Electrical Inspection Checklist: Free Downloadable Templates for Residential & Commercial Inspections

What is an electrical inspection checklist?

An electrical inspection checklist is a list of tasks and checkpoints that electricians use to examine electrical systems, such as:

• Electrical appliances
• Electrical panels
• Lighting fixtures
• Outdoor electrical components
• Electrical wiring and outlets

The main purpose of a checklist is to confirm that all components of an electrical system are working correctly and safely, and comply with local electrical codes. It helps you identify and address electrical hazards before they become serious issues, improving safety for both the property owner and you and your workers.

Using an inspection checklist helps you maintain high standards, prevent hazards, and ensure your work meets regulatory and quality requirements within the electrical industry. 

Rather than “winging it,” you’ll have a step-by-step guide to perform thorough inspections of residential and commercial properties without missing critical details.

By consistently using a checklist, your electrical business can enhance its reputation by delivering reliable, compliant services.

Benefits of using an inspection checklist

An electrical inspection checklist offers many advantages for you and your clients, including:

• Comprehensive inspection: A checklist helps you stay organized, so you don’t overlook any critical areas during an inspection.
• Improves safety: By identifying potential electrical safety risks, a checklist protects both the technician and the people using the system.
• Reduces liability risks: An inspection documented with a thorough checklist can help minimize liability, showing that you followed all necessary procedures.
• Enhances customer trust: Using a structured approach demonstrates your commitment to high standards, building confidence with clients.
• Identifies potential issues before they become major problems: A checklist makes it easier to spot early warning signs, preventing dangerous situations down the road.

Pro Tip: Use job forms in Jobber to create electrical site inspection checklists. When the job is finished, you can share the completed checklist with your customers, so they can see which services were completed during your visit.

When to use an inspection checklist

An inspection checklist can be used in many situations to check that electrical equipment is safe, functional, and compliant. Here are some situations where you should rely on one:

• During initial installations: A checklist ensures all components are properly connected, grounded, and compliant with codes when installing new electrical equipment like lighting systems, outlets, or panels.
• For routine maintenance inspections: A checklist helps you identify wear, damage, or potential hazards like loose connections or overloaded circuits. Regular maintenance keeps electrical equipment in a safe and efficient working condition. 
• When troubleshooting electrical issues: A checklist allows you to systematically diagnose and fix electrical issues without overlooking anything. Flickering lights or outlets that don’t work can be frustrating for clients. 
• For home inspections: Clients buying a home or commercial property often need a professional inspection to evaluate the electrical system. A thorough review shows buyers what they’re getting into.
• After renovations or major electrical work: A checklist helps you confirm that all new installations are up to code and function properly. Renovations often involve upgrades or changes to the electrical system, so it’s important to understand and evaluate what has been altered. 
• In preparation for safety audits: A checklist helps commercial clients’ systems pass inspections and remain compliant with safety regulations. Commercial clients may need an inspection to meet regulatory requirements. 

READ MORE: How to run a successful electrical business

Residential inspection checklist

It’s important to focus on everything from general safety standards to specific components like wiring, outlets, and appliances when performing an electrical inspection in a home. Below, we’ll break down what to include in a residential checklist you and your workers can use:

General safety and compliance

• Technicians are wearing insulated gloves, flame-resistant clothing, and safety glasses.
• PPE is in good condition and rated for the applicable voltage.
• Hard hats and hearing protection are worn in the appropriate environment.
• Technicians are trained in arc flash safety protocols and proper signage is displayed.
• Technicians are using arc-rated PPE and tools when working near energized components.
• Outlets, panels, and wiring comply with the National Electrical Code (NEC) for electrical installations and safety.
• Circuits are properly labeled, and systems are grounded according to NEC standards (NEC 250).
• Circuit breakers and fuses are appropriately rated for the connected loads (NEC 240).
• Inspection reports are complete, accurate, and stored securely for future reference.
• All necessary permits and compliance documents are available and up to date.
• Any repairs, upgrades, or deviations from standard procedures are noted.

Pro Tip: Join the National Electrical Contractors Association (NECA) and find your local chapter. Get safety training and resources to provide better customer service and maintain a safe work environment.

Electrical panel inspection checklist

• Check the panel’s main amperage rating, like 100A, 200A, or 400A, to make sure it matches the incoming wires (NEC 310).
• Make sure the panel is labeled clearly, with every single circuit breaker properly identified in the directory.
• Look closely at the panel box for any signs of rust, damage, water marks, or corrosion.
• Inspect the busbars and main lugs to catch any discoloration or heat damage early.
• Look for double-tapped breakers where two wires are under a single screw and flag them for removal.
• Compare the panel’s rated capacity to the current electrical load to avoid overloading.
• Check the grounding and bonding connections to make sure they are tight and secure (NEC 250).
• Look for a whole-house surge protector and check its condition, or recommend adding one if it is missing.
• Check the wire and breaker sizes feeding any sub-panels to ensure they are the right sizes (NEC 310 / NEC 240).
• Verify there is plenty of open working clearance around the panel so it is safe and easy to access (NEC 110.26).
• Check the panel brand to make sure it isn’t a dangerous, recalled type like Federal Pacific or Zinsco.
• Test each circuit breaker to confirm it trips properly and resets without any issues (NEC 240).
• Look for breakers that frequently trip or show signs of wear (NEC 240).
• Identify panels nearing their limit and recommend upgrades.

Wiring and outlet inspection checklist

• Cords are routed away from walkways to prevent tripping hazards.
• Wires have intact insulation and no exposed conductors (NEC 310).
• Wires are housed in conduits or raceways, as needed, to prevent damage.
• Outlets and switches operate correctly and supply power as expected.
• Use a circuit tester to identify issues like reversed polarity or open grounds (NEC 250).
• Feel for outlets that are hot to the touch, which could indicate loose connections or overloading.
• Check for GFCI (Ground Fault Circuit Interrupter) protection in wet areas, like kitchens and bathrooms (NEC 210.8).
• There are no burn marks, cracks, or discoloration on outlets and switches.
• There are no loose connections or missing screws on outlet plates (NEC 314).
• Cords aren’t frayed or pinched,
• No cords are running under carpets or rugs.
• Cords are routed away from walkways to prevent tripping hazards.

GFCI and AFCI protection checklist

• Test every GFCI outlet and breaker using the test button to make sure it trips smoothly (NEC 210.8).
• Use a plug-in tester to verify that GFCI devices cut power to all other outlets down the line (NEC 210.8).
• Confirm that GFCI protection is installed in all required areas, like kitchens, bathrooms, garages, outdoor areas, and basements (NEC 210.8).
• Test every AFCI breaker using its test button to make sure the internal safety circuit works right (NEC 210.12).
• Check that dual-function AFCI/GFCI breakers are installed anywhere you need both types of protection (NEC 210.8 / NEC 210.12).
• Inspect the panel to make sure AFCI breakers are seated tightly and the neutral wires are secure (NEC 210.12).
• Verify that circuits needing AFCI protection do not share a neutral wire unless the instructions allow it (NEC 210.12).
• Look for breakers that keep tripping to find hidden arc faults, ground faults, or short circuits down the line (NEC 210.8 / NEC 210.12 / NEC 240).
• Ensure that all outdoor or wet outlets have proper weatherproof “while-in-use” covers installed.

Lighting inspection checklist

• Bulbs match the recommended wattage for each fixture to avoid overheating.
• Non-IC-rated fixtures are kept clear of insulation.
• Dimmer switches operate smoothly without the lights buzzing or flickering.
• There are no loose or faulty connections that may cause flickering.
• Light fixtures have no damage, rust, or loose components.
• Suggest LED upgrades for improved energy efficiency and longevity.

Appliance and cord safety checklist

• High-power appliances use heavy-duty plugs.
• Appliances operate properly. 
• Appliances don’t have any damaged cords or components.
• There are no signs of overheating, such as scorch marks near plugs.
• Major appliances like air conditioners are plugged directly into an outlet rather than into an extension cord. Some appliances (like refrigerators) may, however, use a special appliance extension cord.
• Remind homeowners not to yank cords from the outlets, but instead hold on to the plugs directly.

Smoke detectors, carbon monoxide, and fire prevention

• A class C fire extinguisher rated for electrical fires is easily accessible.
• Test all detectors to confirm they sound an alarm. Replace batteries if needed.
• Detectors are installed in key areas, like hallways and kitchens.
• Flammable items are stored away from appliances and outlets.
• Check for AFCI (Arc Fault Circuit Interrupter) protection, which is required in many areas of modern homes for fire prevention (NEC 210.12).

Outdoor electrical inspection checklist

• Outdoor fixtures and outlets have weatherproof covers and seals.
• All outdoor outlets are protected by GFCI (NEC 210.8).
• Outdoor equipment like landscape lighting and pool pumps has proper grounding (NEC 250).
• There are no signs of exposure or wear on outdoor wiring.
• Outdoor connections are secure and protected from the elements.

Rough-in electrical inspection checklist (before drywall)

A rough-in electrical inspection ensures that all components—cables, conduits, boxes, and other connections—are installed safely, correctly, and in accordance with NEC code before they are permanently behind drywall. This inspection applies to all types of electrical work and happens before drywall is installed.

• Wire gauge matches circuit requirements (NEC 310)
• Boxes are secured and at the correct height (NEC 314)
• Wiring is properly stapled and supported per the NEC
• All circuits are labeled at the panel
• Dedicated circuits for required appliances (kitchen, laundry, bathroom)
• AFCI/GFCI protection circuits roughed in per code (NEC 210.8 / NEC 210.12)
• Low-voltage wiring (data, coax, speaker) is separated from line voltage
• Grounding system is complete and accessible (NEC 250)
• Permits are posted and visible for the inspector

Final electrical inspection checklist (after drywall, before occupancy)

The final electrical inspection makes sure that all electrical installations function as expected under normal conditions and that all live components are safely covered. This inspection is the last step before a property is handed over to the incoming occupants.

• All devices (outlets, switches, fixtures) are installed and operational
• Cover plates installed on all boxes (NEC 314)
• Panel directory is completed and accurate
• GFCI/AFCI devices tested and functioning (NEC 210.8 / NEC 210.12)
• Smoke/CO detectors installed and tested
• Outdoor fixtures weatherproofed
• Load calculations verified against panel capacity
• All required labels and signage in place

Commercial electrical inspection checklist

Commercial electrical systems require detailed inspections to maintain safety and proper operation. These systems often involve higher voltage and more complex configurations than residential setups.

Here’s a commercial electrical inspection checklist for commercial properties that focuses on compliance and functionality.

General safety and compliance

• Technicians are wearing insulated gloves, flame-resistant clothing, and safety glasses, appropriate for high-voltage environments. For some inspections, arc-rated face shields or suits may be necessary.
• PPE is in good condition and rated for the higher voltage and current levels common in commercial systems.
• Hard hats and hearing protection are worn in environments with heavy machinery or high noise levels.
• Arc flash hazard labels are visible and legible on electrical panels and large commercial equipment.
• Technicians are trained in advanced arc flash safety protocols, and proper signage is prominently displayed.
• Arc-rated PPE and tools are used when working near or on energized commercial components.
• Outlets, panels, and wiring meet NEC standards for commercial installations.
• Circuits are clearly labeled, and grounding systems are installed and maintained per NEC standards (NEC 250).
• Circuit breakers and fuses are rated for the higher loads typically found in commercial properties (NEC 240).
• Inspection reports are complete, accurate, and securely stored for future reference, including documentation of commercial equipment performance.
• Permits, compliance documents, and certifications required for commercial operations are up to date and accessible.
• Repairs or deviations from standard procedures are documented with an emphasis on their impact on commercial operations.

NEC compliance checks

• All electrical systems and components meet NEC standards.
• For specialized equipment, all electrical panels, outlets, and switches are labeled with installation and operating instructions.
• Grounding systems and bonding connections are compliant with NEC guidelines (NEC 250).
• Conduit sizing and placement follow NEC rules for commercial installations.
• Check for proper sizing of conductors and overcurrent protection devices (NEC 240 / NEC 310)

Switchgear and distribution panel inspection

• Verify there is plenty of open working clearance around all electrical boxes and enclosures (NEC 110.26).
• Check all lugs and connection points to ensure they are tight and free of heat damage.
• Ensure the panel directory is accurate, easy to read, and up to date.
• Check that breakers and fuses match the building plans and are the right size (NEC 240).
• Verify that all unused holes in the cabinet or box are sealed up with proper plugs.
• Inspect any cooling fans and clean or replace the air filters.

Emergency and exit lighting

• Check that all exit signs and emergency lights are securely mounted and properly aimed.
• Push the test button on each unit for 30 seconds to ensure the lights turn on immediately.
• Look at the batteries for any swelling, leaks, or rust, and check that the charging light is on.
• Make sure there is a record of the full 90-minute battery test being done every year.
• Verify that no lightbulbs are burned out and that all exit signs are fully lit.

Grounding, bonding, and surge protection

• Inspect the connections to the ground rods or pipes to make sure they are tightly clamped and undamaged (NEC 250).
• Verify that the main bonding jumper wire is properly installed inside the main service panel (NEC 250).
• Check that all metal conduits, boxes, and building steel are connected together securely (NEC 250).
• Check the surge protector light to confirm the device is still active and working.
• Check that the wires connecting the surge protector are as short and straight as possible.

Current ratings and openings

• Check interrupting current ratings on circuit breakers and fuses to verify they can safely interrupt fault currents (NEC 240).
• Assess short-circuit current ratings to confirm compatibility with the system load and fault conditions (NEC 240).
• Check for proper coordination of overcurrent protective devices to ensure selective tripping (NEC 240).
• Verify the available fault current at the service entrance and distribution points.
• Look for proper closure of unused openings in panels and junction boxes to prevent exposure to energized components (NEC 314).
• All electrical devices and conductors are rated for the current they’re carrying (NEC 310 / NEC 240).

Contamination and damage

• Panels and enclosures are free of dust and moisture that could affect performance.
• There’s no wear or corrosion to components and wiring.
• Identify any electrical equipment that needs cleaning, repair, or replacement.
• There are surge protection devices for sensitive electronic equipment.
• The areas around electrical components aren’t exposed to any chemicals or contaminants.
• There are no signs of overheating or arcing in switchgear and motor control centers.

Mounting and ventilation

• Electrical panels and transformers are level and securely mounted.
• There are no blockages or restrictions in ventilation openings that could lead to overheating.
• Supports and mounting brackets are rated for the weight and type of equipment (NEC 314).
• Installations comply with NEC rules on spacing and ventilation. Some equipment, like transformers, may have clearance requirements that differ from general NEC rules.

Terminations and splices

• Splices are properly insulated and connected securely to prevent electrical hazards.
• Splices are compatible with the wire size and type used in the system (NEC 310).
• All terminations are rated for the operating temperature of the connected equipment.
• All terminations are made with listed lugs or connectors appropriate for the conductor material (copper or aluminum).
• Check that torque specifications for terminations are followed to prevent overheating or loose connections.
• Anti-oxidation compounds are properly applied to aluminum conductors and terminations (NEC 310).
• All splices and connectors use UL-listed materials.

Clearances and directories

• Working space clearances meet NEC requirements, including the distance from walls (NEC 110.26).
• The space and headroom around electrical equipment is easily accessible for inspection (NEC 110.26).
• Circuit directories are complete and accurate, with clear labels for each circuit.
• Access to electrical panels and disconnects is unobstructed and clearly marked (NEC 110.26/NEC 240).

Free electrical inspection checklist templates (PDF download)

Now that you know what belongs in an electrical inspection checklist, it’s time to get your free template. Our residential and commercial electrical inspection checklist templates can be filled out with your custom items and printed or downloaded.

Residential electrical inspection checklist template

Our residential electrical inspection checklist template is designed for all the functional, safety, and compliance checks for homes, apartments, and renovations.

It covers key residential electrical components like:

• General safety and compliance
• Electrical panel inspection
• Wiring and outlet inspection
• GFCI and AFCI protection
• Lighting inspection
• Appliance and cord safety
• Smoke detectors, carbon monoxide, and fire prevention
• Outdoor electrical inspection

Download your free residential electrical inspection

Commercial electrical inspection checklist template

Our commercial electrical inspection checklist template handles the complex requirements that come with high-voltage facilities and industrial properties where consistent compliance and operation are critical.

It covers key commercial electrical components like:

• General safety and compliance
• NEC compliance checks
• Switchgear and distribution panel inspection
• Emergency and exit lighting
• Grounding, bonding, and surge protection
• Current ratings and openings
• Contamination and damage
• Mounting and ventilation
• Terminations and splices
• Clearances and directories

Download your free commercial electrical inspection checklist

Want to go beyond printable PDFs? Build these checklists directly in Jobber. 

Your electricians can access them on any device, and completed inspections sync automatically to the customer’s profile for future reference.