Introducing the Kawasaki K7V63S-11DL-5E1L-V Plunger Hydraulic Pump, engineered for optimal performance in demanding concrete applications.
Scope of Use: Expertly crafted for compatibility with Liugong 150 and Xu150 excavators, as well as concrete pump trucks, ensuring seamless integration and enhanced productivity.
The plunger pump stands as a cornerstone in hydraulic systems, expertly converting external mechanical energy into potent hydraulic energy. Through the dynamic prime mover, this transformation elevates pressure and transmits energy as pressure or flow rate to the hydraulic system. Celebrated for their exceptional rated pressure, compact design, outstanding efficiency, and effortless flow control, plunger pumps are indispensable in high-pressure, high-flow, and regulated-flow scenarios. These pumps are pivotal in hydraulic presses, construction machinery, and marine vessels. Additionally, plunger pumps excel at transporting high-pressure liquids and are adept at handling pharmaceuticals and chemical reagents with precision.
Structural Composition of the Plunger Pump:
1. The sophisticated volumetric rotary piston displacement valve features two single-end plungers and one double-end axial plunger. Equipped with two inlet and two outlet ports, the valve ensures seamless operation with a one-way inlet valve and a two-way outlet valve. The inlet incorporates a throttling speed-regulating spring, allowing the spindle to maneuver freely across the entire load spectrum.
2. Featuring a robust construction, the pump mainly comprises a sealing sleeve and sliding shoe component. Fabricated from high-grade metal, the sealing sleeve boasts remarkable wear and corrosion resistance. Three precision-engineered circular rings, with diameters of 0.75mm, 0.35mm, and 0.1mm, are meticulously designed to house three distinct seals (rubber O-ring, elastic polyurethane rubber), ensuring optimal performance and longevity.
3. The sliding shoe components are expertly mounted at both ends of the main shaft, rotating in unison with the main shaft, precisely controlled by the handwheel for seamless operation.
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