Tonkee Machinery Logo
The PVB6-RSY-20-C-11-J4 is part of Eaton Vickers’ PVB series of variable displacement piston pumps.
It is engineered to provide efficient and precise hydraulic fluid delivery, allowing for precise control of pressure and flow rates. Dadurch eignet es sich für ein breites Anwendungsspektrum, einschließlich Werkzeugmaschinen, Industriepressen, und Materialtransportgeräte.
Der “PVB6” in the model name indicates the displacement size of the pump, which in this case is 6 CC/rev. The displacement size determines the volume of fluid that the pump can deliver per revolution. The larger the displacement size, the higher the flow rate the pump can achieve.
Der “RSY” designation represents the pump’s control options. In diesem Fall, RSY refers to the load sensing pressure compensator control, which allows the pump to adjust its output based on the system’s demand. This feature ensures efficient power usage and contributes to energy savings.
Der “20” in the model name refers to the nominal pressure rating of the pump, indicating that it is designed to operate at a maximum pressure of 210 Bar (3000 Psi). This rating highlights the pump’s ability to handle demanding industrial applications that require high pressure outputs.
Der “C” in the model name indicates the pump’s porting configuration. In diesem Fall, it features a standard SAE “C” two-bolt flange port design.
This configuration allows for easy installation and integration into hydraulic systems, providing compatibility with industry-standard connections.
Der “11” represents the pump’s shaft and mounting arrangement. In diesem Fall, it features a keyed shaft and a standard mounting flange. This arrangement ensures secure coupling and efficient power transmission between the pump and the prime mover, beispielsweise ein Elektromotor oder ein Verbrennungsmotor.
Der “J4” at the end of the model name signifies additional optional features or modifications that may be available. These variations can include different shaft seals, housing materials, or specialized adaptations to suit specific application requirements.
