Emergency exit lighting helps guide people out of a building when normal lighting fails because of a power outage, fire, or another emergency. To stay compliant, businesses need properly placed exit signs and emergency lights, approved equipment, reliable backup power, scheduled testing, clear documentation, and prompt repairs when deficiencies are found.
The exact requirements depend on your building, occupancy, adopted code edition, and local Authority Having Jurisdiction. But the goal stays the same: people need to be able to see where they’re going when the building is at its hardest to navigate.
At CertaSite, emergency and exit lighting service includes installation, inspection, maintenance, and repair as part of a coordinated fire and life safety program. That means fewer gaps, clearer records, and less chance of discovering a dead battery during the one power outage that decided to make things interesting.
During a fire or power outage, familiar spaces can become difficult to navigate. Smoke, darkness, noise, and confusion may make even a well-known hallway feel unfamiliar, which is why exit signs and emergency lighting need to remain visible and operational when normal lighting isn’t available.
OSHA’s exit-route requirements state that exit routes must be adequately lighted, exits must be clearly marked, and required safeguards need to remain in proper working order.
CertaSite’s guide to emergency exit signage and lighting explains how proper installation, regular maintenance, and monthly and annual inspections help keep egress systems ready.
Emergency lighting doesn’t need to make the hallway look inviting. It needs to make the way out unmistakable.
Emergency lighting compliance starts with the means of egress, which is the path people use to travel from anywhere in the building to a safe exit.
Your system should be designed so exits are visible, directional signs are provided where the route isn’t obvious, and emergency illumination covers the required paths of travel. Equipment also needs an approved emergency power source so it operates automatically when normal power is interrupted.
A strong compliance program includes:
NFPA 101, the Life Safety Code, addresses emergency lighting and the marking of means of egress. UL 924 applies to emergency lighting and power equipment, and UL Solutions explains that equipment evaluated to the standard is assessed for use with requirements found in NFPA 101, NFPA 70, and applicable fire and building codes.
Because codes are adopted and enforced locally, your AHJ may have additional placement, testing, documentation, or equipment expectations. Compliance isn’t just about buying a sign that says “Exit.” It’s about making sure the right sign is installed in the right place, supplied by the right power source, and still works after everyone stops looking at it.
Emergency lighting and exit signage are commonly needed along the paths people use to leave a building safely. Exact placement depends on the building layout, occupancy, and local code, but coverage may be required around corridors, stairways, ramps, changes in direction, exit doors, and other portions of the means of egress.
OSHA requires exits to be clearly visible and marked. Directional signs are also required when the route to the nearest exit isn’t immediately apparent, and the line of sight to exit signs needs to remain clear.
Installation planning should consider:
Emergency lighting placement isn’t a decorating decision. “It looked balanced on that wall” isn’t much help if the actual exit is around the corner.
Professional installation begins with a review of the building’s layout, egress routes, power sources, occupancy, and applicable code requirements.
The provider should determine where exit signs and emergency luminaires are required, what equipment is appropriate, and how the system will receive normal and emergency power. Depending on the facility, the installation may include individual battery-backed units, combination exit sign and lighting units, emergency drivers, inverters, generators, or other approved arrangements.
A typical installation may involve:
For new construction or major renovations, emergency lighting should be coordinated with electrical work, fire alarms, security, access control, and the broader life safety design. CertaSite’s guide to choosing fire and life safety support for a new building explains why early coordination helps prevent gaps between installation, testing, documentation, and future service.
The best time to discover the electrical plan and the egress plan disagree is before the walls are closed.
The right equipment for emergency lighting depends on the building, installation location, operating environment, and emergency power strategy.
Commercial emergency lighting may include illuminated exit signs, combination exit and emergency light units, remote lamp heads, recessed luminaires, emergency LED drivers, central battery systems, inverters, generators, or photoluminescent signage where permitted.
When evaluating equipment, consider:
UL Solutions notes that UL 924 covers emergency lighting and power equipment, including controls, battery technologies, and automated testing features.
Self-testing equipment can make routine oversight easier, but it doesn’t eliminate the need for records, maintenance, or someone paying attention to the fault indicator. Technology is helpful. It still hasn’t learned how to submit the repair request on its own.
Emergency exit lighting generally requires monthly and annual testing, although the exact schedule should be confirmed against the adopted code, manufacturer instructions, and local AHJ requirements.
A common inspection schedule includes:
CertaSite’s Inspection Cycles for Fire and Life Safety Systems identifies a monthly 30-second check and an annual 90-minute test for emergency lights and exit signs. CertaSite also notes that emergency and exit lighting needs recurring inspection and maintenance to remain ready.
Testing should simulate the loss of normal power rather than simply confirming that the sign is illuminated during ordinary conditions. A glowing exit sign is encouraging. A glowing exit sign that stays on when the power fails is the part that counts.
An emergency exit lighting inspection checks more than whether the word “Exit” is visible. Technicians should evaluate the condition, placement, power supply, operation, and emergency duration of the equipment.
A professional inspection may include:
Common deficiencies include dead batteries, burned-out bulbs, missing or damaged units, improper placement, and skipped routine maintenance. CertaSite’s guide to common emergency exit lighting deficiencies explains how those problems can affect visibility and system readiness.
The inspection should leave you with more than a sticker. It should give you a clear understanding of what passed, what failed, and what needs to happen next.
After an emergency exit lighting inspection, you should receive documentation that identifies the equipment inspected, the testing performed, the results, and any deficiencies that need attention.
A strong inspection report should include:
For multi-location businesses, digital records can make it easier to compare inspection status, open deficiencies, completed repairs, and upcoming service across the portfolio.
Documentation matters because an inspection that happened but can’t be verified may not be very useful during an AHJ inspection, insurance review, or internal audit. Memory is many things. An inspection record isn’t one of them.
When an emergency light or exit sign fails testing, the cause should be identified and corrected promptly.
Some problems are straightforward, such as a burned-out lamp, weak battery, damaged housing, or blocked sign. Others may require electrical troubleshooting, equipment replacement, relocation, or changes to improve lighting coverage.
Common corrective work includes:
CertaSite identifies dead batteries, burned-out bulbs, missing signs or lights, and expired self-illuminating equipment as common emergency lighting deficiencies.
The repair process should also update the inspection record. Fixing the light is the first half of the job. Closing the deficiency is the part that keeps the issue from following you into the next inspection.
Emergency exit lighting installation costs vary because each building has different egress routes, electrical conditions, equipment needs, and access challenges.
A simple replacement of an existing battery-backed unit will generally cost less than a new installation that requires additional circuits, wall or ceiling work, central emergency power, or modifications across multiple floors.
Common cost factors include:
Self-testing units may have a higher upfront cost, but they can simplify routine oversight and help identify battery or equipment faults. The best proposal should explain the equipment, installation labor, electrical scope, testing, documentation, and ongoing maintenance so you can compare the complete service rather than two very different numbers labeled “lighting.”
The lowest quote can lose its glow quickly when wiring, testing, and documentation appear later as “additional work.”
A professional emergency exit lighting proposal should define the scope clearly enough that you know what’s being installed, where it’s going, and what happens after the work is finished.
Look for:
A clear proposal helps facility teams, electrical contractors, project managers, and AHJs understand the plan before work begins.
If a proposal says only “install emergency lights,” there are still quite a few bulbs left unilluminated.
Yes, emergency exit lighting installation and recurring maintenance can be combined under one service program.
That approach helps make sure new equipment is added to the inspection inventory, testing schedules begin on time, warranty information is retained, and replacement history stays connected to the correct unit.
A combined program may include:
Emergency lighting can also be bundled with fire alarm service, fire extinguisher service, sprinkler inspections, and other recurring fire protection services. CertaSite’s service model includes emergency and exit lighting alongside other fire and life safety systems, which can reduce separate schedules and vendor handoffs.
Combining those services doesn’t change the individual code requirements. It does make the calendars, reports, and repair follow-up easier to manage, which is usually a welcome development for whoever owns the compliance spreadsheet.
At CertaSite, emergency and exit lighting is part of a bigger promise: making fire and life safety more dependable, more organized, and easier to manage.
CertaSite helps businesses install, inspect, test, maintain, repair, and document emergency and exit lighting while coordinating related life safety systems across one building or multiple locations.
That means:
The goal isn’t just to keep exit signs glowing during normal business hours. It’s to help make sure the route stays visible when the building goes dark.
Start with a professional assessment of your egress routes, equipment placement, emergency power, and testing records. Make sure signs remain visible, equipment is properly listed, monthly and annual tests are completed, and deficiencies are repaired promptly. Local AHJ requirements should also be confirmed.
Emergency lights and exit signs commonly receive a 30-second functional test each month and a 90-minute full-duration test each year. Manufacturer instructions, adopted codes, and AHJ requirements may add to that schedule.
An inspection may include sign visibility, directional markings, physical condition, battery and charging status, lamp operation, automatic transfer to emergency power, duration testing, egress coverage, and documentation of deficiencies.
Required illuminated exit signs and emergency lighting need an approved power arrangement that allows them to remain available when normal power is interrupted. The exact equipment and power method depend on the building and adopted code.
UL 924 is the Standard for Emergency Lighting and Power Equipment. It covers the evaluation of equipment used for emergency illumination, exit marking, and related power functions.
Cost is affected by equipment quantity and type, building layout, electrical infrastructure, ceiling height, installation access, emergency power method, permitting, and testing requirements.
Yes. A single provider can install equipment, add it to the inspection inventory, complete recurring testing, document results, and handle repairs or replacements.
Installation should be completed by qualified professionals who understand life safety, electrical systems, equipment listings, and local AHJ requirements. Electrical work may also require appropriately licensed personnel depending on the jurisdiction.
Emergency exit lighting is easy to overlook because it spends most days quietly hanging above a door or waiting for the power to fail.
But when normal lighting disappears, those signs and fixtures become part of the building’s most important instructions.
CertaSite helps make emergency lighting installation, testing, maintenance, and documentation easier to manage, so your equipment stays ready and your team doesn’t have to rely on crossed fingers and a flashlight drawer. CertaSite’s Business Fire Safety Checklist can also help your facility team review exit lighting alongside other essential life safety systems.
To schedule emergency exit lighting service or discuss a combined installation and maintenance plan, contact CertaSite.