Sargent LC-56-8876-J-ETL-24V Electrified Rim Exit Device, Fail Secure Power Off Locks Lever, Key Retracts Latch, Electric Latch Retraction, For 37-42" Width Door, Less Cylinder, Hex Key Dogging

The Sargent LC-56-8876-J-ETL-24V is a heavy-duty electrified rim exit device built for high-traffic commercial openings that require controlled access and reliable egress. Designed for doors measuring 37 to 42 inches wide, it combines electric latch retraction (ELR) with a fail secure configuration, so the latch stays locked during a power loss while free egress is always maintained from the inside. This model ships less cylinder, allowing you to pair it with your preferred mortise cylinder, and features the J escutcheon trim with ETL key-operated function. Operating on 24V, it supports integration with access control and remote unlocking systems for secure, code-compliant entrances.

Features

• Electric latch retraction retracts the latch electronically for remote access control or momentary unlocking.
• Fail secure operation keeps the door locked when power is lost, maintaining security during outages.
• Rated for door widths from 37 to 42 inches, covering wide commercial openings.
• Ships less cylinder so you can match your facility's keying system.
• ETL trim function allows the outside lever to be retracted by key for authorized entry.
• Hex key dogging holds the latch retracted for push/pull operation during peak traffic.
• 24V operation for compatibility with standard low-voltage access control power supplies.

Functional Details

The 56- electric latch retraction prefix retracts the exit device latch electronically when energized, enabling remote release and latch dogging through an access control system. In the fail secure configuration, removing power leaves the latch projected and the door secured, while the inside push bar always permits free egress.

Included Components

Exit device chassis with electric latch retraction, J (ETL) escutcheon trim, and mounting hardware. Mortise cylinder is not included and must be ordered separately.