452-3590: ПОРШЕНЬ БЛОК ЭЛЕКТРОДВИГАТЕЛЯ

A Basic Piston Motor in hydraulic systems serves the purpose of converting hydraulic pressure generated by the flow of hydraulic fluid into mechanical work in the form of rotational motion. The basic design of a piston motor consists of a cylindrical housing with pistons placed inside. These pistons are connected to a central drive shaft, and their movement within the housing is what generates rotational motion. When hydraulic fluid is supplied under pressure to the motor, it enters the motor's housing and acts on the pistons. The hydraulic pressure forces the pistons to move, which, in turn, rotates the central drive shaft. The rotation speed and torque output of the motor can be controlled by adjusting the flow rate and pressure of the hydraulic fluid.

Attributes:
• Provide high torque output.
• Highly efficient, converting a large portion of hydraulic energy into mechanical work.
• The speed of piston motors can be easily adjusted by regulating the hydraulic fluid flow, allowing for precise control.
• Change direction by reversing the flow of hydraulic fluid.

Applications:
A Basic Piston Motor is often used in the final drive system to provide power to the wheels or tracks. The final drive in these types of machinery is responsible for transferring power from the engine or hydraulic system to the wheels or tracks to propel the equipment forward or backward.

• Material: Ductile (Spheroidal) Iron