electric strike selector tool

how to use this selection tool

finding the right electric strike can be complicated. there are dozens of variables, from frame material to door lock types. this tool simplifies the process by matching your exact door geometry to the correct hardware in our inventory.

next steps: to get started, simply answer the 6 questions below. as you make your selections, the tool will instantly filter out incompatible hardware and provide an architect-recommended match for your specific project.

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instant product matching

watch the available hardware pool drop in real-time as you narrow down your specific doorway requirements.

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built-in safety compliance

the tool automatically catches and prevents hardware combinations that violate standard building or fire codes.

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prevents door binding

accounts for heavy weatherstripping or hvac pressure to ensure your lock releases smoothly every time.

mechanical lockset styling

identify the pre-existing lock unit cut into or surface-mounted on the door leaf.

jamb structural frame material

defines maximum routing depth allowances and template cutting boundaries.

jurisdictional fire-barrier rating

dictates strict safety core standards needed to safeguard emergency barriers.

electrical default control logic

establishes lock security state if system power falls to absolute zero.

door pressure constant (pre-load)

accounts for jaw binding friction from strong hvac forces or heavy weatherstrips.

environmental exposure layout

filters out uninsulated solenoids if exterior element downpours are present.

eligible matching variations located (0 items)

architect top choice hes series

engineering evaluation checklist (why this model beats alternatives)

matching database profiles

low-voltage field engineering advisor

now that you have your recommended electric strike, reviewing the physical site is critical. unlike surface-mounted magnetic locks, installing an electric strike usually requires cutting into the door frame. review this quick checklist before placing your order or starting the installation.

pre-installation checklist

latch alignment: ensure your existing door lock lines up perfectly with the center of the new electric strike. offset latches will bind against the metal frame and cause the door to fail.
frame depth clearance: verify you have enough hollow space inside the door frame to house the strike body. aluminum storefront doors often require special low-profile models to avoid hitting the internal glass.
fire code compliance: if your door has a fire-rating label on the hinge edge, building codes mandate that you purchase a fire-rated strike and wire it to fail-secure. wiring it to fail-safe voids the fire rating.
weather protection: if the door is exposed to rain or extreme elements, ensure you select an outdoor-rated (weather-resistant) model to protect the internal electronics from water damage.

[ quick terminology guide ]

mortise vs. cylindrical locks

cylindrical locks use standard levers with a basic latch. mortise locks use heavy-duty rectangular boxes recessed directly into the edge of the door, requiring a much deeper and wider electric strike jaw.

door pre-load (pressure)

heavy weatherstripping or hvac air pressure can push the door tight against the lock, causing standard strikes to jam. if your door feels "stiff" to push open, you need a pre-load capable strike to overcome that friction.

fail-safe vs. fail-secure

fail-secure strikes stay locked if the building loses power. fail-safe strikes automatically unlock during a power outage, allowing free exit—but they require continuous electricity to stay locked during normal operation.

understanding fail-safe vs. fail-secure

fail-safe strikes (power to lock)

requires continuous power to stay locked. if the power goes out, the strike automatically unlocks. this ensures people can always exit freely during an emergency, but it leaves the building unsecured until power is restored.

fail-secure strikes (power to unlock)

remains securely locked from the outside if the power goes out. electricity is only required to briefly release the latch for entry. people inside can always exit safely at any time by simply turning the mechanical door handle.

life-safety fire code warning: building and fire codes strictly forbid using fail-safe electric strikes on labeled fire doors. fire doors must remain securely latched during a power outage to maintain the structural barrier against smoke and fire. always select fail-secure for fire-rated frames.

ready to shop or learn more?

shop electric strikes → shop all locking devices → read the specification guide →

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Amsterdam, NY 12010
United States

1.518.843.3322

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electric strike selector tool