By Alan Reti, Founder & Lead Inspector, Activate Fire Safety | 20+ Years Serving Calgary and Edmonton
Since 2015, Canada’s National Building Code has required the green running man pictogram on all new exit sign installations — an international standard adopted because green is more universally associated with safety, more visible through smoke, and effective without relying on language. But walk through an older office tower, strip mall, or restaurant built before the code changed, and you will still see the traditional red EXIT or SORTIE signs. Those signs remain legally compliant because the building code is not retroactive, which means thousands of commercial buildings across Alberta operate with a mix of old and new signage — sometimes on the same property. That gap captures everything worth knowing about emergency lighting: the standard on paper and the reality inside the building are not always the same thing.
That distinction is what separates a compliant emergency lighting program from one that only looks compliant on paper. Commercial buildings carry more than one type of emergency lighting, and the National Building Code treats each type as a distinct requirement because failure in each case falls on different people in different circumstances. A commercial emergency light inspection program that does not account for those differences — including whether legacy signage still meets visibility and illumination requirements — risks producing a report that looks complete while missing the failure modes that actually matter.
Exit Signs: Assembly Occupancies and the Visibility Problem
Theatres, concert halls, arenas, restaurants, and licensed beverage establishments operate under lighting conditions that make exit sign visibility a more critical issue than in a typical office building. These are classified as Group A (assembly) occupancies under the National Building Code, meaning any venue designed to hold large gatherings. The Code requires exit signs at every required egress doorway in assembly occupancies, precisely because the lighting environment works against occupant wayfinding during an emergency.
Exit signs in these spaces are not passive fixtures. They must remain continuously illuminated from a dedicated circuit serving no other equipment, and stay lit through an emergency power supply when normal power fails. The running man pictogram required under the 2015 National Building Code must be visible from 30 metres down the egress path. That requirement is not theoretical when the house lights go dark mid-performance.
Emergency lighting testing services for assembly occupancies need to verify more than whether the signs are working. Technicians need to confirm unobstructed sightlines along the egress path, that no renovation or repositioned furniture has reduced the sign’s effective visibility distance, and that the dedicated emergency circuit remains intact and connected to an emergency power supply as the Canadian Electrical Code requires.
Egress Path Lighting: Hospitals and Care Facilities
The National Building Code requires emergency lighting in corridors serving sleeping rooms in both treatment occupancies and care occupancies. In a hospital, a long-term care facility, or a residential treatment centre, staff are responsible for evacuating patients and residents who cannot evacuate themselves. When power fails, they do that through corridors that have just gone dark.
The Code specifies a minimum of 10 lux at floor level — enough to see obstacles and read signage, but noticeably dimmer than most indoor spaces people are accustomed to. That’s enough to see obstacles and read signage, but only if every unit in the corridor is performing at its rated output. That illumination level needs to hold for the full required duration, which for health care occupancies can extend beyond the 30-minute minimum that applies to most commercial buildings. The critical question isn’t whether the system works when the power first goes out; it’s whether it’s still working 30 or 60 minutes later, at the end of the battery’s discharge cycle. That’s where lamp output drops, circuits sag, and coverage gaps appear. A system that looks fine at minute one can leave a corridor dark at minute twenty-five.
Emergency lighting maintenance in health care settings also has to account for the physical environment. Corridors carry heavy traffic from equipment, beds, and carts. Units sustain contact damage that the Alberta Fire Code’s monthly inspection requirement exists specifically to catch before it becomes a performance failure.
Unit Equipment: Commercial Kitchens and Food Service Operations
Most restaurant operators don’t realize their kitchen needs emergency lighting; not just the dining room and exits. The National Building Code requires emergency lighting along all means of egress, which in a restaurant includes the kitchen area that staff must traverse to reach exits.
Commercial kitchens operate with open flames, hot surfaces, sharp tools, and confined spaces. Staff who lose lighting mid-service face immediate physical risk before evacuation even begins. The emergency lighting requirement exists for that reason, not to help people find the exit.
Unit equipment in kitchen environments degrades faster than anywhere else. Heat, grease, moisture, and cleaning chemicals work on lenses and housings constantly. A unit showing a green pilot light can still fail when the kitchen goes dark. Output degrades gradually from heat, grease, and chemical exposure — and without a duration test, nobody catches the decline until it matters.
Stairwell Emergency Lighting: Multi-Storey Office Buildings
Stairwells in multi-storey commercial buildings concentrate egress traffic during an emergency more than any other part of the building. Everyone who cannot use an elevator uses the stairs, and the stairwell is where crowd density, physical exertion, and disorientation combine. The National Building Code requires emergency lighting throughout exit stairs, with illumination at tread level sufficient for safe descent under pressure.
The inspection failure mode most specific to stairwells is coverage gaps from unit repositioning. Stairwell emergency lighting units get moved during maintenance work, painting cycles, and building upgrades. A unit that was positioned to illuminate a full flight of stairs gets shifted by a few degrees during a routine touchup and now leaves a shadow across the lower landing. Nobody notices during the day because the normal stairwell lighting provides adequate visibility. The gap only shows up when the normal lighting fails, which is exactly what a proper emergency light inspection is designed to catch.
One Inspection Program That Covers All of It
As a certified emergency lighting inspection company serving Calgary and Edmonton, Activate Fire Safety barcodes every commercial emergency lighting unit on the first visit, capturing location, type, make, model, and service history and updating it after every inspection. When a unit fails its duration test, shows a circuit fault, or reveals a coverage gap, Activate technicians resolve it on the same visit where possible, drawing from parts carried on every service vehicle. The complete inspection record lives in the digital reporting platform at buildingreports.ca, accessible whenever a building owner, fire authority, or insurer needs to review it.
Emergency lighting testing services that treat every unit in every occupation the same way produce records that look uniform while missing the specific failure modes that different environments actually produce. The green exit sign was designed for the moment the theatre goes dark. The inspection has to be designed for the same moment.
