Home / Services / magnetic lock installation

Commercial door hardware

Magnetic Lock Installation in Charlotte

A magnetic lock holds an armature plate to an energized electromagnet with no mechanical latch release inside the magnet. Maglocks are typically fail-safe, meaning loss of power releases the lock, although battery backup can keep power present until the approved fire-alarm or egress circuit interrupts it. Installation must follow the approved free-egress, request-to-exit, sensor, emergency-release, fire-alarm, signage, power-supply, and door-hardware sequence for that occupancy. Also heard as maglock, electromagnetic door lock, surface magnetic lock. Charlotte Locksmith is a mobile, veteran-owned, bonded and insured locksmith. We write this from work on the actual opening, not from a catalog paragraph reused across a hundred URLs.

Call (704) 741-4490 Request a callback

Open 24 hours 4.9★ · 203 reviews Bonded & insured Veteran-owned

(704) 741-4490

Need magnetic lock installation?

Tell us about magnetic lock installation at this opening. Firm price before any work.

Call (704) 741-4490

Pages that sit beside magnetic lock installation, rather than generic blog roundups, include these Charlotte Locksmith resources: Access Control, Commercial Locksmith, Panic Bar Installation, Storefront Door Repair, Master Key Systems.

At Uptown controlled office vestibules, obtain the approved hardware and life-safety sequence That pairing exists on this page because magnetic lock installation fails differently there than on a textbook slab.

Holding force begins with two flat surfaces

If an electromagnet mounted to header or bracket is tired, the occupant feels it as a ‘bad lock.’ We name the part at the door so the recommendation matches the wear. Authorization still comes first when a key, code, or credential belongs to someone else.

On magnetic lock installation, a floating armature plate is checked as its own failure path, because treating the whole product as one object hides the part that actually stopped the door. We look at it with the door standing open, then again closed, because frame collision changes feel.

Technicians isolate through-bolted armature hardware before they blame the rest of magnetic lock installation. That isolation is how we avoid replacing a sound chassis to hide a frame problem. Photos for the occupant show that part in place rather than a stock image of hardware nobody has.

If a listed power supply is tired, the occupant feels it as a ‘bad lock.’ We name the part at the door so the recommendation matches the wear. Authorization still comes first when a key, code, or credential belongs to someone else.

On magnetic lock installation, request-to-exit devices and sensors as designed is checked as its own failure path, because treating the whole product as one object hides the part that actually stopped the door. We look at it with the door standing open, then again closed, because frame collision changes feel.

Technicians isolate door position and lock status contacts where specified before they blame the rest of magnetic lock installation. That isolation is how we avoid replacing a sound chassis to hide a frame problem. Photos for the occupant show that part in place rather than a stock image of hardware nobody has.

A floating armature that must not be clamped rigid

Uptown controlled office vestibules teaches different habits than a showroom door. Hinges, weather, and who holds keys all change. Holding force depends on full armature contact and sound substrate, while code compliance depends on the entire approved release sequence rather than magnet strength.

A typical call looks like this: University City laboratory suites. The hardware conversation starts from that occupancy, not from a national template. Exterior humidity can corrode brackets and armature hardware; temperature changes can alter header and door alignment.

We see Ballantyne amenity entries under approved plans more often than trade magazines admit. The inspection sequence below is written around that opening. Observe armature chatter, delayed release, or occupants changing their path to trigger a sensor.

Battery backup changes what power loss looks like

Armature cannot float flat against the magnet shows up enough in this product family that we photograph it before we unbolt anything. Repair stays on the table when the approved sequence is complete, mounting is sound, and full contact occurs without binding. Replacement enters when the opening lacks an approved release path, substrate cannot support mounting, or a different locking method is required.

One of the honest symptoms is door flex leaves partial contact. That is not a personality trait of the lock; it is a path we test. Repair stays on the table when the approved sequence is complete, mounting is sound, and full contact occurs without binding. Replacement enters when the opening lacks an approved release path, substrate cannot support mounting, or a different locking method is required.

When occupants describe battery backup masks expected power-loss release, we reproduce it with the door open and closed instead of guessing on the porch. Repair stays on the table when the approved sequence is complete, mounting is sound, and full contact occurs without binding. Replacement enters when the opening lacks an approved release path, substrate cannot support mounting, or a different locking method is required.

REX sensor coverage misses an approach shows up enough in this product family that we photograph it before we unbolt anything. Repair stays on the table when the approved sequence is complete, mounting is sound, and full contact occurs without binding. Replacement enters when the opening lacks an approved release path, substrate cannot support mounting, or a different locking method is required.

One of the honest symptoms is fire-alarm relay is omitted or miswired. That is not a personality trait of the lock; it is a path we test. Repair stays on the table when the approved sequence is complete, mounting is sound, and full contact occurs without binding. Replacement enters when the opening lacks an approved release path, substrate cannot support mounting, or a different locking method is required.

When occupants describe residual magnetism or closer adjustment delays opening, we reproduce it with the door open and closed instead of guessing on the porch. Repair stays on the table when the approved sequence is complete, mounting is sound, and full contact occurs without binding. Replacement enters when the opening lacks an approved release path, substrate cannot support mounting, or a different locking method is required.

Credential entry and free egress are separate paths

Inspection item 01: obtain the approved hardware and life-safety sequence.

Inspection item 02: identify door type, swing, header, closer, and required brackets.

Inspection item 03: test free egress and mechanical door travel before mounting.

Inspection item 04: locate supply, release devices, fire interface, and cable path.

Inspection item 05: measure full armature contact without using the magnet as a stop.

Inspection item 06: verify normal hold, each egress release, alarm release, and loss-of-power behavior.

Holding force depends on full armature contact and sound substrate, while code compliance depends on the entire approved release sequence rather than magnet strength.

Armature cannot float flat against the magnet is one of the reasons people ask for magnetic lock installation. Firm price before any work.

Call (704) 741-4490

Request-to-exit coverage along the real approach

Read the opening before ordering
obtain the approved hardware and life-safety sequence We also identify door type, swing, header, closer, and required brackets. This is step 01 of magnetic lock installation, written against armature cannot float flat against the magnet.
Match the chassis and preparation
Holding force depends on full armature contact and sound substrate, while code compliance depends on the entire approved release sequence rather than magnet strength. The selected assembly accounts for an electromagnet mounted to header or bracket. This is step 02 of magnetic lock installation, written against door flex leaves partial contact.
Install around the door, not against it
test free egress and mechanical door travel before mounting We correct the opening before asking new hardware to mask that condition. This is step 03 of magnetic lock installation, written against battery backup masks expected power-loss release.
Cycle, document, and hand off
We test the operating function from each authorized side, verify verify normal hold, each egress release, alarm release, and loss-of-power behavior, and leave the facility contact with the key or credential details. This is step 04 of magnetic lock installation, written against REX sensor coverage misses an approach.

Manual release devices in the approved sequence

Repair path

We keep existing hardware when the approved sequence is complete, mounting is sound, and full contact occurs without binding. Keeping it still includes strike, hinge, and key-control work.

Replacement path

We recommend replacement when the opening lacks an approved release path, substrate cannot support mounting, or a different locking method is required. The occupant hears both paths before a part is ordered.

obtain the approved hardware and life-safety sequence We also identify door type, swing, header, closer, and required brackets. That observation belongs in the repair-or-replace talk, not after the invoice.

Fire-alarm interruption with responsible trades

Free egress and required release devices must work without relying on a credential. That rule is applied here to magnetic lock installation, particularly an electromagnet mounted to header or bracket.

The approved design may require REX, manual release, door-sensor logic, fire-alarm interruption, and specific time or location rules. That rule is applied here to magnetic lock installation, particularly a floating armature plate.

Charlotte Locksmith installs and tests to approved documents but does not design AHJ submittals or serve as engineer of record. That rule is applied here to magnetic lock installation, particularly through-bolted armature hardware.

Header strength before bracket selection

Exterior humidity can corrode brackets and armature hardware; temperature changes can alter header and door alignment.

At a University City suite, the magnet released on utility loss only when the backup supply was also disconnected. We documented the behavior and coordinated the required fire-panel interruption with the responsible vendors instead of calling the battery-backed state a failed magnet.

Uptown controlled office vestibules is one working example; the same tape-and-authorization process travels to Matthews, Mint Hill, Huntersville, Pineville, Concord, Belmont, and Indian Trail when the opening is this electromagnetic direct-hold lock hardware. Mobile service, no public storefront address. (704) 741-4490.

Indian Trail Huntersville Pineville Matthews Concord Belmont Mint Hill Charlotte

Humidity at exposed electromagnetic hardware

After service, watch this: Observe armature chatter, delayed release, or occupants changing their path to trigger a sensor.

Skip these habits: Do not add battery backup, relocate REX, or bypass a fire-alarm relay without reviewing the approved sequence.

Written from Charlotte Locksmith practice on magnetic lock installation, especially an electromagnet mounted to header or bracket. Open 24 hours is a staffing fact, not a pressure tactic. Bonded and insured. 4.9 from 203 reviews. (704) 741-4490.

Installation limits short of engineering approval

Someone working magnetic lock installation is accountable for an electromagnet mounted to header or bracket, then a floating armature plate, then the strike and the door that carries both. That is a different job from swapping visible trim after armature cannot float flat against the magnet.

At a University City suite, the magnet released on utility loss only when the backup supply was also disconnected. We still start with a tape and obtain the approved hardware and life-safety sequence, not with a boxed SKU.

At Uptown controlled office vestibules, locate supply, release devices, fire interface, and cable path That pairing exists on this page because magnetic lock installation fails differently there than on a textbook slab.

At University City laboratory suites, measure full armature contact without using the magnet as a stop That pairing exists on this page because magnetic lock installation fails differently there than on a textbook slab.

At Ballantyne amenity entries under approved plans, verify normal hold, each egress release, alarm release, and loss-of-power behavior That pairing exists on this page because magnetic lock installation fails differently there than on a textbook slab.

Field note 01 on magnetic lock installation: people often arrive already living with armature cannot float flat against the magnet. The first tape measure move is obtain the approved hardware and life-safety sequence, not a boxed replacement by default.

Field note 02 on magnetic lock installation: people often arrive already living with door flex leaves partial contact. The first tape measure move is identify door type, swing, header, closer, and required brackets, not a boxed replacement by default.

Field note 03 on magnetic lock installation: people often arrive already living with battery backup masks expected power-loss release. The first tape measure move is test free egress and mechanical door travel before mounting, not a boxed replacement by default.

Field note 04 on magnetic lock installation: people often arrive already living with REX sensor coverage misses an approach. The first tape measure move is locate supply, release devices, fire interface, and cable path, not a boxed replacement by default.

Field note 05 on magnetic lock installation: people often arrive already living with fire-alarm relay is omitted or miswired. The first tape measure move is measure full armature contact without using the magnet as a stop, not a boxed replacement by default.

Field note 06 on magnetic lock installation: people often arrive already living with residual magnetism or closer adjustment delays opening. The first tape measure move is verify normal hold, each egress release, alarm release, and loss-of-power behavior, not a boxed replacement by default.

Questions we answer at the door

Are maglocks fail-safe?

Typically yes: removing power releases the magnet, though battery backup may keep power present until an approved release circuit interrupts it. On this opening that points at an electromagnet mounted to header or bracket.

Does a motion sensor alone satisfy egress?

Requirements depend on the approved code path and often include additional release means. On this opening that points at a floating armature plate.

Can you connect a maglock to the fire alarm?

We coordinate installation under approved documents with the responsible alarm party; we do not design the submittal. On this opening that points at through-bolted armature hardware.

Why is holding force low?

Partial armature contact, flex, poor mounting, voltage loss, contamination, or damage can reduce hold. On this opening that points at a listed power supply.

Can a maglock be the door stop?

No. Door travel and closer stopping should not drive the armature into the magnet. On this opening that points at request-to-exit devices and sensors as designed.

What happens with battery backup?

The magnet can remain powered during utility loss until the approved egress or alarm circuit removes power. On this opening that points at door position and lock status contacts where specified.

Need this service?