Motor for HMHDB270 high torque hmhdb motor

HMHDB270 hydraulic motor, standard Displacement 4000cm³/r. Rated Pressure 210bar, Rated Power 149KW. Heavy load bearing, the shaft can bear greater Side Load.

The HMHDB270 hydraulic motor is a high-performance, highly reliable hydraulic power unit suitable for a variety of applications requiring high-performance hydraulic power. Its exceptional performance, efficiency, and durability make it an ideal choice for heavy machinery and equipment.

This product employs an advanced internal gear transmission structure, combined with a high-strength alloy steel spindle and gear assembly, providing excellent wear resistance and fatigue resistance. Its optimized internal flow channels effectively reduce pressure pulsation and noise levels, ensuring efficient and stable operation even under prolonged continuous operation.

It is flange-mounted and equipped with a keyway or spline shaft structure for easy direct connection to gearboxes, drive wheels, or drums. The interface uses standard G1/2" threads or JIC 10 pipe fittings, compatible with mainstream hydraulic system piping configurations. The entire machine boasts excellent sealing performance, employing high-temperature resistant fluororubber seals, suitable for operating environments from -20℃ to +80℃.

This motor exhibits good volumetric and mechanical efficiency, with an overall efficiency exceeding 85%, significantly reducing energy consumption. Simultaneously, its structural design facilitates daily maintenance, and key components are disassembled for cleaning, extending service life. It is suitable for various applications including excavator slewing mechanisms, loader travel systems, tractor power take-off units, port crane hoisting systems, and track drives for mining equipment. When using, ensure the hydraulic oil cleanliness meets ISO 4406 standard 17/14 or higher; ISO VG 46 hydraulic oil is recommended, and the filter element and lubricating oil should be changed regularly. Before initial startup, a no-load test run should be performed to confirm the absence of abnormal noises and leaks before applying a load.