Thomas Betts B-209 Strut Channel Z Fitting Gold Galvanized

Product Description

The THOMAS BETTS B-209 is a Z-style fitting for joining metal framing strut channel systems. This steel accessory, finished in gold galvanized, creates a perpendicular or offset connection between two runs of standard strut channel. It is used in electrical, mechanical, and structural framing applications where channel sections need to be joined at a Z-profile angle. Electricians, pipefitters, and mechanical contractors install this fitting as part of larger strut-based support systems for conduit, pipe, ductwork, and equipment.

This fitting is designed for use in joining metal framing strut channel assemblies. It is commonly installed in commercial and industrial settings where continuous strut runs require a stepped or offset transition. The gold galvanized finish provides corrosion resistance suitable for indoor and light-exposure environments. It is sold individually and is compatible with standard strut channel profiles used in typical framing and support grid installations.

Key Features

• Z-profile fitting designed for joining and offsetting strut channel runs
• Steel construction for structural integrity in framing applications
• Gold galvanized finish for corrosion resistance in indoor and light-duty environments
• Compatible with standard metal framing strut channel systems
• Sold as individual piece with no minimum order quantity above one unit

Compatibility

Designed for use with joining metal framing strut channel. Cross-reference part numbers include Unistrut 45P4045 and B-Line B10652.

Installation Notes

Installation is typically performed by licensed electricians or mechanical contractors working with strut-based support systems. Shut down and de-energize any nearby electrical systems before beginning work in the installation area. Hardware such as channel nuts and bolts appropriate to the strut profile should be selected to match the load requirements of the assembly. Follow applicable NEC and local mechanical codes for support spacing and hardware torque as specified in the project design documents.