Hydraulic Control Solenoid Valve: 7/8-14 Thread, 15 GPM, 3,600 Max psi MPN:DSL101N

The Parker Hydraulic Control Solenoid Valve is a versatile and durable solution for various hydraulic control systems. With its 7/8-14 thread and UNF thread standard, this valve can fit in a wide range of applications. Made from sturdy steel material, it has a flow regulation type of two-way and a maximum working pressure of 3600 PSI. With an impressive flow rate of 15 GPM, this Parker solenoid valve is perfect for use in industrial, agricultural, construction, and marine industries. Its precise control and efficient performance make it ideal for controlling the flow of hydraulic fluid in various machinery and equipment.

Top product features:

• Thread Standard: UNF The use of Universal National Fine thread standard ensures compatibility and interchangeability of this hydraulic solenoid valve with other equipment that follows the same standard.
• Maximum Flow Rate: 15 GPM With an impressive flow rate of 15 gallons per minute, this Parker solenoid valve is ideal for high-performance and demanding applications that require accurate control of hydraulic fluid flow.
• Body Material: Steel Made from sturdy steel, this hydraulic control solenoid valve provides durability and long-lasting performance in harsh industrial environments.

Top product applications:

• Industrial Machinery This hydraulic solenoid valve can be used in various industrial machines like excavators, forklifts, presses, and conveyors, to control the flow of hydraulic fluid for precise movements or operations.
• Agricultural Equipment The high flow rate of this solenoid valve makes it suitable for use in agricultural machinery such as tractors, harvesters, planters, and sprayers, which require accurate control of hydraulic fluid flow for efficient performance.
• Marine Applications With its corrosion-resistant steel body and UNF thread standard, this solenoid valve can be used in marine applications such as boat lifts, deck machinery, and engine control systems where it needs to withstand harsh saltwater environments.