A Power Train Piston Motor is used to generate rotary motion in both directions. It uses a piston and slipper mechanism to convert hydraulic pressure or flow into mechanical power. It includes a housing, a rotating shaft, pistons, slippers, a distributor valve, and hydraulic fluid ports. The housing encloses the internal components and provides structural support. The pistons, located radially around the shaft, reciprocate within cylinder bores. The slippers, attached to the pistons, facilitate the transfer of force to the shaft. The distributor valve controls the flow of hydraulic fluid to the pistons, enabling bidirectional rotation.
Attributes:
• Provided with 4 mounting holes for secure attachment
• Manufactured to precise specifications and is built for durability and reliability
Applications:
A Power Train Piston Motor efficiently converts hydraulic energy into mechanical power, providing high torque for powertrain applications. The motor allows for precise control over rotational speed and torque, enabling accurate movement and actuation.