DBW30A2-5X/315-6EG24N9K4SO160

***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 DBW30A2-5X/315-6EG24N9K4SO160 (R900927258) is a sophisticated pilot-operated pressure relief valve designed for precise control and safety in hydraulic systems. The valve is engineered to limit and unload operating pressure through solenoid actuation. It features a main valve with a spool insert and a pilot control valve that includes an adjustable pressure element, along with an integrated directional spool valve. This model, in particular, boasts a switching shock damping sandwich plate, which significantly reduces pressure peaks and acoustic decompression shocks that can occur in the return line. This is achieved by delaying the opening of the connection from port B to port B via the switching shock damping valve. The degree of damping can be tailored to specific system requirements by selecting the appropriate nozzle size. For versatility in installation, the DBW30A2-5X/315-6EG24N9K4SO160 offers options for subplate mounting with porting patterns that comply with ISO standards NG6, NG10, and NG16. It can also be utilized as a screw-in cartridge valve for threaded connections. Users have multiple adjustment types available for setting the desired pressure level: a rotary knob, a sleeve with hexagon and protective cap, a lockable rotary knob with scale, or simply a rotary knob with scale. This model is particularly suitable for applications requiring solenoid-operated unloading via built-on directional spool valves or directional poppet valves. It comes equipped with high-power solenoids that ensure reliable performance under demanding conditions. The optional switching shock damping feature further enhances its capability to maintain system integrity by mitigating sudden pressure changes during operation.