Guide resource
Electric Strike vs Magnetic Lock explains a decision that can materially affect security, safety and administration. Use it to prepare for a site assessment, then have the final design checked against the building, door and operational requirements.
The practical distinction
Electric Strike vs Magnetic Lock matters because access control combines identity, authorisation and physical door operation. A credential identifies or helps authenticate a user; a reader collects it; a controller applies rules; and the lock follows an output. Door monitoring reports state but does not itself lock the opening.
Electric strikes and magnetic locks
| Decision factor | Electric strike | Magnetic lock |
|---|---|---|
| How it works | Releases the latch at the frame | Uses continuous magnetic force between magnet and armature |
| Door dependence | Requires suitable latch, frame and alignment | Requires secure mounting and close armature alignment |
| Power state | Available in functions with different loss-of-power behaviour | Typically releases when magnet power is removed |
| Egress design | Often retains mechanical exit hardware | Release paths and emergency interruption require careful design |
| Common problem | Latch preload or poor frame preparation | Mounting, release circuitry or door-closing issues |
For Electric Strike vs Magnetic Lock, no single column is universally better. Weight each factor against the doors, users, emergency behaviour, administration and support available at the site.
Worked scenario
A sound latched office door may accept an appropriate strike. A glazed opening may lead designers to consider a magnet, but glass, egress, fire, power and mounting requirements must be assessed rather than assuming the magnet is the default.
For Electric Strike vs Magnetic Lock, the final choice should be recorded in the door schedule or design brief, including assumptions and the reason alternatives were not selected.
Record the decision
- Current problem and required operational outcome
- Affected doors, users and exceptional journeys
- Entry, exit and loss-of-power behaviour
- Administration, privacy and cybersecurity responsibility
- Integration and compatibility evidence
- Once-off and ongoing costs
- Commissioning test and future review trigger
Electric Strike vs Magnetic Lock questions
What decision should the electric strike vs magnetic lock guide support?
For Electric Strike vs Magnetic Lock, use it to record the relevant door, user, administration and failure requirements before equipment is selected. It is a planning aid, not a universal compliance certificate.
Does the electric strike vs magnetic lock guidance apply to every opening?
For Electric Strike vs Magnetic Lock, no. Door construction, traffic, egress, fire significance, accessibility, environment and other building systems can change the appropriate design.
What site information is needed for electric strike vs magnetic lock?
For Electric Strike vs Magnetic Lock, provide numbered doors, photographs or plans, user groups, operating hours, credential preferences, interfaces, known building constraints and expected changes.
Who should review a decision based on electric strike vs magnetic lock?
For Electric Strike vs Magnetic Lock, the client and security designer should review it, with IT, building, fire, electrical, privacy or specialist contractors involved where their responsibilities are affected.
What should be tested after applying electric strike vs magnetic lock?
For Electric Strike vs Magnetic Lock, test authorised and denied use, normal exit, physical closure, monitoring, relevant power or communications conditions and any integration from original event to operator outcome.
Discuss your access-control requirements
Share the door locations, approximate user numbers, site plans or photos, integrations and expected growth. Serious Security can prepare an itemised proposal after the requirements and site conditions are assessed.
Request an itemised access-control quote Sydney: (02) 8734 3250 Melbourne: (03) 8513 0799
