Parker DSL104B Hydraulic Solenoid Valve 10 Gpm 3600 Psi

Product Description

The PARKER DSL104B is a four-way hydraulic solenoid valve rated for flows up to 10 GPM and a maximum working pressure of 3,600 psi. The valve uses a 7/8-14 UNF threaded connection and fits a C10-4 cavity, making it a cartridge-style insert suitable for hydraulic manifold systems. The steel body construction stands up to the demanding pressure cycles common in industrial and mobile hydraulic circuits. Licensed hydraulic technicians and fluid power specialists install this valve to control directional flow in actuators, cylinders, and motor circuits where precise solenoid-actuated switching is required.

The DSL104B is suited for both industrial stationary hydraulic systems and mobile equipment applications where directional control of hydraulic flow is needed. The cartridge valve design allows it to be installed directly into a ported manifold block with the C10-4 cavity standard, reducing external plumbing and potential leak points. It is commonly specified in applications requiring compact, high-pressure solenoid control within a manifold-integrated design.

Key Features

• Four-way flow regulation for directional control of hydraulic actuators
• Maximum working pressure of 3,600 psi for high-pressure hydraulic circuits
• Flow capacity up to 10 GPM
• 7/8-14 UNF threaded cartridge for direct manifold installation
• C10-4 cavity size for standardized manifold compatibility
• Steel body construction for durability under pressure cycling

Compatibility

Designed for installation in hydraulic manifolds machined to the C10-4 cavity standard with a 7/8-14 UNF threaded port.

Installation Notes

Installation should be performed by a qualified fluid power technician or hydraulic systems specialist. Depressurize and de-energize the hydraulic system fully before removing or installing any cartridge valve. Use the appropriate spanner or cartridge valve socket to avoid damage to the valve body or manifold cavity threads. Verify solenoid voltage and electrical connections comply with applicable electrical codes before energizing the system.