487-1994: Slipper Piston Motor

The Slipper Piston Motor operates by using pressurized hydraulic fluid to create mechanical force, which in turn generates rotational motion and torque at the motor's output shaft. This torque can be harnessed to power various machinery and equipment. It is designed precisely to work in a hydraulic system to meet the prime product requirements for machine performance, reliability, durability, operating costs, and productivity. Attributes: • Mass moment of inertia is 0.0033 kg.m2 • Bi-Directional rotation • Maximum displacement is 45 CC/REV • Minimum displacement is 22.5 CC/REV • Nominal pressure 280 bar gage • Peak pressure 350 bar gage Applications: This Slipper Piston Motor is to convert the hydraulic pressure and flow into rotational torque.