Parker DT-750-MFMO-5 Hydraulic Check Valve 30 Gpm

Product Description

The PARKER DT-750-MFMO-5 is a hydraulic control check valve designed to allow flow in one direction while preventing backflow in hydraulic circuit lines. Built from steel with metal seals, it handles a maximum working pressure of 3500 psi and a maximum flow rate of 30 GPM. The 1-1/16-12 inlet uses a Male JIC x Male ORB thread configuration, making it straightforward to integrate into existing hydraulic plumbing. Its compact envelope measures 2.09 inches in overall length, 1.25 inches wide, and 1.25 inches tall, fitting into space-constrained installations. Licensed hydraulic technicians and fluid power mechanics are the typical installers for this component.

This check valve is suited for mobile hydraulic equipment, industrial machinery, and stationary hydraulic power units where backflow prevention is required. The Male JIC x Male ORB thread standard makes it compatible with common hydraulic line fittings found in agricultural, construction, and industrial equipment applications. It is appropriate for systems operating at pressures up to 3500 psi with flow rates up to 30 GPM.

Key Features

• Maximum working pressure of 3500 psi for demanding hydraulic circuit applications
• Maximum flow rate of 30 GPM to support high-volume hydraulic systems
• Male JIC x Male ORB thread standard for broad fitting compatibility
• Steel body construction provides durability in high-pressure environments
• Metal seal material rated for hydraulic fluid compatibility and pressure integrity
• Compact form factor at 2.09 inches length and 1.25 inches width and height

Compatibility

Designed as an OEM-style replacement or direct-fit check valve for hydraulic systems using 1-1/16-12 Male JIC x Male ORB fittings and operating within 30 GPM and 3500 psi rated parameters.

Installation Notes

Installation should be performed by a qualified hydraulic technician or fluid power mechanic. Depressurize and fully relieve hydraulic system pressure before removing or installing any hydraulic components. Verify thread engagement and torque fittings according to the equipment manufacturer specifications using calibrated hydraulic fitting tools. Inspect sealing surfaces for contamination or damage before assembly to prevent leakage under pressure.