Thomas Betts SSF-VJ2 Cable Support Hook 2 in 100 Lb Steel

Product Description

The THOMAS BETTS SSF-VJ2 is a low voltage cable support hook designed to organize and secure low voltage wiring runs along 2-inch nominal pipe. Constructed from steel with an anodized finish for corrosion resistance, this hook supports up to 100 pounds of cable load. It is UL Listed, meeting the safety standards required for commercial and residential electrical installations. Electricians and low voltage technicians install this type of hardware during rough-in and finish phases to maintain clean, code-compliant cable routing on conduit, strut, or pipe supports.

This cable support hook is suited for data, communications, security, and audio-visual cable management in commercial buildings, light industrial facilities, and residential structures. It mounts to 2-inch nominal pipe to keep low voltage bundles separated, organized, and off finished surfaces. The anodized steel construction holds up in both dry and damp interior environments. It is also sold under the Gedney part number CAT32 and the Raco part number BCH32, making it a recognized cross-reference in the electrical supply market.

Key Features

• Supports up to 100 lb of cable load on 2-inch nominal pipe
• Steel construction with anodized finish for durability and corrosion resistance
• UL Listed for use in low voltage cable management applications
• Cross-references to Gedney CAT32 and Raco BCH32
• Sold individually, no minimum order beyond single-unit packaging

Compatibility

Designed for use with 2-inch nominal pipe in low voltage cable support applications. Also referenced as Gedney part number CAT32 and Raco part number BCH32.

Installation Notes

Installation is performed by licensed electricians or low voltage technicians. De-energize all circuits in the work area before routing or securing cables. Follow NEC Article 800 and applicable local codes for low voltage wiring support spacing and mounting requirements. Do not exceed the 100 lb rated load capacity of the hook.