The A4FO500/10R/30R/32R/10L/30L/32L piston pump is known for its high power output and precision control.
The "A4FO" designation refers to the pump series, while the numbers and letters that follow indicate specific parameters and configurations. This pump operates using a piston mechanism, where reciprocating pistons generate hydraulic pressure by displacing fluid in a closed system.
With a displacement of 500 cc per revolution, this pump is capable of delivering a substantial amount of fluid. The displacement determines the pump's flow rate, which is crucial for many applications that require a specific volume of fluid to be transferred or pressurized within a given time frame. This pump offers a wide range of flow rates, with options such as 10R, 30R, and 32R, providing flexibility to suit various requirements.
The A4FO500/10R/30R/32R/10L/30L/32L pump is designed for both right-hand (R) and left-hand (L) rotation. This feature allows the pump to be easily integrated into different hydraulic systems and provides greater versatility in system design and implementation. The pump's rotational direction depends on the specific application and the desired fluid flow direction.
Partsdic® has ensured that this piston pump meets rigorous quality standards.
It is constructed using high-quality materials, including robust cast iron for the pump housing and durable pistons made from hardened steel. These materials contribute to the pump's longevity and resistance to wear and tear, ensuring reliable performance even in demanding operating conditions.
The A4FO500/10R/30R/32R/10L/30L/32L piston pump incorporates advanced hydraulic technology for precise control. It features a variable displacement design, allowing the pump to adjust the flow rate based on the system's demand. This feature enhances energy efficiency by delivering the necessary fluid flow without excessive wastage or strain on the pump and the power source.
In addition to its technical specifications, the A4FO500/10R/30R/32R/10L/30L/32L piston pump offers easy installation and maintenance. It can be mounted in various orientations, providing flexibility in system layout and space utilization. The pump's modular design allows for straightforward replacement of individual components, minimizing downtime and reducing maintenance costs.
