DRE6X-1X/310MG24-8NZ4M

***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 DRE6X-1X/310MG24-8NZ4M (0811402058) is an advanced, electrically pilot-operated 3-way pressure reducing valve designed to manage system pressure effectively. This valve integrates three main components: a pilot control valve, a proportional solenoid, and a main valve with a control spool. It operates by setting the reduced pressure in channel A through the proportional solenoid based on command values. The spring in the depressurized port P holds the main control spool in its initial position, allowing for connections from A to T and blocking from P to A. The DRE6X-1X/310MG24-8NZ4M excels in pressure reduction by building pilot pressure in the control chamber corresponding to command values, enabling hydraulic fluid flow from P to A. The actuator's pressure is balanced with the spring chamber through specific channels and nozzles, adjusting the pressure in port A to match that of the pilot control valve's settings. Additionally, this valve features a pressure limitation mechanism; if port A's pressure exceeds the set value, it moves the main control spool further left to open connections from A to T—thus capping the pending pressure in port A at the predetermined command value. Designed for versatility, it can be mounted via subplate or sandwich plate configurations according to ISO 4401-03-02-05 standards. The minimum set pressure can be established in ports A or P1. Notably, this model includes integrated electronics (OBE), which simplifies setup and ensures consistent performance with minimal manufacturing variance. The DRE6X-1X/310MG24-8NZ4M is engineered for precise operation where reliable and adjustable pressure reduction is required within hydraulic systems.