Sargent 60-776-8-ETND-12V Electrified Exit Device Trim, 12V Fail Secure, Key Retracts Latch, ET Control, ND Lever, LFIC, Less Core, For 80 Series Exit Device, Grade 1

The Sargent 60-776-8-ETND-12V is a Grade 1 electrified exit device trim built to pair with Sargent 80 Series exit devices for secure electronic access control. Operating on 12V DC in a fail secure configuration, the lever stays locked during a power loss, keeping openings protected until authorized entry is granted. It features the ET control with the ND lever design and accepts a large format interchangeable core (sold separately), giving facilities flexible rekeying across master key systems. A key override allows authorized users to retract the latch mechanically, making this trim a dependable choice for institutional, commercial, and high-traffic entrances.

Features

• Electrified exit device trim designed for Sargent 80 Series exit devices.
• 12V DC operation with a fail secure function for continued security during power interruptions.
• Key retracts latch for mechanical override and controlled entry.
• ET control with the ND lever style for a modern, ergonomic feel.
• Accepts a large format interchangeable core (LFIC), shipped less core for field keying.
• Grade 1 construction suited to heavy-duty, high-use applications.
• 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 12V fail secure configuration, the outside lever remains locked when power is removed, requiring valid electronic credentials or a key to gain entry, while free egress is always maintained from the inside. Applying power releases the trim to allow authorized access.

• Fail Secure (locked when power is off).
• Key retracts the latch for mechanical access.

Included Components

The trim ships with the ND lever and ET control housing prepped for a large format interchangeable core. The core is not included and must be ordered separately to match the facility's keying system.