high-torque (LSHT) motors provide exceptional output torque at a cost-effective price. Key design features include:

• Tapered roller bearings supporting the output shaft for handling high radial and axial loads.

• An advanced valving design that minimizes cross-port leakage, ensuring high volumetric efficiency and consistent output speeds across varying pressure conditions.

The OMS Series hydraulic motor leverages proven advanced technology to deliver extended service life, superior performance, and enhanced reliability for medium-duty applications. Featuring industry-standard mounting flanges and output shafts, the OMS Series integrates seamlessly into your equipment.

These low-speed, high-torque (LSHT) motors provide exceptional output torque at a cost-effective price. Key design features include:

• Tapered roller bearings supporting the output shaft for handling high radial and axial loads.

• An advanced valving design that minimizes cross-port leakage, ensuring high volumetric efficiency and consistent output speeds across varying pressure conditions.

The OMS Series hydraulic motor leverages proven advanced technology to deliver extended service life, superior performance, and enhanced reliability for medium-duty applications. Featuring industry-standard mounting flanges and output shafts, the OMS Series integrates seamlessly into your equipment.

These low-speed, high-torque (LSHT) motors provide exceptional output torque at a cost-effective price. Key design features include:

• Tapered roller bearings supporting the output shaft for handling high radial and axial loads.

• An advanced valving design that minimizes cross-port leakage, ensuring high volumetric efficiency and consistent output speeds across varying pressure conditions.

The OMS Series hydraulic motor leverages proven advanced technology to deliver extended service life, superior performance, and enhanced reliability for medium-duty applications. Featuring industry-standard mounting flanges and output shafts, the OMS Series integrates seamlessly into your equipment.

These low-speed, high-torque (LSHT) motors provide exceptional output torque at a cost-effective price. Key design features include:

• Tapered roller bearings supporting the output shaft for handling high radial and axial loads.

• An advanced valving design that minimizes cross-port leakage, ensuring high volumetric efficiency and consistent output speeds across varying pressure conditions.

The OMS Series hydraulic motor leverages proven advanced technology to deliver extended service life, superior performance, and enhanced reliability for medium-duty applications. Featuring industry-standard mounting flanges and output shafts, the OMS Series integrates seamlessly into your equipment.

These low-speed, high-torque (LSHT) motors provide exceptional output torque at a cost-effective price. Key design features include:

• Tapered roller bearings supporting the output shaft for handling high radial and axial loads.

• An advanced valving design that minimizes cross-port leakage, ensuring high volumetric efficiency and consistent output speeds across varying pressure conditions.

The OMS Series hydraulic motor leverages proven advanced technology to deliver extended service life, superior performance, and enhanced reliability for medium-duty applications. Featuring industry-standard mounting flanges and output shafts, the OMS Series integrates seamlessly into your equipment.

These low-speed, high-torque (LSHT) motors provide exceptional output torque at a cost-effective price. Key design features include:

• Tapered roller bearings supporting the output shaft for handling high radial and axial loads.

• An advanced valving design that minimizes cross-port leakage, ensuring high volumetric efficiency and consistent output speeds across varying pressure conditions.

The OMS Series hydraulic motor leverages proven advanced technology to deliver extended service life, superior performance, and enhanced reliability for medium-duty applications. Featuring industry-standard mounting flanges and output shafts, the OMS Series integrates seamlessly into your equipment.

These low-speed, high-torque (LSHT) motors provide exceptional output torque at a cost-effective price. Key design features include:

• Tapered roller bearings supporting the output shaft for handling high radial and axial loads.

• An advanced valving design that minimizes cross-port leakage, ensuring high volumetric efficiency and consistent output speeds across varying pressure conditions.