Halex/scott Fetzer 26262 Emt Rain Tight Coupler 3/4 in 5 Pack

Product Description

The HALEX/SCOTT FETZER 26262 is a steel EMT rain tight coupler sold in a 5-pack, designed to join two lengths of 3/4 inch electrical metallic tubing (EMT) conduit in wet or outdoor locations. The coupler forms a concrete-tight and rain-tight seal, making it suitable for exposed exterior conduit runs where moisture ingress is a concern. Electricians use this fitting wherever the NEC requires a rain-tight conduit connection, including outdoor service entrances, exterior wall runs, and conduit exposed to weather or concrete encasement.

This coupler is intended for outdoor and wet-location EMT conduit installations in both residential and light commercial applications. Typical scenarios include exterior panel feeds, outdoor lighting circuits, and conduit runs embedded in or adjacent to concrete. The concrete-tight rating adds versatility for conduit work where the fitting may be partially encased. Each pack contains 5 couplers, making it practical for multi-connection jobs on a single service call.

Key Features

• Rain-tight and concrete-tight construction for outdoor and wet-location use
• Fits 3/4 inch EMT conduit for secure end-to-end connections
• Steel construction for durability in exposed environments
• Pack of 5 couplers reduces per-unit cost on multi-connection installations
• Suitable for exterior conduit runs per NEC wet-location requirements

Compatibility

Designed as an OEM-style replacement and standard fitting for 3/4 inch EMT conduit systems in wet or outdoor installations.

Installation Notes

Installation is performed by a licensed electrician in accordance with NEC requirements for wet-location conduit fittings. De-energize all circuits in the conduit run before beginning work. Ensure conduit ends are reamed and deburred before seating into the coupler to achieve a proper rain-tight seal. Do not use this fitting for dry-location-only applications where a rain-tight rating is not required, as proper fitting selection affects the integrity of the conduit system.