Sargent LC-775-8-ETMJ-24V Electrified Lever Trim, "ET" MJ Lever, Key Retracts Latch, Fail Safe, 24V, For 8800, 8888, 8500, & NB8700 Series Exit Devices, Less Cylinder

The Sargent LC-775-8-ETME-24V is an electrified ET lever trim designed for use with Sargent 80 Series exit devices, including 8800, 8888, 8500, and NB8700 Series models. This fail safe trim unlocks the lever when power is off, making it a practical choice for openings that require controlled egress with remote access capability. It features the ME lever design and key retracts latch operation, and it is supplied less cylinder for application flexibility. Built for commercial installations, this electrified trim is engineered to integrate dependable access control with Sargent exit device performance.

Features

• Electrified ET lever trim is designed for compatible Sargent 80 Series exit devices.

• Fail safe operation unlocks the lever when power is removed.

• 24V configuration supports controlled access and remote unlocking applications.

• Key operation retracts the latch for mechanical entry.

• ME lever design provides a clean, functional trim style for commercial doors.

• Compatible with 8800, 8888, 8500, and NB8700 Series exit devices.

• Supplied less cylinder to allow field selection of the appropriate keying component.

• Made for commercial door openings requiring electrified trim and exit device integration.

Functional Details

This electrified trim uses fail safe functionality, which means the outside lever remains unlocked when power is interrupted or switched off. In normal access control use, the trim can be tied into a remote release, credential system, or other electrical control so the lever can be managed from a secure location, while the keyed function still provides mechanical latch retraction.

• Fail safe

• Power off unlocks lever

• Key retracts latch

• 24V

Included Components

This trim is supplied less cylinder. The cylinder must be ordered separately to match the door's keying requirements and the specific exit device application.