Thomas Betts 3132 Fmc Conduit Connector 1/2 Inch Angled

Product Description

The THOMAS BETTS 3132 is an angled conduit connector designed for use with flexible metal conduit (FMC) in electrical installations. Built from steel with an insulated throat, it uses a set screw connection method to secure the conduit to a knockout or enclosure entry. The angled body allows routing into boxes and panels where space is limited or where conduit approaches at an offset. This connector is suited for non-hazardous locations and is installed by licensed electricians during new construction, renovation, and service work.

This connector is rated for 1/2 inch trade size FMC and is commonly used in residential and light commercial electrical work. Typical applications include connecting flexible metal conduit to junction boxes, panelboards, outlet boxes, and equipment enclosures. The angled profile simplifies termination in tight spaces where a straight connector would create a sharp conduit bend or clearance conflict.

Key Features

• Angled connector body allows entry into enclosures where straight connectors are impractical
• Set screw connection provides a positive mechanical grip on the FMC
• Insulated throat protects conductors from abrasion at the conduit entry point
• Steel construction for durability in standard electrical installations
• Rated for non-hazardous area applications
• 1/2 inch trade size fits standard half-inch FMC

Compatibility

Designed as an OEM-style replacement and standard trade fitting for 1/2 inch trade size flexible metal conduit (FMC) terminations in non-hazardous locations.

Installation Notes

Installation is performed by a licensed electrician in accordance with NEC Article 348 governing flexible metal conduit. De-energize all circuits and verify the panel or enclosure is locked out before beginning work. Insert the FMC into the connector, then tighten the set screw to secure the conduit without over-tightening, which can deform the conduit. Confirm the insulated throat is properly seated to protect wire insulation at the point of entry.