Скользящий поршневой гидродвигатель Caterpillar 4576570

A Hydraulic Slipper Piston Motor allows the pistons to tilt and slide against the swash plate with minimal friction and wear. The pressurized hydraulic fluid acts on the slipper pistons, arranged in a circular pattern. The forces generated on the pistons create a torque that is then transmitted to the output shaft, allowing the motor to create high levels of torque. The speed of the hydraulic slipper piston motor can be controlled by varying the flow rate and pressure of the input hydraulic fluid. Attributes:• Reverse the direction of rotation by simply reversing the flow of the hydraulic fluid• Withstand high pressures, temperatures, and heavy loadsApplications:A Hydraulic Slipper Piston Motor converts the energy of pressurized hydraulic fluid into rotational mechanical power. The primary components of a slipper piston motor include a cylinder block, slipper pistons, a swash plate, a port plate, and a shaft.