Halex/scott Fetzer 26261 Emt Rain Tight Coupler 1/2 in 5PK

Product Description

The HALEX/SCOTT FETZER 26261 is a steel EMT rain tight coupler designed to join two lengths of 1/2-inch EMT conduit in wet or outdoor locations. This coupler meets concrete-tight and rain-tight requirements, making it suitable for exposed exterior installations where moisture protection is critical. Sold in a 5-pack, it provides electricians with enough units to complete multiple connection points in a single trip. The steel construction delivers the mechanical strength and corrosion resistance expected in outdoor conduit work.

This coupler is intended for use in wet-location conduit runs on residential and light commercial installations. Typical applications include exterior wall entries, underground riser transitions, outdoor panel feeds, and any conduit run exposed to rain or condensation. The rain-tight and concrete-tight ratings allow it to be used where conduit passes through or is embedded in concrete structures as well as in standard outdoor exposed runs.

Key Features

• Rain-tight and concrete-tight rated for wet and outdoor locations
• Connects two lengths of 1/2-inch EMT conduit
• Steel construction for mechanical durability
• 5-pack quantity reduces return trips for multi-connection jobs
• Suitable for exterior walls, outdoor panels, and concrete-embedded runs

Compatibility

Designed as an OEM-style replacement and standard-fit coupler for 1/2-inch EMT conduit systems used in wet and outdoor electrical installations.

Installation Notes

Installation should be performed by a licensed electrician in accordance with NEC requirements for wet-location conduit fittings. De-energize all circuits before working on any conduit system. Ensure conduit ends are reamed and deburred before inserting into the coupler to achieve a proper rain-tight seal. Do not overtighten the compression nut beyond hand-tight plus the manufacturer-recommended turns, and verify the fitting is rated for the specific location classification before installation.