LC40DR20E7X/MT

***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 LC40DR20E7X/MT (R901306475) is a sophisticated way cartridge valve designed for pressure functions, specifically tailored for pressure reducing applications. This pilot-operated valve, available in both seat and spool designs, is engineered to fit standardized receiving holes according to DIN ISO norms and is sealed with a control cover for secure operation. The LC40DR20E7X/MT features an integrated pilot control valve which can be manually or electrically proportionally adjusted for pressure, enhancing its versatility and ease of use. The pilot valve adheres to mounting dimensions set by DIN standards, ensuring compatibility and ease of integration with various systems. The LC40DR20E7X/MT stands out due to its ability to perform different pressure functions when combined with appropriate control covers. In its default configuration, the valve exhibits a rest position that remains open, allowing for seamless flow from port B to port A until the set pressure threshold is reached. The spool design of this cartridge valve does not have an area difference at port B, which means no effective areas are present that could potentially hinder performance. For the pressure reducing function, the effective pressure at port A is channeled through the pilot oil supply orifice to the spring side of the spool. This mechanism ensures that under preset limits and pressures determined by the pilot control valve, the spool remains balanced by spring force and stays open to facilitate free flow. When the system reaches the set pressure point, the spool closes, effectively reducing the pressure at port A based on specific pressure-flow characteristics. This product's capability to provide stable and reliable pressure management makes it a critical component in hydraulic systems requiring precise control over fluid dynamics. Its robust design allows it to maintain performance under various conditions while ensuring efficient operation across a wide range of applications.