***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Bosch Rexroth directly.***
The Bosch Rexroth 350LEN0063-PWR3A00-V50-M-U4 (R928033217) is a high-performance LEN inline filter designed for seamless integration into pressure lines of hydraulic systems. This robust filter includes a filter head, a screw-on filter bowl, and a filter element, complemented by a mechanical-visual maintenance indicator for monitoring. The standard model comes equipped with a bypass valve to handle low-pressure differential situations, ensuring continuous operation even during maintenance or clogging. Fluid enters through the inlet, passes through the filter element where impurities are removed, and exits via the outlet back into the hydraulic circuit. The design of the housing and connections is engineered to withstand pressure surges that may occur in dynamic fluid systems. For larger sizes, there is an included drain screw for easy maintenance, and with size 63 specifically, the filter bowl features a two-part design that prevents rotation by securing the filter pipe in the head. Users have the option to enhance this model with an electronic switching element for integration into electric circuits. This addition requires separate ordering and can be secured onto the existing mechanical-visual indicator using a locking ring. Connection is made simple through either mating connectors or cable connections. The 350LEN0063-PWR3A00-V50-M-U4 excels in filtering out very fine particles from fluids and lubricating oils due to its special highly efficient media and has an impressive dirt holding capacity across various pressure differentials. It is also capable of maintaining high collapse resistance under varying conditions. Furthermore, it offers an optional bypass valve within its housing for added functionality. It's important to note that ignoring maintenance indicators may lead to unfiltered flow bypassing via the bypass valve; hence regular monitoring is crucial for sustained filtration efficacy. This inline filter's design also promotes high filtration performance due to its tangential cyclone-effect flow path, ensuring thorough cleaning of hydraulic fluids across multiple applications. Additional configurations can be requested to cater to special fluid types as needed by specific system requirements.