DBT-G7-1X/160

***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-G7-1X/160 (0811104021) is a precision-engineered pressure relief valve designed for remote control applications with a seat design to maintain system pressure within desired limits. This particular model is manually adjustable, allowing users to set the required pressure threshold using the adjustment type (4) mechanism provided. The valve's construction includes a robust housing (1), a responsive valve poppet (2), and a corresponding valve seat (3), ensuring reliable performance and durability. In its default state, the valve poppet (2) is in contact with the valve seat (3), creating a seal that prevents fluid flow between the P and T connections. When the hydraulic force reaches the preset level on the adjustment type (4), the valve activates to regulate this pressure. It achieves this by allowing the valve poppet (2) to lift away from the valve seat (3), enabling excess hydraulic fluid to be redirected from P to T, thus relieving system pressure. A notable feature of this model is its minimum pressure setting of 3 bar, which is maintained even when the spring (5) is completely unloaded due to spring preload force. The DBT-G7-1X/160 valves are primarily utilized as pilot control valves for indirectly managing larger flow rates in various hydraulic systems. In addition, Bosch offers similar models like Type DBT-XP2-1X which are direct-operated valves suitable for subplate mounting and control panel design. These variants also play a crucial role in limiting system pressure but may have different specifications or applications tailored to specific requirements within hydraulic systems. Overall, Bosch's DBT-G7-1X/160 offers reliability and precise control for hydraulic systems requiring effective pressure management solutions. Its manual adjustability and robust design make it suitable for various industrial applications where maintaining optimal system pressure is critical.