Parker DSL105C1 Hydraulic Solenoid Valve 7 Gpm 3600 Psi

Product Description

The PARKER DSL105C1 is a hydraulic control solenoid valve designed for use in fluid power systems requiring precise, electrically actuated flow control. Built with a steel body, this valve handles up to 7 GPM flow rate and a maximum working pressure of 3,600 psi, making it suited for demanding industrial and mobile hydraulic circuits. It threads into a C10-4 cavity using a 7/8-14 thread, allowing straightforward cartridge-style installation into manifold blocks or valve bodies. Hydraulic system technicians and fluid power specialists are the primary installers of this component.

This solenoid valve fits applications where remote or automated control of hydraulic flow is required. Typical installations include mobile equipment hydraulic circuits, industrial machinery, and hydraulic power units where a compact, cartridge-mount valve is specified. The C10-4 cavity standard allows integration into a wide range of existing manifold designs. Its 3,600 psi pressure rating covers most high-pressure hydraulic circuit requirements encountered in both mobile and stationary equipment service.

Key Features

• Maximum flow rate of 7 GPM for controlled hydraulic circuit actuation
• 3,600 psi maximum working pressure for high-pressure system compatibility
• 7/8-14 thread size for cartridge installation into C10-4 cavity manifolds
• Steel body construction for durability in demanding hydraulic environments
• Compact cartridge design simplifies manifold integration and serviceability

Compatibility

Designed as an OEM-style cartridge replacement for hydraulic systems utilizing the C10-4 cavity standard with a 7/8-14 thread interface.

Installation Notes

Installation should be performed by a qualified hydraulic systems technician. Depressurize and de-energize the hydraulic system completely before removing or installing cartridge valves. Use appropriate manifold-rated thread sealant if required and verify cavity dimensions match the C10-4 specification before installation. Follow all applicable fluid power safety standards and equipment manufacturer service procedures.