2WFCE50S1000L-1X/M/24G1

***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 2WFCE50S1000L-1X/M/24G1 (R901430272) is a state-of-the-art pilot-operated proportional directional valve that features a cover, main stage, pilot control valve with a proportional solenoid, and integrated electronics with position transducer and analog interface. This advanced component is designed for precise control of hydraulic flow and direction within a system. The integrated or external electronics continuously monitor the command value against the actual spool position, making real-time adjustments to the solenoid of the pilot control valve to correct any deviations. The valve ensures accurate stroke and orifice cross-section control proportionate to the input command until any discrepancies are mitigated. It is essential that for proper operation, the direction of flow from A to B must have port X connected to A, and conversely from B to A with port X connected to B. Port Y should remain depressurized leading back to the tank. In scenarios where supply voltage fails or drops below minimum requirements, safety measures are in place. The system will automatically disconnect enabling signals (only for interfaces B and G), and in case of a solenoid conductor cable breakage, it will deactivate the solenoid of the pilot control valve. Consequently, this causes the main stage spool to return securely to its seat using available pressure at port X along with spring force, hence blocking flow between ports A and B. Additionally, when used in conjunction with a pressure compensator, this particular model can facilitate pressure-compensated flow control. Its robust design allows it to withstand pressures up to 350 bar and maintain high vibration resistance according to DIN EN standards. It operates effectively in ambient temperatures reaching up to 50°C. Its high response sensitivity coupled with minimal hysteresis ensures precision while its quality design guarantees reliability. Conforming with ISO installation dimensions simplifies integration into various systems, while its flexible nature enables it for use in different applications requiring pressure-compensated flow control. Lastly, safety is paramount as it secures a failsafe position during power failures or disruptions ensuring operational security.