Commercial · Residential
Automotive Locksmith

Access Control & Electrified Hardware in Burlington & Hamilton

Keypad, card, fob, and mobile access control plus electric strikes and maglocks, designed to the door and wired to egress and fire code, across Burlington, Hamilton, Oakville, and the Halton region.

A clinic manager on Plains Road wants the front entrance hands-free during business hours, locked automatically at close, and still openable early with a card instead of a key. The records hallway should only open for two people. And every one of those doors has to swing open on its own if the fire alarm goes off. That is an access control conversation, and we have it constantly across Burlington and Hamilton.

Treco Locksmith & Security designs and installs access control and electrified door hardware for commercial buildings: offices, clinics, warehouses, and multi-tenant sites. We have been fully mobile since 2018, so we bring the install to your building, walk the doors with you, and spec hardware to the openings you actually have. The goal is always the same: a system that is secured, easy to manage, and safe to exit.

Access Control Installation, Door by Door

There is no single “access control system” that fits a building. There are doors, each with a job, and good design starts by reading the door.

Standalone Locks vs. Networked Systems

A standalone keypad door lock or card-reader lock keeps its codes and credentials on the door itself, with nothing running back to a panel. For a single storage room, server closet, or back-of-house door where you just want a PIN instead of a key, this is often the smartest, most affordable choice.

A card access system ties multiple doors back to a controller and management software. You assign credentials, set schedules, define who gets into which doors, and pull an audit trail of who went where and when. One dashboard runs the whole building — the right tool once you have several controlled doors, real staff turnover, or a need to know who opened a door at 2 a.m.

Most buildings end up with a mix: networked readers on the main and sensitive doors, standalone keypads on the low-traffic ones. We help you draw that line door by door.

Credentials: PIN, Card, Fob, or Phone

The credential is how a person proves they belong. The options trade off convenience against how easy they are to revoke:

  • PIN — no hardware to hand out, but a code can be shared or shoulder-surfed
  • Proximity card or fob — fast, cheap, easy to disable the instant one goes missing
  • Mobile credential — runs on a phone staff already carry and rarely lose
  • Combination — a card for daily entry plus a PIN for visitors or as a backup

We match the credential to your traffic and your tolerance for managing hardware.

Electric Strikes and Maglock Installation

The credential decides who gets in. The electrified hardware decides how the door releases — two approaches that behave very differently.

An electric strike replaces the strike plate the latch seats into. Energize or release it and the door pulls open while your existing lockset stays in place. Electric strikes suit most standard commercial doors and let you keep the mechanical lock as a backup layer.

A magnetic lock, or maglock, is an electromagnet that holds the door shut by raw force, with no moving parts. Maglocks are well suited to glass and aluminum storefront doors and high-cycle openings. But a maglock depends entirely on power and electronics to stay locked, so it has no mechanical fallback — and it carries the strictest egress requirements of any option. Either way, we match the hardware to the door, the frame, and the traffic, then size and install both.

Designed to Egress and Fire Code First

This is what separates a real access control install from a box bolted to a wall. Any maglock or electrified hardware on an egress door must release on a fire-alarm signal and on loss of power. That is fire and building code, and it is non-negotiable — a locked exit during an emergency is the failure mode the whole industry is built to prevent.

That is the meaning of fail-safe versus fail-secure. Fail-safe hardware unlocks when power is removed; fail-secure stays locked. On a designated exit, the egress side must be fail-safe, so people are never trapped. On an exterior entry door you may want fail-secure for security, as long as free exit is always preserved from the inside. We pick per door, deliberately.

We also build in request-to-exit properly: a motion sensor or a sensor in the exit hardware tells the system someone is leaving on purpose, releases the door, and keeps it from logging a false forced-entry alarm. On maglock doors especially, code calls for a clearly marked manual release so anyone can get out in one obvious motion. Free egress comes first; the security layer sits on top.

Managing Access Over Time

Access control earns its cost after the install. When someone leaves, revoke a credential instead of rekeying. Disable the card, fob, PIN, or phone in the software and it stops working at every door instantly — no locksmith visit, no cylinder swap, no wondering how many copies are out there. On a networked system the audit trail shows where and when that credential was last used, and remote credential management lets you add a contractor for a day or shut a door down from off-site.

For buildings that mix electronic and mechanical access, we pair the system with a master key systems plan so the mechanical backup is controlled to the same standard as the electronic side. And where you need an accessible, hands-free entrance, we integrate access control with automatic door operators: the reader validates the credential, releases the lock, and signals the operator to swing the door — secured and barrier-free, still wired to release on alarm.

Who We Build These Systems For

Access control is the electronic layer of our commercial locksmith work. Offices needing access levels between departments. Clinics balancing an open, accessible front entrance against locked-down records and medication storage. Warehouses with shift changes and loading doors. Property managers and multi-tenant buildings turning over tenants and contractors constantly. If you have more than a few controlled doors, you are the buyer.

We serve Burlington, Hamilton, Oakville, Stoney Creek, Milton, Grimsby, Brantford, Caledonia, and the wider Halton region. We have held a 5.0 rating across 204 Google reviews since 2018, because we design to the door, wire to code, and show up when we say we will.

To plan an access control system for your building, call (905) 977-8476 to talk through your doors, or contact us online. Tell us how many openings you are securing and what each door needs to do, and we will walk it before anything gets installed.

Access Control questions, answered

What is the difference between a standalone keypad lock and a networked access control system?

A standalone keypad or card-reader lock stores its own codes or credentials on the door itself, with no wiring back to a panel or software. It is the right call for a single door, a storage room, or a server closet where you just want a PIN instead of a key. A networked system ties multiple doors back to a controller and software, so you manage every credential, schedule, and access level from one dashboard. Standalone is cheaper per door and simpler; networked gives you audit trails, remote management, and the ability to revoke one card across the whole building in seconds. We help you decide door by door rather than overbuilding.

What credential types can I use — PIN, card, fob, or phone?

All of them, and often in combination. A PIN keypad needs no hardware in anyone's pocket but a code can be shared. A proximity card or key fob is fast and easy to revoke if it is lost. Mobile credentials run on a phone, which most staff already carry and rarely lose. Many sites use a card for daily traffic and a PIN as a backup or for visitors. We match the credential to your traffic volume, your turnover rate, and how much hardware you want to hand out and track.

What is the difference between an electric strike and a maglock?

Both control whether a door opens electrically, but they work in opposite ways. An electric strike replaces the strike plate the latch sits in; when it is energized or released, the door can be pulled open while the existing lockset and latch stay in place. A magnetic lock (maglock) is a powerful electromagnet that holds the door shut by sheer force and has no moving parts. Electric strikes suit most standard commercial doors and let you keep mechanical hardware as a backup. Maglocks suit glass or aluminum storefront doors and high-cycle openings, but because they fully depend on power and electronics, they bring stricter egress and fire-code requirements.

Will an electrified door still open in a fire or a power outage?

It has to, and that is the single most important part of the design. Maglocks and electrified hardware on an egress door are required by fire and building code to release on a fire-alarm signal and on loss of power, so no one is ever trapped behind a locked door. That is the difference between a fail-safe and a fail-secure configuration, and on a designated exit it must be fail-safe. We design and wire every electrified opening so that life safety and free egress come first, then the security layer sits on top of that.

What is fail-safe versus fail-secure, and which do I need?

Fail-safe means the door unlocks when power is removed; fail-secure means it stays locked when power is removed. The right choice depends on the door. An egress door that people must be able to exit through in an emergency is fail-safe by code. An exterior entry door where you would rather it stay locked if power drops, with free exit always preserved by the inside lever or a request-to-exit device, is often fail-secure. Getting this wrong is a safety problem, not just a convenience one, so we walk every door before specifying hardware.

What is a request-to-exit device and why does my system need one?

A request-to-exit device — usually a motion sensor over the door or a sensor built into the exit hardware — tells the access control system that someone is leaving on purpose, so the door releases and the event is not logged as a forced-open alarm. On many electrified openings, especially maglock doors, code also requires a clearly marked manual release so a person can always get out by a single, obvious motion. It is a core part of designing a door that is both secured and safe to exit.

When an employee leaves, do I revoke a credential or rekey the locks?

That is one of the biggest advantages of access control. With keys, a departure means rekeying cylinders or worrying about copies you cannot account for. With access control, you delete or disable that person's card, fob, code, or mobile credential in the software and it stops working at every door immediately, with no locksmith visit and no hardware change. On a networked system you can also see from the audit trail where and when that credential was last used. For sites that mix electronic and mechanical access, we often pair the system with a master key plan so the mechanical side is just as controlled.

Can access control work with automatic door operators for accessible entrances?

Yes, and on a lot of clinics, offices, and multi-tenant buildings that is exactly the right setup. The access control system validates the credential and releases the lock, then signals the automatic door operator to swing the door open, so an accessible entrance is both secured and hands-free. We integrate the two so the sequence is correct and the door still meets egress and fire-release requirements. See our automatic door operators page for more on the operator side.

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