Electrified Exit Device Applications

An electrified exit device for commercial security doors combines panic hardware with an electric actuator — such as electric latch retraction (ELR) or electrified trim — so a door can be monitored and controlled by an access control system while always remaining free to open from the inside for emergency egress. This makes electrified exit devices a core building block for facilities that need both life-safety compliance and perimeter security, from office towers to schools and healthcare campuses.

What Is an Electrified Exit Device for Commercial Security Doors?

An electrified exit device is a push-bar or crossbar panic hardware unit fitted with an electric actuator that allows the latch to be retracted or monitored remotely, integrating with card readers, access control panels, or building automation systems. Unlike a purely mechanical panic bar, an electric exit device lets security staff or software manage entry from the secure side, without ever restricting free egress from the inside — a requirement of fire and life-safety codes.

Keyman's X800 (Aluminum) and X900 (Stainless Steel) Series are built around this principle. Both lines are UL-listed and certified to ANSI/BHMA A156.3 Grade 1, UL 305 FVSR (Panic Hardware), and UL 10C / ULC-S104 for up to 3-hour fire-rated door assemblies — meeting the specification requirements common in offices, schools, banks, and assisted living facilities.

Quiet Electric Latch Retraction for Exit Devices

Electric Latch Retraction (ELR) uses a motorized or solenoid mechanism inside the push bar to pull the latchbolt back electronically, enabling push-pull operation or remote unlatching from an access control panel. Because ELR mechanisms operate the latch directly, a well-engineered device minimizes the mechanical noise and vibration that can disrupt sensitive environments like healthcare corridors, classrooms, or open-plan offices.

Keyman pairs ELR functionality with a reduced-projection push bar design, which not only lowers catch hazards in high-traffic corridors but also contributes to smoother, quieter operation during both manual and electric release.

How Electrified Exit Devices Support REX and Egress Security

Request-to-Exit (REX) is the industry term for the signal an access control system receives whenever a door is used for legitimate egress — typically triggered by motion sensors, exit push buttons, or the exit device itself. Electrified exit devices are frequently wired to generate a REX signal so the access control panel can distinguish between an authorized exit and an unauthorized door-forced or door-held-open alarm, without ever compromising the mechanical freedom to exit.

This REX integration is what allows electrified panic hardware to serve two roles at once: guaranteeing code-compliant emergency egress from the inside, and giving facility managers visibility and control over entry from the outside.

Common Applications of Electrified Exit Devices

Electrified exit devices are deployed anywhere a facility needs both guaranteed emergency egress and controlled entry, including:

• Offices and corporate campuses requiring credential-based entry on perimeter doors

• Schools and universities implementing lockdown-capable access control

• Banks and financial institutions securing high-value areas

• Assisted living and healthcare facilities balancing resident safety with wander-management needs

• Government and institutional buildings with layered security requirements

These use cases typically call for a complete electrified solution — pairing the exit device itself with electrified locks, electrified exit device trim, and heavy-duty electrified intermediate pivots for doors that require powered wiring through the hinge side.

Key Features to Look for in an Electric Exit Device

When specifying an electrified exit device for a commercial security door, prioritize:

• Field-selectable device function — allows the locking function to be adapted by pairing with the right trim, without swapping the entire unit

• Reduced-projection push bar — lowers catch hazards in high-traffic corridors

• Full range of lever trim finishes — matches architectural hardware specifications

• ANSI/BHMA A156.3 Grade 1 certification — confirms the device meets commercial-grade durability and cycle-count standards

• UL 305 FVSR listing — required for panic hardware applications

• UL 10C / ULC-S104 fire ratings up to 3 hours — necessary for fire-rated door assemblies

• Retrofit compatibility — reduces the need to replace door prep when upgrading from another manufacturer's device

Fail-Safe vs. Fail-Secure: Which Electrified Exit Device Do You Need?

The right configuration depends on how the door should behave if power is lost:

• Fail-safe devices unlock automatically during a power outage or fire alarm, making them better suited for doors where uninterrupted life-safety egress during a power failure is the top priority.

• Fail-secure devices remain locked from the outside when power drops, which works best where perimeter security must hold even without power.

In either configuration, the interior push bar stays mechanically free for emergency egress at all times — only the exterior locking behavior changes.

Certifications and Compliance

Frequently Asked Questions

For specifications or to request a quote on electrified exit devices, contact the Keyman team or view the full exit device range.