304-1122: БЛОК ПОРШНЕВОГО НАСОСА B

The Slipper Piston Pump operates on the principle of reciprocating motion to generate hydraulic pressure. As the engine rotates, the camshaft drives the pistons, causing them to move up and down within the cylinder block. Each piston is fitted with a slipper that maintains contact with the cam ring, ensuring a tight seal and preventing leakage. As the pistons reciprocate, they draw in hydraulic fluid through an inlet port during the suction stroke and then force it out through an outlet port during the discharge stroke. This pressurized fluid is then directed to different hydraulic components.

Attributes:
• Slipper piston design for efficient fluid displacement.
• Sealed design prevents leakage.
• High-pressure capability for efficient operation.
• Minimal noise and vibration.
• Ensures smooth and consistent fluid delivery.

Applications:
The Slipper Piston Pump is used to generate hydraulic pressure by reciprocating the pistons, thereby driving fluid flow throughout the system for different hydraulic operations.

• Material: Carbon Steel,Sealants / Adhesives Adhesive