3DR16P5-5X/100Y/00V

***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 3DR16P5-5X/100Y/00V (R900917774) is a sophisticated pressure reducing valve designed to manage and limit system pressure within hydraulic systems. This pilot-operated valve is essential for reducing the system pressure by controlling the flow from channel P to channel A without restriction when in the initial open position. The main valve features a control spool, while the pilot control valve includes a pressure adjustment feature that operates in conjunction with a compression spring. The functionality of this valve relies on balancing forces between the hydraulic fluid pressure and the set value of the compression spring. When equilibrium is achieved, it indicates that the desired reduced pressure has been reached in channel A. If an external force causes an increase in this pressure, the control spool reacts by connecting channel A to channel T, allowing excess hydraulic fluid to flow into the tank and preventing further pressure increase. This model ensures external pilot oil return via port Y, which must be connected to a depressurized tank line for proper operation. Additionally, it includes a pressure gauge connection for monitoring reduced pressure levels in channel A. The 3DR16P5-5X/100Y/00V valve is designed for subplate mounting with porting patterns according to ISO standards. It offers various adjustment types including rotary knobs and sleeves with hexagon and protective cap options, some of which are lockable or come with a scale for precise adjustments. This particular model comes with size specifications and component series X, capable of handling maximum operating pressures up to bar level and maximum flow rates measured in liters per minute. It serves as an integral component within hydraulic systems requiring precise pressure reduction and maintenance capabilities.