Sargent 56-LC-8876-F-ETL-24V Electrified Rim Exit Device, Fail Secure Power Off Locks Lever, Key Retracts Latch, Electric Latch Retraction, For 33-36" Width Door, Less Cylinder, Hex Key Dogging

The Sargent 56-LC-8876-F-ETL-24V is a heavy-duty electrified rim exit device built for high-traffic commercial openings that require controlled, remote access. Operating on 24VDC, this fail secure device uses electric latch retraction (ETL) to retract the latch electrically, allowing remote dogging and integration with access control systems. The 8876 function provides key-controlled lever operation on the exterior, retracting the latch while free egress is always available from the inside. Sized for 33" to 36" door widths and supplied less cylinder, it offers flexibility for keyed access. With hex key dogging and Sargent's rugged construction, it delivers dependable security and long-term performance.

Features

• Electrified rim exit device engineered for 33" to 36" wide doors.
• Fail secure operation keeps the outside lever locked when power is off.
• Electric latch retraction (ETL) allows remote unlocking and dogging.
• Operates on 24VDC for compatibility with common access control power supplies.
• Supplied less cylinder to accommodate your preferred keyway.
• Hex key dogging holds the latch retracted for push-pull operation.
• Free egress at all times from the interior for life-safety compliance.

Functional Details

The 8876 ETL function uses an internal motor to electrically retract the latchbolt, enabling remote release and latch dogging through an access control system. When power is removed, the device returns to a fail secure state, locking the outside lever while allowing immediate egress from inside.

• Fail Secure: Power off locks lever.
• Key retracts latch.
• Electric latch retraction.

Included Components

This device ships as a complete rim exit mechanism less cylinder, allowing the installer to add the appropriate rim cylinder for keyed exterior access. Hex key dogging hardware is included for manual hold-open operation.