Eaton Aeroquip 45° E Z Clip elbow fitting for GH001 multi refrigerant hose, with a female tube O ring seal swivel connection for leak resistant joints in automotive and mobile air conditioning systems. Designed to work with the E Z Clip system and GH001 hose only, it delivers a compact 45° bend that is ideal where hose routing space is limited. Available in sizes from -6 to -16 to suit a wide range of commercial vehicle and off highway A/C installations.
Additional information for the bottom of the page
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Brand and system
Eaton Aeroquip E Z Clip refrigerant hose fitting, engineered specifically for use with GH001 multi refrigerant hose, creating a matched hose and fitting system for automotive and mobile A/C. -
Connection style
45° swept elbow with female tube O ring seal swivel connection, giving a reliable, serviceable joint and helping to reduce the risk of leaks in high vibration environments. Typical thread sizes in this range include 5/8″-18, 3/4″-16, 7/8″-14 and 1.1/16″-14, depending on the hose size selected. -
Hose size options
To suit GH001 hose sizes -6, -8, -10, -12 and -16, allowing you to match the fitting to common suction and discharge line diameters in vehicle A/C systems. -
Application
Intended for automotive and mobile air conditioning and refrigeration, including commercial vehicles and off highway equipment, where fast, dependable hose assembly is required without hydraulic crimping equipment. -
E Z Clip system benefits
The E Z Clip system uses a cage and clip design that can be assembled with a dedicated hand tool, providing a robust, repeatable connection that has been tested to exceed relevant SAE standards for A/C hose assemblies. This helps maintain performance with modern refrigerants and lubricants in demanding service. -
Selection guidance
When specifying this fitting, confirm:-
GH001 hose size (-6 to -16)
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Required thread size and type on the mating port
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Space available for a 45° elbow compared with straight or 90° options
This will help ensure a correct fit, ease of installation and a long service life in the finished system.
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