Sargent 60-775-8-ETJ-24V Electrified Exit Device Trim, 24V Fail Safe, Key Retracts Latch, ET Control, J Lever, LFIC, Less Core, For 80 Series Exit Devices, Grade 1

The Sargent 60-775-8-ETJ-24V is a Grade 1 electrified exit device trim engineered for use with Sargent 80 Series exit devices. Operating on 24V DC in a fail safe configuration, this lever trim releases the latch during a power loss to support secure egress and controlled access applications. It features the ET control design paired with the comfortable J lever and accepts a Large Format Interchangeable Core (LFIC), allowing a facility to field-install its own core for keyed operation. Key retraction of the latch gives authorized users mechanical override, making this trim a dependable choice for access-controlled openings in commercial and institutional buildings.

Features

• 24V DC fail safe operation unlocks the trim when power is removed for safe egress.
• Key retracts latch function provides mechanical override for authorized users.
• ET control design with the ergonomic J lever for everyday durability and comfort.
• Large Format Interchangeable Core (LFIC) housing accepts a field-supplied core.
• Shipped less core, giving you flexibility to match your existing keying system.
• Grade 1 construction built for high-traffic, heavy-use commercial openings.
• Designed specifically for Sargent 80 Series exit devices.
• Compatibility — Use with SARGENT 80 Series 8800, 8500, and NB8700, PP8700, PR8700 and SP8700 configurations that use the -8 cross-type spindle.

Functional Details

As a fail safe electrified trim, the lever is locked when energized and becomes free to retract the latch when power is removed, allowing access during power interruptions. The key cylinder also retracts the latch mechanically, so authorized users can gain entry independent of the electrical system.

Included Components

This order includes the electrified ET trim assembly with J lever and LFIC housing. The device is supplied less core, so a compatible Sargent large format interchangeable core must be ordered separately to complete keyed operation.