5" Type C Aluminum Cam & Groove Coupler

The Dixon 500-C-AL is a heavy-duty 5-inch Type C cam and groove coupler designed for dependable fluid transfer in petroleum, agricultural, industrial, chemical, and bulk liquid handling applications. Manufactured from rugged 356T6 aluminum, this fitting combines strength, corrosion resistance, and lightweight performance for demanding service environments.

Featuring a 5-inch female camlock coupler connection and matching hose shank, this fitting is precision machined to provide secure connections and reliable compatibility with standard cam and groove systems manufactured to Commercial Item Description A-A-59326D specifications.

Key Features

• Type C cam and groove coupler
• 5" female coupler x 5" hose shank connection
• Durable 356T6 aluminum construction
• Buna-N (nitrile) gasket installed
• Maximum working pressure of 75 PSI
• Long shank design for improved hose retention
• Stainless steel cam arm pins for durability
• Supplied with safety clips
• Precision machined for dependable fit and performance
• Made in the USA

Construction Details

Manufactured from high-strength 356T6 aluminum, this coupler offers an excellent balance of corrosion resistance, durability, and reduced weight compared to steel alternatives.

The integrated hose shank features a long retention profile to help secure hose assemblies and maintain reliable performance in demanding transfer operations.

Stainless steel cam arm pins and precision-machined mating surfaces contribute to long service life and consistent coupling operation.

Specifications

Manufacturer: Dixon Valve & Coupling

Part Number: 500-C-AL

Size: 5"

Connections: Female Camlock Coupler x Hose Shank

Material: 356T6 Aluminum

Seal Material: Buna-N (Nitrile)

Maximum Working Pressure: 75 PSI

Approximate Length: 6-9/16"

Important Notes

Designed to interchange with cam and groove products manufactured to Commercial Item Description A-A-59326D standards.

Not recommended for compressed air or steam service.

Always verify chemical compatibility, hose attachment methods, and operating conditions before installation.