Ever-tite 307CAL Cam Groove Coupling Part C Aluminum 250 Psi

Product Description

The EVER-TITE COUPLING PRODUCTS 307CAL is a Part C cam groove coupling designed for quick-connect fluid transfer applications. Built from aluminum, it features a female coupler with a hose shank end, allowing fast and secure mating with standard cam groove adapters. Rated to a maximum working pressure of 250 psi, this coupling suits a wide range of liquid and dry-bulk transfer tasks. It is installed by plumbers, industrial maintenance technicians, and fluid handling professionals in both portable and fixed piping systems.

This coupling is well suited for agriculture, industrial plant maintenance, construction site water transfer, chemical transfer, and general fluid handling where a lightweight yet durable aluminum fitting is preferred. The hose shank end accepts standard hose and clamp assemblies, making field installation straightforward. Its Part C configuration pairs with Part A and Part B adapters in standard cam groove systems.

Key Features

• Part C cam groove configuration: female coupler body with hose shank end
• Aluminum construction provides corrosion resistance with low weight
• 250 psi maximum working pressure for demanding fluid transfer service
• Compatible with standard cam groove adapter sets across major brands
• Lightweight design at 0.4 pounds reduces fatigue during frequent connect and disconnect cycles

Compatibility

Designed as an OEM-style replacement or new-installation fitting for standard cam groove systems using Part C female coupler hose shank configurations.

Installation Notes

Cam groove couplings are typically installed by plumbers or industrial pipe fitters working on fluid transfer lines. Depressurize and drain the line fully before connecting or disconnecting any cam groove fitting. Ensure the hose is properly clamped to the shank end and that locking arms fully engage the mating adapter before returning the system to pressure. Follow applicable IPC and plant safety procedures for the fluid being handled.