Thomas Betts 6H6-BSS Stainless Steel Conduit Pipe Hanger

Product Description

The THOMAS BETTS 6H6-BSS is a stainless steel conduit pipe hanger designed to support and secure 2.5-inch Rigid and 2.5-inch EMT conduit runs in electrical installations. Fabricated from stainless steel, this hanger resists corrosion in wet, outdoor, and chemically exposed environments where standard carbon steel hardware would degrade. Electricians use this hanger to mount conduit to structural members, walls, and ceilings as part of a compliant raceway system. Its single-piece construction simplifies installation and reduces hardware count at each support point.

This hanger is suited for commercial and industrial electrical work where stainless steel hardware is specified for corrosion resistance. Typical applications include food processing facilities, wastewater treatment plants, marine environments, outdoor exposed conduit runs, and any installation where the National Electrical Code requires corrosion-resistant fittings. The 6H6-BSS accommodates both 2.5-inch Rigid metal conduit and 2.5-inch EMT, giving installers flexibility when either conduit type is used within the same project.

Key Features

• Stainless steel construction provides corrosion resistance in wet and chemically aggressive environments
• Fits 2.5-inch EMT conduit
• Fits 2.5-inch Rigid metal conduit
• Dual Rigid and EMT compatibility reduces the need for multiple hanger SKUs on mixed-conduit projects
• Single-unit package allows precise quantity purchasing with no minimum order burden

Compatibility

Designed as an OEM-style support fitting for 2.5-inch Rigid metal conduit and 2.5-inch EMT conduit raceway installations.

Installation Notes

Licensed electricians install conduit hangers in accordance with NEC Article 344 for Rigid metal conduit and Article 358 for EMT, observing required support intervals. De-energize all circuits in the work area before mounting hangers on or near energized raceways. Use fasteners rated for the mounting surface material and environment. Do not overtighten hardware against the conduit wall in a way that deforms the conduit cross-section.