DB20K2-1X/335YE

***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 DB20K2-1X/335YE (R901165510) is a highly engineered pilot-operated pressure relief valve designed for controlling operating pressure within hydraulic systems. This valve is adept at limiting pressure by releasing excess hydraulic fluid, ensuring system safety and reliability. It comprises a robust housing and a sensitive pilot control valve that allows for precise adjustment of the operating pressure. The DB20K2-1X/335YE operates by channeling pressurized fluid to the main spool, which then acts on a poppet mechanism. When the pressure in channel P surpasses the preset value on the spring, the poppet opens, allowing fluid to flow into either an internal or external tank depending on the version used. This action maintains equilibrium at the main spool and sustains the set operating pressure between channels P and T. For monitoring purposes, this model includes a pressure gauge connection that enables verification of operating pressures. Additionally, it offers versatility through an unloading feature and the ability to switch to an alternative second pressure rating via port X. Designed for subplate mounting with porting patterns conforming to ISO NG standards, this valve offers various adjustment types for setting the desired pressure. These adjustments can be made with a rotary knob, sleeve with hexagon and protective cap, lockable rotary knob with scale, or a rotary knob with scale depending on user preference and application requirements. The DB20K2-1X/335YE is suitable for multiple hydraulic applications where consistent and reliable pressure regulation is critical. Its design ensures durability and precision in maintaining system pressures across various settings and operational demands.