Eaton 33806P-Y76 Compression Female Swivel 3/4-20 Brass

Product Description

The EATON 33806P-Y76 is a brass compression tube female swivel fitting designed for use in fluid-transfer and tube-connection applications. The female swivel design allows the nut to rotate freely during installation, reducing torque transfer to the tube and minimizing the risk of tube twist or deformation. Constructed from brass, this fitting provides corrosion resistance suitable for water, fuel, and hydraulic service lines. It threads at a 3/4-20 pitch and is intended for installation by licensed plumbers, HVAC technicians, or mechanical contractors working on compression-tube assemblies in light commercial or residential systems.

This fitting is suited for applications where a compression-style tube connection must interface with a female-threaded port. The swivel feature is particularly useful in tight or restricted installations where rotating the entire fitting body is not practical. Common use cases include connecting tubing runs to valves, manifolds, or equipment ports in plumbing, HVAC refrigerant line accessory circuits, or fluid-handling assemblies. It is sold as a single unit.

Key Features

• Female swivel design reduces tube twist during tightening
• Brass construction offers corrosion resistance for water and fluid service
• 3/4-20 thread size for precise, standardized thread engagement
• Compression-style connection provides a leak-resistant seal without soldering
• Compact form factor suited for restricted installation spaces

Compatibility

Designed as an OEM-style compression tube female swivel fitting for plumbing, HVAC, and fluid-handling systems requiring a 3/4-20 threaded female swivel connection.

Installation Notes

Installation should be performed by a qualified plumber or mechanical technician. Shut off fluid supply and relieve system pressure before disassembly or fitting installation. Use appropriate tube-cutting and deburring tools to ensure a clean, square tube end before seating in the compression fitting. Do not overtighten; follow standard compression fitting assembly practices and verify for leaks after pressurizing the system.