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The PARKER D1VW004CNKW is a dual-solenoid hydraulic control valve rated for up to 10 GPM flow and 5,000 psi working pressure. It operates on 12-volt DC input current, making it suitable for mobile hydraulic systems, industrial machinery, and equipment that requires precise directional control of hydraulic fluid. The valve body is constructed with a Nitrile seal material, which provides compatibility with petroleum-based hydraulic fluids commonly used in industrial and mobile applications. Licensed hydraulic technicians and fluid power specialists install this valve as a direct component in hydraulic circuits requiring electrically actuated flow direction control. At 3.5 pounds, it is a compact yet robust directional control valve built to handle high-pressure hydraulic system demands.
The D1VW004CNKW is suited for use in industrial hydraulic power units, mobile equipment hydraulic systems, and machine tool circuits where two-solenoid directional control is required. Its 5,000 psi pressure rating supports heavy-duty hydraulic circuits found in construction equipment, manufacturing machinery, and similar high-pressure applications. The 12-volt DC solenoid configuration is commonly paired with battery-powered or vehicle-based hydraulic systems. No specific compatible equipment models were provided in the product data — refer to your hydraulic system schematic and PARKER product documentation to confirm fitment before installation.
Designed as an OEM-style replacement or new-install directional control valve for hydraulic circuits requiring 10 GPM flow capacity and up to 5,000 psi working pressure with 12-volt DC solenoid actuation. No specific compatible model numbers or system families were provided in the product data.
Installation should be performed by a qualified fluid power technician or hydraulic systems specialist. Before servicing, depressurize and isolate the hydraulic circuit completely and relieve any stored energy in accumulators. Verify that the system supply voltage matches the 12-volt DC solenoid rating before energizing. Follow all applicable hydraulic system design standards and equipment OEM guidelines when integrating this valve into an existing or new hydraulic circuit.
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