Parker SVHN16-16F Hydraulic Hose Valve Fitting 1 in 2000 Psi

Product Description

The PARKER SVHN16-16F is a stainless steel hydraulic hose valve fitting rated for 2,000 psi working pressure. It is designed for use in hydraulic fluid lines where a shutoff or directional valve connection point is required at the hose assembly. With a 1-inch thread size and 1-inch body diameter, this fitting handles high-pressure hydraulic circuits in demanding industrial and mobile equipment environments. The stainless steel construction provides corrosion resistance in wet or chemically active service conditions. Licensed hydraulic technicians and fluid power mechanics are the primary installers for this type of component.

This fitting is suited for high-pressure hydraulic systems in industrial machinery, mobile equipment, and fluid power assemblies. It is rated for continuous service between -35 degrees F and 250 degrees F, making it appropriate for both indoor and outdoor hydraulic circuits where temperature variation is a factor. The 1-inch body and thread size accommodate larger-bore hose assemblies commonly found in heavy-duty hydraulic circuits requiring reliable valve connection points.

Key Features

• 2,000 psi pressure rating for high-pressure hydraulic line service
• Stainless steel body provides corrosion resistance in harsh or wet environments
• 1-inch thread size and 1-inch body diameter for large-bore hose assemblies
• Operating temperature range of -35 degrees F to 250 degrees F
• Valve fitting design provides a secure connection point at hose terminations

Compatibility

Designed as an OEM-style replacement or service fitting for high-pressure hydraulic hose assemblies requiring a 1-inch valve fitting connection at 2,000 psi.

Installation Notes

Installation should be performed by a qualified hydraulic technician or fluid power mechanic. Always depressurize and bleed the hydraulic system fully before removing or installing any hose or fitting. Use appropriate thread sealant or tape rated for hydraulic service as required by the circuit design. Verify thread engagement and torque to the hydraulic system manufacturer's specifications using calibrated tooling.