Sargent LC-12-56-8875-F-ETL-12V Electrified Fire Rated Rim Exit Device, Fail Safe Power Off Unlocks Lever, Key Retracts Latch, Electric Latch Retraction, For 33-36" Width Door, Less Cylinder, Less Dogging

The Sargent LC-12-56-8875-F-ETL-12V is a fire-rated rim exit device engineered for secure, high-traffic openings that require electrified access control. Built with electric latch retraction (ETL), this device allows remote, momentary retraction of the latch to permit controlled entry while maintaining code-compliant egress at all times. The fail-safe configuration ensures the outside lever unlocks on power loss, supporting safe exit in emergencies. Designed for doors measuring 33" to 36" in width and supplied less cylinder and less dogging, it integrates seamlessly into access control systems. As a fire-rated unit, it provides dependable protection without compromising reliability or performance in demanding commercial environments.

Features

• Fire-rated rim exit device suitable for labeled door openings requiring positive latching.
• Electric latch retraction (ETL) allows remote, momentary retraction for controlled access.
• Fail-safe operation unlocks the outside lever when power is removed.
• Key retracts the latch for mechanical override.
• Sized for door widths of 33" to 36".
• Supplied less cylinder, allowing use of a preferred mortise cylinder.
• Supplied less dogging, consistent with fire-rated requirements.
• Operates on 12V DC power for integration with access control systems.

Functional Details

The electric latch retraction function uses a built-in motor to retract the latch bolt electrically, enabling momentary or sustained access control through a remote signal. In the fail-safe mode, the outside lever becomes unlocked when power is cut, ensuring entry remains possible during a power interruption while egress is always available from the push side.

• Electric latch retraction (ETL) electrically retracts the latchbolt.
• Fail safe: power off unlocks the lever.
• Key retracts latch for manual operation.