CCSS48FC

Overview

The CCSS48FC is a straight flange coupling manufactured by Hoffman Enclosures, Inc., designed for use with the CS480 pendant arm system. Constructed from Type 304 stainless steel, it features a polished finish and fits 48.3mm tubes. The component measures 1.9 inches in diameter and 2.36 inches in height. It enables 340-degree enclosure rotation with a built-in rotation limiter and preset torque. The unit includes maintenance-free bearings and supports IP66 enclosure ratings.

Feature Summary

• Constructed from corrosion-resistant Type 304 stainless steel
• Enables 340-degree rotation with integrated rotation limiter
• Features maintenance-free bearing mechanism
• Designed for attachment to 48.3mm tube systems

Applications

• CS480 pendant arm system integration
• Industrial enclosure mounting and rotation
• HMI panel positioning mechanisms

Procurement Notes

Verify compatibility with the specific CS480 pendant arm system before procurement. Confirm that the 48.3mm tube diameter matches the existing infrastructure. Ensure the application environment is suitable for Type 304 stainless steel exposure. Check that the preset torque settings align with operational requirements for the rotating assembly.

Selection Notes

Select this coupling when a robust, corrosion-resistant connection is required for rotating enclosures. The Type 304 material offers durability in harsh environments. The 340-degree range provides significant flexibility for operator access. Consider the weight capacity of the supporting arm system to ensure stable operation during rotation.

Part Context

This component belongs to the Hoffman Enclosures hardware accessories line, specifically engineered for modular industrial control setups. It serves as a critical interface between fixed enclosures and adjustable mounting arms. The design prioritizes mechanical reliability and ease of installation within standard industrial automation frameworks.

Replacement Considerations

No public confirmed substitute part numbers are available.