Building Facilities Lighting Systems Checklist
A burned-out exit sign is easy to miss until a fire inspector walks the building — and by then it’s a citation, not a maintenance note. Lighting failures hide in plain sight: a flickering ballast, an emergency fixture that silently failed its battery, a sensor stuck on. This checklist covers the routine checks plus the emergency lighting and exit sign tests that fire codes require you to document. Check items off right here, or print the page below.
Building Lighting Systems Maintenance Checklist
Organized by how often each check needs to happen. Emergency lighting and exit signs are tested on the schedule NFPA 101 actually requires — monthly for the visual inspection and 30-second functional test, annually for the full 90-minute duration test — rather than lumped in with routine weekly spot-checks.
Weekly
- Regular Inspection
- Lamp Functionality
Monthly
- Cleaning and Dusting
- Wiring and Connections
- Emergency Lighting & Exit Signs — Visual Inspection
- Emergency Lighting — 30-Second Functional Test
- The unit should switch to battery backup immediately — note any delay or failure to transfer.
- Written records of monthly and annual emergency lighting tests are a documented NFPA 101 requirement, not just good practice.
Quarterly
- Lighting Controls
- Ballast and Driver Inspection
Yearly
- Lamp Replacement Schedule
- Energy Efficiency Optimization
- Emergency Lighting — Annual 90-Minute Duration Test
- Documentation and Records
- Training and Communication
- Emergency Response Plan
- Vendor and Service Agreements
- It fails to illuminate on battery power during the monthly or annual test
- It doesn’t sustain illumination for the full 90-minute annual test
- The charge indicator doesn’t light when connected to AC power
- Lamps are burned out, dim, or flickering, or exit sign letters are damaged or not fully lit
- The housing or lens is cracked or discolored enough to reduce visibility
- A self-testing unit shows an error or fault code
- The unit is older than roughly 10 years (typical service life) or the battery is past the manufacturer’s replacement interval (typically 3–5 years)
Regularly conducting this checklist at the intervals above contributes to the efficient operation, safety, and code compliance of both indoor and outdoor building lighting systems. Adjust the frequency of routine inspections based on your facility’s specific needs and usage patterns — the emergency lighting intervals above follow NFPA 101, so those shouldn’t be stretched.
Scope of Responsibility
- Identify the components within your responsibility.
- Tailor your checklist to the specific lighting systems and fixtures under your care.
Goals and Objectives
- Define specific goals you aim to achieve through preventive maintenance.
- Align checklist items with these objectives for targeted and efficient maintenance.
Capabilities and Resources
- Evaluate your capabilities, considering tools, equipment, and procedural resources.
- Craft your checklist based on what tools and procedures are feasible and available to you.
Basic Lighting System Components
In planning your preventive maintenance schedule, consider the following components:
Lamps or bulbs
Encompassing fluorescent, incandescent, and LEDs.
Ballasts
Responsible for regulating power and brightness.
Housing
Serving to safeguard and shield the lamp.
Lighting controls
Including switches, dimmers, occupancy sensors, and timers.
Additional Components
Reflectors
Parabolic Reflectors, Aluminized Reflectors, Plastic Reflectors, LED-specific Reflectors.
Diffusers and Lenses
Prismatic Diffusers, Acrylic Lenses, Polycarbonate Diffusers, and Frosted Lenses.
Mounting Hardware
Ceiling Mounts, Wall Brackets, Pole Mounts.
Wiring and Connections
Electrical Wires, Connectors, Terminals.
Lighting Automation System
Motion Sensors, Timers, Smart Controllers.
Emergency Lighting Systems
Exit Signs, Emergency Lights, Backup Batteries.
Power Supplies
Transformers, LED Drivers, Power Converters.
Control Panels
Wall-mounted Panels, Digital Controls, Touchpads.
Sensors and Detectors
Photocells, Occupancy Sensors, Light Detectors.
Junction Boxes
Plastic Boxes, Metal Boxes, Weatherproof Boxes.
Energy-efficient Components
LED Bulbs, CFL Bulbs, Energy-efficient Ballasts.
Why Emergency Lighting and Exit Sign Testing Is Required
Emergency lighting isn’t just good practice — it’s a documented code requirement in most jurisdictions, and it’s one of the first things a fire inspector checks.
OSHA 29 CFR 1910.37 — Exit Routes
Requires exit routes to be adequately lighted so an employee with normal vision can see along the route, and requires exit signs to be clearly visible, marked, and illuminated.
NFPA 101, Section 7.9 — Emergency Lighting
Requires a minimum of 90 minutes of emergency illumination, periodic testing (monthly functional test, annual duration test), and written records of every test.
NFPA 101 gives facilities three ways to meet the testing requirement: a manual monthly 30-second test plus an annual 90-minute test with written records; self-testing/self-diagnostic battery equipment checked with a monthly visual inspection of the status indicators; or a computer-based self-testing system that automatically generates test history reports. All three still require keeping written records. Check the specific code edition and any local amendments your authority having jurisdiction (AHJ) enforces, since requirements can vary by state and by building type.
Optimizing Lighting Maintenance with CMMS
Incorporating a Computerized Maintenance Management System (CMMS) into your facility management practices can significantly enhance the efficiency and effectiveness of your lighting system maintenance. CMMS allows for seamless integration of checklists, work orders, and asset management, streamlining the entire maintenance process. With CMMS, managers can effortlessly schedule and track routine inspections, monitor the status of work orders, and ensure timely replacements of lamps or components based on the maintenance schedule. This digital approach not only reduces paperwork but also provides real-time insights into the overall health of your lighting infrastructure — including a documented history of monthly and annual emergency lighting tests if a fire inspector ever asks for it. By leveraging the power of CMMS, organizations can achieve a proactive and organized approach to lighting system maintenance, leading to increased operational reliability and reduced downtime.
Note: For more detailed lists, see the U.S. Department of Energy’s Federal Energy Management Program (FEMP).
Frequently Asked Questions (FAQs)
How often does emergency lighting need to be tested?
NFPA 101 calls for a monthly functional test (at least 30 seconds on battery power) and an annual duration test (90 minutes), with written records kept for both.
What does the annual 90-minute test actually check?
It confirms the batteries can sustain required emergency illumination for the full 90 minutes required by code — a unit can pass the quick monthly test and still fail the annual one as its battery ages.
What does OSHA require for exit route lighting?
29 CFR 1910.37 requires exit routes to be adequately lit for someone with normal vision to see along the route, and requires exit signs to be clearly visible, marked, and illuminated.
How long do emergency lighting batteries typically last?
Most need replacement every 3 to 5 years depending on the unit type and environment — check manufacturer guidance for the specific battery installed.
What should happen if a unit fails a test?
Repair or replace it, document the failure and the corrective action taken, and re-test it before considering it back in service — a failed unit left in place is an uncorrected code violation.
Don’t Let a Fire Inspector Find the Failed Test First
A missed monthly test or a battery that quietly failed months ago is easy to overlook — until an inspector asks for the written record NFPA 101 requires. eWorkOrders lets your team schedule the monthly and annual tests, assign them to the right person, and keep the pass/fail results and corrective actions connected to each unit.
Disclaimer: The checklist provided above is intended as a set of recommendations for lighting preventive maintenance, including general references to OSHA and NFPA requirements for emergency lighting. Users are strongly encouraged to customize the checklist based on their specific responsibilities, goals, and available resources, and to confirm current code requirements with their local authority having jurisdiction (AHJ). It is essential to consult with relevant authorities, professionals, or industry experts to ensure that the customized checklist aligns with industry standards and specific organizational needs. This checklist is not exhaustive, and users should diligently adapt it to their unique circumstances.
