Eaton Vickers DGMC-3-BT-GW-41 Pressure Relief Valve is a high-precision, factory-new hydraulic control component designed to manage and limit system pressure in critical fluid power circuits. With its specific model designation, DGMC-3-BT-GW-41, this valve ensures compatibility with Eaton Vickers hydraulic systems and supports exact OEM integration for demanding industrial, mobile, and process control applications. It is ideally suited for protecting pumps, actuators, and other components from pressure spikes and overloading in automated systems, presses, injection molding machines, and power units.
Engineered with a robust, compact body and precisely machined internals, the DGMC-3-BT-GW-41 uses direct-acting pressure control to maintain a stable set pressure and safely redirect excess flow. The valve body is manufactured from high-strength steel with corrosion-resistant coatings, ensuring long-term durability and reliable performance even in harsh or high-cycle environments. Its integrated seat design and low hysteresis characteristics contribute to consistent pressure response and minimal drift during operation.
The “BT” and “GW” configuration indicates adjustable pressure settings and specific spool options, allowing users to tailor pressure relief characteristics to system demands. Designed to operate under pressures up to 315 bar (depending on system limits), this valve provides precise control in both low-flow and high-pressure circuits. The modular sub-plate mounting system with ISO interface ensures easy installation and maintenance access, while minimizing downtime in case of service or adjustments.
In summary, the Eaton Vickers DGMC-3-BT-GW-41 Pressure Relief Valve offers dependable overpressure protection, stable control, and proven durability for complex hydraulic systems. With its new condition and OEM-grade specifications, it supports efficient and safe operation across a wide range of industrial and mobile hydraulic applications, making it a trusted solution for engineers and maintenance professionals.