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Access & Entry

Door electrification that connects physical openings to modern security systems.

Electric strikes, mag locks, electrified panic hardware, and power transfer — coordinated with access control and life-safety requirements.
Doors
Alarms
Lockdown
Service
Intro

What this service is, and what it isn't.

Access control fails when the door hardware behind it isn't planned correctly. Door electrification connects mechanical openings to electronic security — but only if the lock type, power, egress, and fire requirements are all coordinated. Access Tech handles the openings, not just the readers.

Opening anatomy

The hardware coordinated on every electrified opening.

Door electrification connects mechanical openings to electronic security — but only when every piece around the door is planned together.
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What it solves

The problems this service addresses.

  • Mechanical doors that cannot be centrally controlled or monitored
  • Locks that do not support card or mobile credentials
  • Unsafe or unreliable entry hardware on critical openings
  • Weak points around egress, panic hardware, and after-hours access
  • Inconsistent hardware across campuses, buildings, or tenant spaces
  • Doors that work on install day but fail under daily traffic
Capabilities

What we design and install.

Opening-by-opening review

Frame type, door swing, hinge condition, egress path, and existing hardware reviewed before specifying any electrification.

Hardware coordination

Strike, mag lock, electrified lockset, or electrified panic hardware selected to match the door — not the other way around.

Power & cabling

Power supplies, backup batteries, transfer hinges, and door cabling sized for the load and routed for serviceability.

Code coordination

Hardware decisions aligned with applicable life-safety, fire, and egress requirements in coordination with project stakeholders.

Components

What's typically in the system.

Hardware & components

  • Electric strikes (fail-safe and fail-secure)
  • Magnetic locks
  • Electrified locksets and mortise locks
  • Electrified panic hardware (exit devices)
  • Door position switches
  • Request-to-exit (REX) devices and motion REX
  • Power transfer hinges and electric power transfers (EPT)
  • Door loops
  • Automatic operators and low-energy openers
  • Closers and weather seals
  • Power supplies, backup batteries, and fire-alarm interfaces
  • Low-voltage cabling to each opening

Integrates with

  • Access control panels and credential readers
  • Lockdown and emergency activation systems
  • Fire alarm release coordination
  • Intrusion detection and door-forced alarms
  • Video surveillance event correlation
Use cases

Where this service shows up.

  • Classroom and corridor doors in K-12 facilities
  • Administrative and back-office entrances
  • IT closets, server rooms, and records rooms
  • Exterior entries and main lobbies
  • Public agency facilities with mixed staff and public access
  • Commercial tenant suites and shared building entries
  • Retrofit doors in older buildings
Planning

What to think about before the work starts.

Planning considerations

  • Door, frame, and hinge condition
  • Life-safety, fire, and egress code coordination
  • Fail-safe vs. fail-secure behavior for each opening
  • Backup power requirements and runtime
  • ADA, automatic operator, and accessibility coordination
  • Hardware finish and aesthetic consistency
  • Future serviceability — power, panels, and pathways accessible for repair

Maintenance considerations

  • Strike alignment and door gap after settling or heavy use
  • Mag lock bond inspection
  • Power supply and battery testing
  • Closer and operator adjustment
  • REX sensor coverage and calibration
  • Door position switch alignment
FAQ

Common questions.

  • Door electrification is the process of converting a mechanical opening into an electrically controllable one — adding strikes, mag locks, electrified panic hardware, position switches, and cabling so the door can be controlled, monitored, and integrated with security systems.

  • An electric strike replaces the door frame strike plate and works with the existing latch — the door stays mechanically locked when closed. A magnetic lock holds the door closed using an electromagnet, which means it must be released for any exit. Each behaves differently under power loss and has different egress and code implications.

  • In most cases, yes. The question is whether the frame, hinges, and door itself can support the new hardware, whether power and cabling can be routed, and whether egress and fire requirements still pass. Some openings are better replaced than retrofitted.

  • Egress always has to work. The right hardware choice — and the way it's wired to fire alarm and lockdown systems — ensures the door can be opened from the inside in an emergency regardless of credential or lock state. This is one of the most important coordination decisions on any access project.

  • Critical doors should have backup power sized for the runtime your facility requires. The right battery configuration depends on whether the lock is fail-safe or fail-secure, how many doors share a power supply, and what other systems the supply is feeding.

Next step

Talk through your door electrification project.

Bring us a building, a door, a camera, or a service problem. We'll help map the next step.