Parker VHC24-24F Hydraulic Hose Valve Fitting 1.5 in 1500 Psi

Product Description

The PARKER VHC24-24F is a hydraulic hose valve fitting designed for use in high-pressure fluid power systems. Built from steel, this fitting handles pressures up to 1,500 psi and operates across a temperature range of -35 degrees F to 250 degrees F. The 1.5-inch thread size and matching 1.5-inch body diameter make it a straightforward replacement or new-installation component in industrial and mobile hydraulic circuits. Installation is handled by hydraulic system technicians and pipefitters working on fluid power assemblies requiring secure, leak-resistant valve connections.

This fitting is suited for hydraulic systems where a reliable valve connection point is needed at a 1.5-inch port size. Typical applications include mobile equipment hydraulics, industrial machinery, and fluid power control circuits operating within the rated pressure and temperature limits. The steel construction holds up in demanding environments where durability and consistent sealing performance are required across repeated connect and disconnect cycles.

Key Features

• 1,500 psi maximum pressure rating for high-pressure hydraulic service
• Steel construction for durability in industrial and mobile hydraulic environments
• 1.5-inch thread size and 1.5-inch body diameter for consistent port alignment
• Temperature range of -35 degrees F to 250 degrees F suits a wide range of operating conditions
• Valve fitting design integrates into hydraulic hose assemblies at control or shutoff points

Compatibility

Designed as an OEM-style replacement or new-installation valve fitting for hydraulic hose assemblies with 1.5-inch port connections operating at or below 1,500 psi.

Installation Notes

Installation should be performed by a qualified hydraulic technician or pipefitter familiar with fluid power system requirements. Depressurize and lock out the hydraulic system fully before removing or installing any fitting. Use appropriate thread sealant or method as required by the system design and applicable fluid power standards. Inspect mating threads and sealing surfaces for damage before assembly.