DBT-G1-1X/315

***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 DBT-G1-1X/315 (0811104013) is a high-quality pressure relief valve designed for maintaining system pressure within hydraulic applications. This direct operated valve with a seat design is primarily utilized as a pilot control valve, capable of managing larger flow rates indirectly. The robust construction includes a durable housing (1), a responsive valve poppet (2), and a corresponding valve seat (3), ensuring reliable operation and longevity. In its default state, the valve poppet (2) is seated against the valve seat (3), which effectively blocks the passage between the P and T connections, thus preventing fluid flow. When the hydraulic force reaches the set value determined by manual adjustments made on adjustment type (4), the valve activates to regulate system pressure. It achieves this by allowing the valve poppet (2) to lift away from the valve seat (3), enabling excess hydraulic fluid to be diverted from P to T, thereby relieving pressure. The DBT-G1-1X/315 model is engineered with precision to ensure that even with a fully unloaded spring (5), there's a minimum pressure maintenance of 3 bar due to spring preload force. This feature guarantees that even at low pressures, the system remains functional and secure. Designed for versatility, this Bosch pressure relief valve can be used in subplate mounting configurations as well as in control panel designs. Its application as a pilot control valve makes it an essential component in various hydraulic systems where precise pressure control is necessary for efficient and safe operations. The DBT-XP2-1X variant also signifies its suitability for direct operation in limiting system pressures, highlighting its role in diverse hydraulic circuitry setups where reliable performance under varying conditions is critical.