ZDR10DP2-5X/315YMSO4

***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 ZDR10DP2-5X/315YMSO4 (R900504985) is a high-performance direct operated pressure reducing valve designed for sandwich plate mounting with a porting pattern according to ISO standards. This valve is engineered to maintain a constant level of reduced pressure in hydraulic systems, making it suitable for various applications where pressure control is critical. It features a robust housing, a responsive control spool, and a durable compression spring that together facilitate precise secondary circuit pressure limitation. This model includes an adjustable type mechanism that allows users to set the desired secondary pressure easily. Additionally, it offers an optional check valve for free flow back from channel A in its Version A configuration. The valve's initial open position permits unrestricted fluid flow from channel A to channel A, while the control spool and compression spring work in tandem to regulate and stabilize the pressure. For different requirements, this valve comes in multiple versions: Version A for pressure reduction in channel A with internal pilot oil supply; Version P where the reduction takes place in channel P with internal pilot oil supply; and Version B where the reduction occurs in channel P but extracts pilot oil from channel B. The ZDR10DP2-5X/315YMSO4 also provides external leakage oil drainage through channel TA and includes a pressure gauge connection for monitoring secondary pressure directly at the valve. With its various adjustment types such as rotary knob and lockable rotary knob with scale, users can tailor the settings to their specific needs. Its design ensures reliability and efficiency in controlling hydraulic pressures within complex systems.