Electrical Inspection Services for Toronto & GTA Facilities

What Our Electrical Inspection Services Include

An electrical system inspection by KCS is a structured walk-through of every electrical room and major piece of equipment, carried out by licensed electricians who record condition, hazards and code concerns, then rank them by urgency. It answers one question: what in this building is likely to fail or hurt someone, and what should be done about it first.

A standard visit covers the service entrance, main switchgear or switchboard, distribution and branch panels, transformers, motor control centres, disconnects, busway and the visible parts of feeders and cable tray. Where you ask for it, we add an infrared electrical inspection of energized equipment, which finds heat from loose or overloaded connections that a visual check cannot see. Each piece of equipment is checked against the inspection items ANSI/NETA MTS (2023 edition) lists for its type, the maintenance testing standard we work to alongside CSA Z463 and NFPA 70B.

The inspection is diagnostic. It does not replace the scheduled cleaning, tightening and testing that make up electrical preventive maintenance, and it does not include the de-energized tests on our electrical testing services page. Many clients use an inspection as the first step: it sets a baseline, tells them which equipment matters most, and shows whether a full maintenance program is worth it.

Our inspectors are electricians employed by KCS, a licensed contractor (ESA/ECRA licence #7014042), so whoever writes up a defect belongs to the team that can quote and correct it.

Private Electrical Inspection vs an ESA Inspection in Ontario

An ESA inspection and a private electrical inspection are different things. ESA inspects work that a licensed contractor has notified to it, to confirm that new or altered wiring meets the Ontario Electrical Safety Code. A private inspection, like ours, looks at the condition and safety of the whole existing system, whether or not any new work is planned.

The Electrical Safety Authority is the regulator. When a licensed electrical contractor carries out work on an installation, it files a notification, and ESA may inspect that work. ESA does not come out to assess the general state of a building on request in the way an owner might expect. That job falls to the owner, usually through a qualified contractor or engineer.

If our inspection leads to repairs or upgrades, we file the notification for that work, and the ESA inspection that follows is part of the job. For health care occupancies such as clinics and dental offices, ESA also needs the facility's patient care area classification document at inspection, which we explain on our medical clinic electrical page.

What We Check During an Electrical System Inspection

We check five things everywhere we go: the equipment itself, its connections, its protection, the room it sits in, and the paperwork that should describe it. The list below is the core of every visit; we add items for the type of facility.

• Equipment condition: enclosures, doors, covers and barriers in place; signs of heat, arcing, moisture, rust, rodents or dust build-up; damaged or brittle insulation; cracked insulators
• Connections and conductors: discoloured lugs, burnt terminations, overfilled gutters, conductors without proper support, aluminium terminations on the wrong lugs, signs of overheated neutrals
• Protection: breaker and fuse ratings that match conductors and equipment, missing or wrong fuses, defeated interlocks, ground-fault protection present and set, open knockouts and unused openings
• Grounding and bonding: visible ground connections at the service, transformers and enclosures, bonding of metal raceways and cable tray
• Rooms and access: working space kept clear, no storage in electrical rooms, doors labelled, ventilation working, lighting adequate, no water lines over equipment
• Documents and labels: panel directories filled in, single-line diagram current, arc flash and shock labels present, previous reports and open deficiencies

Equipment that needs closer study is noted and linked to the right follow-up, such as switchgear maintenance, an electrical panel inspection on a specific board, or a distribution system inspection for feeders and outdoor equipment.

Commercial Electrical Inspection for Buildings and Tenant Spaces

A commercial electrical inspection focuses on base building equipment, tenant panels and the systems that keep occupants safe, and is usually ordered by a property manager, a purchaser or an insurer.

In office towers, retail plazas and mixed-use buildings around Toronto, the problems we see most are the result of years of tenant turnover: panels loaded past their design, abandoned circuits left live, directories that no longer match, and electrical rooms used as storage. We map the base building distribution, sample tenant panels, check emergency lighting and exit sign circuits, and note where house loads and tenant loads have become tangled.

Older Toronto buildings bring their own patterns. Mid-century towers often still have original distribution equipment for which parts are hard to find, so we note make, age and condition to help with replacement planning. Newer condominium and office buildings tend to have tidier rooms but heavier loads from electric vehicle chargers, server rooms and rooftop equipment added after construction. In both, we check that the electrical room has not become a storage closet and that the working space in front of each panel is still clear, because those two problems are the easiest to fix and among the most common.

Property managers use the report to plan capital work, to brief owners and to answer insurer questionnaires. When a building is being bought or refinanced, it supports due diligence. For ongoing upkeep of multi-tenant properties, see our commercial electrical maintenance service and the property management page. Insurer asking for a thermal report in particular? Our insurance infrared scan service is set up for exactly that request.

Industrial Electrical Inspection Under Ontario Regulation 851

An industrial electrical inspection checks the plant's distribution and process power equipment against the conditions an industrial establishment must meet under Ontario's OHSA Regulation 851, as well as the code and good practice.

Regulation 851 sets out several plain electrical duties for industrial workplaces. Equipment, insulating materials and conductors have to be suitable for their use and certified by CSA or ESA (section 40). A room with exposed live parts needs a conspicuous sign that keeps unauthorized people out (section 41). Cord-connected tools need a grounded casing unless they are double-insulated, and portable tools used outdoors or in wet locations need GFCI protection (sections 44 and 44.1). A hazardous ground fault must be investigated and removed without delay (section 44.2). Our inspectors look for each of these on the floor.

We also look at what matters to production: MCC buckets with failed indication, overloads set wrong for the motor, temporary wiring that became permanent, damaged cords on machinery, and wash-down areas where enclosures no longer seal. Lockout points are checked against the written procedures section 42 requires employers to keep. Findings feed into industrial electrical maintenance, MCC maintenance and motor testing where needed.

Electrical Safety Audit: Equipment, Procedures and People

An electrical safety audit goes past the equipment and reviews how your people work on it: your electrical safety program, lockout procedures, arc flash labels, PPE and training records, measured against CSA Z462 and Ontario regulations.

CSA Z462:24 is the current Canadian standard for workplace electrical safety. Among its 2024 changes, absence of voltage must be verified at each point of work, and the method for selecting arc flash PPE moved to an annex with minimum arc ratings. An audit checks whether your written program reflects the edition you claim to follow, whether energized work permits are used when they should be, and whether labels match the current arc flash study.

We review documents, interview the people who do the work, and observe a lockout or two. The result is a gap list with practical fixes: a procedure to rewrite, labels to replace, a study to update, or equipment that needs an energy-reducing change. For contractors working on your site, we can also confirm their licensing and prequalification; ours includes COR from IHSA and accounts on ISNetworld, Avetta and ComplyWorks.

How Often Commercial and Industrial Electrical Systems Should Be Inspected

Plan on a visual and thermal inspection of distribution equipment once a year, with critical or harsh-environment equipment looked at twice a year. NFPA 70B's 2023 interval table sets the same rhythm for visual and infrared checks.

Ontario does not set a single inspection frequency for existing commercial or industrial systems. The yearly rhythm comes from the standards owners adopt, such as NFPA 70B and ANSI/NETA MTS, from insurers, and from experience. Several events call for an inspection outside the cycle:

An inspection usually takes part of a day for a small building and longer for a plant with several electrical rooms. We give you a time estimate after a short call about the site.

Your Inspection Report: Ranked Findings and Next Steps

The inspection report lists every finding with its location, a photo, what it means and what to do, ranked so the urgent items come first. It is written for the person who must approve the work, not only for electricians.

• Immediate: a hazard to people or an imminent failure, such as exposed live parts, a burnt termination or a defeated interlock. You hear about these from us in person, the same day, ahead of any paperwork.
• Plan soon: deterioration that will become a failure, such as heat on a connection or an overloaded panel.
• Improve: housekeeping, labelling and documentation gaps.

Each item comes with a recommended fix and, if you want it, a quote from our licensed electricians. Each thermal finding shows how far the part ran above comparable parts and how heavily the circuit was loaded, and every image is read by our own certified thermographers (Level II and up). Follow-up repairs are confirmed with a re-check. We serve clients throughout Ontario, with most inspections in Toronto, Markham, Brampton and the rest of the GTA.