Parker KP73614 Jic Female Swivel Fitting 5/16 X 3/8 in

Product Description

The PARKER KP73614 is a two-piece, reusable JIC female swivel hose fitting designed for hydraulic and fluid-transfer lines where a secure, leak-resistant connection is required. The swivel design allows the nut to rotate freely during installation, reducing hose twist and making it easier to thread into mating fittings without contorting the assembly. The fitting accepts a hose with a 5/16 inch inner diameter and a 3/8 inch outer diameter. Reusable construction means the fitting can be disassembled from the hose end and reinstalled, which reduces cost on repair jobs and makes it a practical choice for field service technicians and fluid power shops.

This fitting is suited for hydraulic systems, fuel lines, and general fluid-transfer applications that call for a JIC-style female swivel termination. It is typically installed by hydraulic technicians, plumbers, and fluid power specialists working on mobile equipment, industrial machinery, or fluid distribution systems. The package quantity is two fittings per pack with a minimum order quantity of one pack.

Key Features

• Two-piece reusable design allows disassembly and reinstallation without cutting the hose
• JIC female swivel end reduces hose twist during installation
• Accepts 5/16 inch hose ID and 3/8 inch hose OD
• Swivel nut rotates freely to thread onto mating JIC male fittings
• Sold in packs of two fittings

Compatibility

Designed as a reusable JIC female swivel fitting for hoses with a 5/16 inch inner diameter and a 3/8 inch outer diameter. Compatible with standard JIC male fittings in hydraulic and fluid-transfer systems requiring this hose size.

Installation Notes

Relieve all system pressure and drain fluid before disassembling any hose or fitting. Follow the fitting manufacturer assembly instructions for proper hose insertion depth and nut engagement to ensure a leak-free connection. Verify JIC thread compatibility with the mating fitting before installation. Installations on hydraulic or fuel-line systems should comply with applicable industry standards and local codes.