Parker D1VW001CNYG5 Hydraulic Solenoid Valve 22 Gpm

Product Description

The PARKER D1VW001CNYG5 is a three-way hydraulic solenoid valve designed for industrial hydraulic systems requiring precise directional flow control. Rated for a maximum flow rate of 22 GPM and a maximum working pressure of 5,000 psi, this valve is built to handle demanding hydraulic circuits. It features two solenoids and operates on 120-volt AC input current. The valve body and seals are constructed from Nitrile Butadiene Rubber, providing solid resistance to petroleum-based hydraulic fluids. Licensed hydraulic system technicians and industrial maintenance professionals are the primary installers for this type of component.

This valve is suited for use in industrial hydraulic power units, mobile hydraulic equipment, and other applications requiring reliable three-way directional control. Its dual-solenoid configuration makes it appropriate for circuits that require active control in multiple flow paths. The compact envelope measures 8.3 inches in overall length, 1.81 inches in overall width, and 3.72 inches in overall height, fitting standard hydraulic manifold or inline mounting arrangements where space is a consideration.

Key Features

• Maximum flow rate of 22 GPM for high-demand hydraulic circuits
• Rated to 5,000 psi maximum working pressure
• Three-way flow regulation for directional control applications
• Dual-solenoid design with 120-volt AC input
• Nitrile Butadiene Rubber seals for compatibility with petroleum-based hydraulic fluids
• Compact body at 8.3 inches length for space-constrained installations

Compatibility

Designed as an OEM-style replacement or direct installation component for industrial hydraulic systems requiring a three-way solenoid valve rated at 22 GPM and 5,000 psi with 120-volt AC actuation.

Installation Notes

Installation should be performed by a qualified hydraulic systems technician. Before servicing, depressurize the hydraulic circuit completely and confirm the power supply is de-energized prior to making any electrical or fluid connections. Verify port orientation and manifold thread specifications before mounting to avoid improper seating or leaks. Follow applicable industry standards and equipment manufacturer guidelines for torque and plumbing practices.