High-Pressure Capability: The 6E3139 Piston Pump is designed to generate substantial hydraulic pressure, making it suitable for applications where high-pressure fluid delivery is essential.
Piston Design: This pump features one or more pistons that reciprocate within a cylinder. The movement of these pistons is what creates the fluid flow and pressure.
Variable Displacement: Many models of the 6E3139 Piston Pump are equipped with variable displacement mechanisms, allowing for precise control of fluid output. This is especially important in applications that require varying flow rates.
Durable Construction: These pumps are typically constructed using high-quality materials like stainless steel, ensuring their longevity and resistance to corrosion.
Multiple Ports: They often come with multiple inlet and outlet ports, allowing for versatility in hydraulic circuit design.
Working Principles:
The 6E3139 Piston Pump operates based on the reciprocating motion of one or more pistons within a cylinder. Here's how it works:
Suction Stroke: During the suction stroke, the piston moves away from the pump's inlet port.
This action creates a low-pressure area within the cylinder, causing fluid to be drawn into the cylinder from the reservoir through the inlet valve.
Compression Stroke: After completing the suction stroke, the piston reverses its direction and moves toward the outlet port. This motion compresses the fluid within the cylinder, raising its pressure significantly.
Fluid Discharge: As the pressure in the cylinder increases, the outlet valve opens, allowing the high-pressure fluid to be discharged into the hydraulic system.
Repeat: This cycle of suction, compression, and fluid discharge is repeated continuously, creating a consistent flow of pressurized fluid.