What Is Electrified Door Hardware?
Electrified door hardware refers to any door-mounted device that uses electrical current to control locking, latching, or holding functions. When integrated with an access control system, these products allow facilities to manage who enters or exits a space, automate responses to fire alarms, and maintain code-compliant egress, all without sacrificing day-to-day convenience.
This guide is written for contractors, facility managers, architects, and anyone specifying or maintaining commercial door openings. Whether you are outfitting a school, a hospital corridor, a retail storefront, or an industrial facility, understanding how electrified hardware fits together is essential before hardware ever goes on a door.
The Core Components of an Electrified Opening
An access-controlled opening is not a single product. It is a coordinated system of hardware, wiring, and controls. The key categories include:
- Electric strikes -- Replace a standard strike plate; release the keeper when energized or de-energized, allowing the door to open without retracting the latch. Common in office lobbies, healthcare corridors, and school vestibules.
- Electromagnetic locks (maglocks) -- Hold the door closed via a magnetic field. No moving parts. Fail-safe by default (unlock on power loss). Widely used on glass storefront doors and high-traffic retail entries.
- Electrified exit devices -- Panic bars or fire exit hardware with an electric latch retraction or electric dogging function. Critical on assembly occupancy exits, gymnasium doors, and auditorium egress points.
- Electrified locksets and trim -- Cylindrical or mortise locks with an electric request-to-exit (RQE) function or remote unlock capability. Found in healthcare patient wings, industrial access points, and secure office suites.
- Electromagnetic door holders and closer-holders -- Hold fire-rated corridor doors open during normal operation; release and close the door automatically when a fire alarm activates.
At DoorwaysPlus.com, preferred product lines for these categories include Sargent, Corbin Russwin, Hager, and PDQ for locking and exit device hardware, and Norton, Accentra (formerly Yale), and Hager for closer-holders and electromagnetic hold-open devices. These lines are chosen for long-term parts availability and service-friendly designs.
Fail-Safe vs. Fail-Secure: Choosing the Right Mode
One of the first decisions in any electrified opening is whether the hardware should be fail-safe (unlocks on power loss) or fail-secure (remains locked on power loss).
- Fail-safe is required for egress doors and any opening where occupant safety depends on free exit. Maglocks are inherently fail-safe. Fire alarm integration must trigger unlock on any fail-safe device.
- Fail-secure is appropriate for security-critical entries, IT rooms, or pharmaceutical storage where unauthorized access during a power outage is the primary concern. The egress side must still allow free exit by code.
The wrong choice here creates either a life safety violation or a security gap. Specify carefully, and confirm with your authority having jurisdiction (AHJ) before installation.
Code Requirements You Cannot Ignore
Electrified hardware on egress doors is governed by both the International Building Code (IBC) and NFPA 101 (Life Safety Code). Key rules that apply across most commercial projects:
- Power loss must unlock egress doors. Any electric lock or electric strike on a means-of-egress door must release automatically upon loss of power to the access control system.
- Fire alarm integration is mandatory. Electrically locked egress doors must unlock upon fire alarm activation and remain unlocked until the system is manually reset.
- Manual release devices (push-to-exit buttons) must be mounted between 40 and 48 inches AFF, within 5 feet of the door, clearly labeled "PUSH TO EXIT," and wired to interrupt lock power directly, not through a software CPU.
- Sensor-released doors must detect an approaching occupant on the egress side and unlock before the occupant reaches the door. Motion-based PIR sensors are typical.
- Hardware-integrated release is permitted under both IBC and NFPA 101: a listed lever, pull handle, or panic bar with a built-in switch can directly interrupt maglock power, eliminating the need for a separate push button. This is the cleanest solution for most openings.
- UL 294 listing is required for access control system components on egress doors in most jurisdictions.
Important distinction: Access-controlled egress (immediate unlock on request) is not the same as delayed egress (15- to 30-second intentional hold before release). Applying access-controlled egress provisions to a door that already provides free mechanical egress is a common and costly misapplication. Confirm your hardware function with your AHJ early in the design process.
Coordination With Electrical and Low-Voltage Trades
Electrified door hardware does not live in a hardware specification alone. Any project with electric strikes, maglocks, electrified exit devices, or electromagnetic hold-opens must be coordinated across:
- Division 08 74 00 (Access Control Hardware) -- the hardware itself
- Division 26 05 00 (Electrical) -- conduit, power supplies, and junction boxes in frames and doors
- Division 28 13 00 (Access Control Systems) -- card readers, credentials, controllers
- Division 28 31 00 (Fire Detection and Alarm) -- integration points for automatic unlock on alarm
Missing this coordination is one of the most common causes of change orders and commissioning failures on commercial projects. Hardware contractors and electrical subs must align on wire gauge, conduit routing through door frames (especially on hollow metal), and power supply locations before rough-in begins.
Application Snapshots by Facility Type
Schools and Educational Facilities
Main vestibule entries frequently use electric strikes or maglocks with card or fob readers for controlled visitor access. Classroom corridor doors may use electromagnetic holder-closers tied to the fire alarm system, keeping halls clear during the day while ensuring corridors self-close in an emergency. ADA compliance requires all hardware to operate with one hand and no tight grasping.
Healthcare and Hospitals
Patient corridor doors often require controlled egress provisions under IBC for groups I-1 and I-2, allowing approved locking where clinically necessary, provided the system unlocks on fire alarm, sprinkler activation, or power loss and is listed to UL 294. Nurse station overrides and fire command center release points are required. Electrified mortise locksets from lines such as Corbin Russwin or Sargent are common choices in these environments.
Retail and Commercial Offices
Glass storefront doors and tenant suite entries are classic maglock applications. Hardware-integrated release (lever or pull with built-in RQE switch) provides the cleanest user experience without surface-mounted push buttons cluttering the entry design. Main exterior doors in Groups A, B, E, and M must not be secured from the egress side during business hours.
Industrial and Warehouse Facilities
High-cycle doors in manufacturing or distribution environments benefit from heavy-duty electrified exit devices or electric strikes designed for frequent use. Fail-secure perimeter access points protect sensitive inventory or equipment areas. Durability and parts availability matter more here than aesthetics; lines with stable product platforms reduce the risk of obsolete components forcing a full hardware replacement mid-service-cycle.
Getting the Specification Right
A well-written hardware specification for an electrified opening should clearly state:
- Fail-safe or fail-secure mode for each opening
- Voltage requirement (12V or 24V DC is most common; confirm with the access control system)
- Fire alarm interface requirements
- Manual release device location and labeling
- UL 294 listing requirement for the access control system
- Coordination notes directing the electrical sub to provide conduit and power to each electrified opening
Skipping any of these details pushes decisions to the field, where they get resolved under time pressure, often incorrectly.
Ready to Specify or Source Electrified Hardware?
DoorwaysPlus.com carries electric strikes, electromagnetic locks, electrified exit devices, closer-holders, and the accessories needed to complete a code-compliant access-controlled opening. Our team can help you match hardware to your access control platform, confirm fail-safe or fail-secure requirements, and identify preferred-brand alternatives that offer long-term parts support.
Browse our access control hardware selection or contact our team at DoorwaysPlus.com for specification assistance and project quotes.