Parker D1VW4CNGW75 with D31DW2C5NGW75 Directional Control Valve - NEW is a robust and highly efficient valve assembly engineered to provide advanced directional flow control in complex hydraulic systems. Designed by Parker, a trusted global leader in motion and control solutions, this combined valve configuration delivers superior performance, reliability, and precise fluid management in high-pressure industrial and mobile hydraulic applications.
The D1VW4CNGW75 directional control valve offers compact, high-speed operation with exceptional control accuracy, making it ideal for actuating cylinders, motors, and other hydraulic devices. Its optimized spool design ensures smooth operation with minimal pressure drop, contributing to the overall energy efficiency of the system. Built to operate under demanding conditions, this valve provides consistent control even in high-cycle, high-pressure environments.
Coupled with the D31DW2C5NGW75, this assembly enhances hydraulic system responsiveness and flexibility. The D31DW2C5NGW75 adds an extra layer of functionality, allowing for greater system configuration options, improved load handling, and reliable switching under heavy-duty conditions. Both valves feature high-quality materials and a durable design that ensures long service life and resistance to wear, corrosion, and thermal stresses.
These Parker directional control valves are designed for pressures typically up to 350 bar and are widely used across industries including manufacturing, mobile equipment, marine systems, and power generation. Installation is straightforward with standard porting and electrical interfaces, enabling easy integration into new systems or as an upgrade in existing setups.
Parker D1VW4CNGW75 with D31DW2C5NGW75 Directional Control Valve - NEW is a dependable solution for precise and responsive hydraulic fluid control. Engineered for high performance and built to Parker’s exacting standards, this valve assembly ensures optimal efficiency, reliability, and control in even the most demanding applications.