Sargent 70-775-8-ETL-12V Electrified Exit Device Trim, 12V Fail Safe, Key Retracts Latch, ET Control, L Lever, SFIC, Less Core, For 80 Series Exit Devices, Grade 1

The Sargent 70-775-8-ETL-12V is a Grade 1 electrified exit device trim engineered for secure, controlled access on 80 Series exit devices. Operating on 12V DC in a fail-safe configuration, this trim allows the lever to become active during a power loss, supporting safe egress and entry in emergency conditions. It features the ET control with the L lever design and accepts a small format interchangeable core (SFIC), shipped less core so facilities can key it to an existing system. Built to withstand demanding commercial traffic, it combines reliable electrified operation with the durability expected from Sargent hardware. Ideal for access-controlled openings in institutional, healthcare, and commercial environments.

Features

• Electrified exit device trim designed for Sargent 80 Series exit devices.
• Operates on 12V DC power for integration with access control systems.
• Fail-safe function keeps the lever active when power is lost.
• Key retracts latch for convenient mechanical override.
• ET control with the ergonomic L lever design.
• Accepts a small format interchangeable core (SFIC); supplied less core.
• Grade 1 construction for heavy-duty commercial durability.
• Compatibility — Use with SARGENT 80 Series 8800, 8500, and NB8700, PP8700, PR8700 and SP8700 configurations that use the -8 cross-type spindle.

Functional Details

In a fail-safe configuration, the trim unlocks when power is removed, allowing the outside lever to retract the latch and permit entry. When powered, the trim remains secured and controlled through the connected access control system. The key retracts latch feature provides a mechanical means of unlocking the opening at any time.

Included Components

This trim ships with the L lever and ET control housing, prepared to accept a small format interchangeable core. The core is not included, allowing the end user to install a core that matches an existing keying system.