Guide resource
Electric Mortice Locks 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.
Start with the lock case, handing and door preparation
An electric mortice lock sits within the door leaf and coordinates electronic control with the lever, latch, deadlocking features and cylinder functions of the selected model. The door thickness, stile width, handing, backset, frame and existing cut-outs determine whether installation is feasible.
Retrofitting is not simply replacing a mechanical mortice lock with one that has wires. Confirm the exact function required from each side, key override, monitoring contacts and cable transfer before ordering or cutting the door.
Specify the mechanical and electrical function in plain language
Write what an authorised person does to enter, what any occupant does to exit, what the key does, and what happens when power is removed. Then map those outcomes to the manufacturer’s function and wiring—not the other way around.
Where door or latch monitoring is needed, distinguish a locked-status output from a door-position sensor. A lock may report its internal state while the leaf remains ajar.
Control installation risks inside the leaf
- Insufficient material around the mortice pocket weakens the stile.
- A tight cable loop or unsuitable transfer fails after repeated door cycles.
- The strike aperture is used to compensate for a sagging or twisting door.
- Lever, cylinder or escape function is incorrectly configured.
- Metal swarf or poor alignment causes intermittent latch operation.
Test the lock as mechanical door hardware
Cycle entry and exit with power present and absent, operate the cylinder, test lever return, confirm latch engagement and verify monitoring. Repeat with normal door pressure rather than holding the leaf perfectly aligned by hand.
Handover should include the lock function, handing, keying responsibility, electrical ratings, monitoring points, cable-transfer details and maintenance instructions.
Electric Mortice Locks questions
What decision should the electric mortice locks guide support?
For Electric Mortice Locks, 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 mortice locks guidance apply to every opening?
For Electric Mortice Locks, 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 mortice locks?
For Electric Mortice Locks, 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 mortice locks?
For Electric Mortice Locks, 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 mortice locks?
For Electric Mortice Locks, 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
