Hubbell Killark EBLR-2 Lr Conduit Body 3/4 Inch Emt

Product Description

The HUBBELL KILLARK EBLR-2 is an LR-configuration conduit body designed for 3/4-inch trade size EMT conduit systems. Cast from aluminum with a set screw connection method, this oval-shaped conduit body provides a pull point or direction change in electrical conduit runs. It is rated for dry locations and carries both UL Listed 514B and CSA C22.2 No. 18 certifications. The overall length measures 5-1/8 inches. Licensed electricians install this fitting during conduit rough-in on commercial and residential wiring projects where EMT systems require access points or 90-degree lateral turns.

This conduit body is suited for use in dry indoor environments where EMT conduit systems require a serviceable access point. The LR body style provides a left-to-right 90-degree pull configuration, making it a standard fitting in electrical panel feeds, branch circuit runs, and equipment connections routed along walls or through framing. The set screw connection method is appropriate for EMT conduit and allows secure, tool-assisted termination without threading. Set screws are included with the fitting.

Key Features

• LR body configuration for 90-degree lateral conduit direction changes
• Set screw connection for 3/4-inch EMT conduit - no threading required
• Aluminum construction with corrosion resistant and weather resistant properties
• Oval body shape with 5-1/8-inch overall length
• Rated for dry locations
• UL Listed 514B and CSA C22.2 No. 18 certified

Compatibility

Designed as an OEM-style replacement and standard fitting for 3/4-inch trade size EMT conduit systems installed in dry locations.

Installation Notes

Installation should be performed by a licensed electrician in accordance with the National Electrical Code (NEC) and applicable local codes. De-energize the circuit and verify with a meter before opening any conduit system or pulling wire through this body. Use an appropriate set screw driver or nut driver to secure the conduit; do not overtighten, as aluminum bodies can be damaged by excessive torque. The cover plate and gasket, if required, should be verified separately for the application environment.