The PVB110 pump incorporates a swash plate mechanism, which plays a crucial role in converting mechanical power into hydraulic energy.
The swash plate is an inclined disc that rotates with the drive shaft of the pump. As the shaft rotates, the angle of the swash plate changes, resulting in variable displacement and flow of hydraulic fluid. This design feature allows for precise control of hydraulic power output based on system requirements.
With a maximum operating pressure of up to X bar (X psi), the PVB110 pump is capable of delivering high-pressure hydraulic fluid. It offers a wide range of displacement options, ranging from X cc/rev (X in^3/rev) to X cc/rev (X in^3/rev). This versatility allows for flexible integration into various hydraulic systems with different flow and pressure demands.
The PVB110 pump is constructed using high-quality materials to ensure durability and longevity. It features a robust housing made from X alloy, which provides excellent resistance to corrosion and wear. The pump's internal components, such as the swash plate, piston, and cylinder block, are precisely machined to tight tolerances to guarantee smooth operation and minimal internal leakage.
To enhance performance and efficiency, the PVB110 pump incorporates advanced hydraulic technologies. It utilizes pressure-compensated control, which automatically adjusts the swash plate angle based on system pressure, ensuring a constant flow rate regardless of load variations. This feature helps optimize energy consumption and improves overall system efficiency.
Additionally, the PVB110 pump offers low noise and vibration levels, thanks to its advanced design and effective damping mechanisms.
This makes it suitable for applications where noise reduction is crucial, such as in mobile equipment or noise-sensitive environments.
The PVB110 pump is designed for easy installation and maintenance. It comes with standard mounting interfaces and port connections, allowing for straightforward integration into hydraulic systems. The pump's modular design facilitates component replacement and servicing, reducing downtime and maintenance costs.