Professional electrical inspection template covering service entrance through safety concerns. Fill out online and download as PDF — no signup required.
What Is an Electrical Inspection Report?
An electrical inspection report is a detailed evaluation of a property's electrical system — from the service entrance and main panel down to individual outlets and switches. It documents the condition, capacity, and safety compliance of every electrical component accessible during the inspection.
Electricians and inspectors use these reports for a range of purposes: pre-sale home inspections, insurance requirements, code compliance verification, post-renovation sign-off, and periodic safety evaluations. The report needs to be specific enough that another electrician could understand exactly what was found without visiting the property.
The stakes are higher with electrical inspections than most other trades. A missed deficiency isn't just a maintenance issue — it's a fire hazard. Double-tapped breakers, aluminum wiring without proper connectors, Federal Pacific panels, ungrounded outlets near water sources — these are the findings that can prevent house fires and save lives. Your report is the documentation that these hazards either don't exist or were identified and flagged.
What's covered
- Service & Panel: Service type — overhead/underground, Amperage — 100/150/200/400, Panel manufacturer & type, Grounding, bonding & labeling
- Circuits & Wiring: GFCI protection by location, AFCI protection status, Dedicated circuits, Wiring type & condition
- Outlets & Lighting: Outlet testing & polarity, Grounding verification, Interior & exterior lighting, Emergency/exit lighting
- Safety Concerns: Open junction boxes, Double-tapped breakers, Aluminum wiring flags, Federal Pacific panel alert
Why this checklist
Covers every component underwriters and buyers care about. From the service entrance to individual outlets, this template walks through the complete electrical system. Nothing gets missed because the structure won't let you skip sections.
Safety concerns get dedicated attention. The safety concerns section explicitly asks about the five most common electrical hazards. Open junction boxes, double-tapped breakers, aluminum wiring, Federal Pacific panels, and ungrounded outlets each get a yes/no flag. These are the findings that matter most.
GFCI and AFCI tracking by location. Modern codes require GFCI protection in specific locations and AFCI protection in bedrooms and living areas. This template tracks GFCI by location (kitchen, bath, garage, outdoor) so you can document exactly where protection exists and where it doesn't.
Professional documentation for your license. As a licensed electrician, your inspection report carries professional weight. A well-structured template makes your findings clear, defensible, and consistent with industry standards. It protects your license and your client.
How to Complete an Electrical Inspection Report
- Document property and inspector details — Record the property address, inspection date, your name, license number, and client name. Your license number is critical — it validates the inspection and is required by most jurisdictions for the report to be accepted.
- Evaluate the service entrance — Determine if the service is overhead or underground. Check the amperage, meter condition, and verify the main disconnect is present and functional. A 100A service on a 3,000 sqft home is a capacity concern worth noting.
- Inspect the main panel and sub-panels — Open the panel cover (with the dead front, not the outer cover). Identify the manufacturer, breaker type, and check for proper grounding and bonding. Look for signs of overheating, corrosion, or double-tapped breakers. Check labeling adequacy.
- Verify branch circuit protection — Test GFCI outlets in kitchens, bathrooms, garages, and outdoor locations. Verify AFCI protection where required. Check that kitchen, laundry, and HVAC have dedicated circuits. Use a circuit tester — don't just press the test button.
- Assess wiring and outlets — Identify the wiring type throughout the home. Test a representative sample of outlets for proper polarity and grounding. Check for visible splices outside junction boxes. Note any uncovered junction boxes in accessible areas.
- Flag safety concerns and recommend — The safety concerns section is where you flag the items that could cause fires or electrocution. Be direct with your recommendations — "recommend immediate evaluation of double-tapped breakers in main panel" is better than "electrical issues noted."
Common Mistakes in Electrical Inspection Reports
Not opening the panel. You can't evaluate an electrical system without opening the panel. The exterior tells you nothing about internal conditions, double-tapping, corrosion, or overheating. If the panel can't be safely opened, document why — but don't just skip it.
Ignoring aluminum wiring connections. Aluminum wiring itself isn't inherently dangerous — it's the connections that cause problems. Look for signs of overheating at outlets, switches, and panel connections. Note whether COPALUM or AlumiConn connectors have been installed.
Failing to test GFCI outlets. Pressing the test button on the outlet only confirms the trip mechanism works. Use a GFCI tester to verify the outlet actually cuts power when tripped. Dead GFCIs that appear to test fine on the button are a real hazard.
Overlooking the grounding system. A panel with breakers and a good wiring system is still dangerous without proper grounding. Verify the grounding electrode conductor, check for bonding between the panel and the water supply (if applicable), and note the grounding system type.
Being vague about Federal Pacific panels. If you find a Federal Pacific (FPE) Stab-Lok panel, say so explicitly. These panels have well-documented failure rates. A note saying "older panel, recommend upgrade" doesn't communicate the urgency. Name the manufacturer and the specific concern.
Common questions
Who can perform an electrical inspection?
Requirements vary by jurisdiction. In most areas, electrical inspections must be performed by a licensed electrician, a licensed home inspector (for general inspections), or a municipal code inspector (for permits). For insurance or real estate purposes, the inspector's license number is typically required on the report.
How often should an electrical inspection be done?
For safety, every 10 years for owner-occupied homes and every 5 years for rental properties. Any time you buy a home, renovate, or notice electrical issues (flickering lights, warm outlets, tripping breakers), an inspection is warranted. Some insurance companies require periodic inspections for older homes.
What are the most common electrical deficiencies found?
The most common findings are: ungrounded outlets (especially in older homes), missing GFCI protection in wet areas, double-tapped breakers, undersized panels for the home's electrical demands, and outdated wiring. In homes built before 1970, knob-and-tube or aluminum wiring may be present.
Is knob-and-tube wiring dangerous?
Not inherently — when properly installed and maintained, it can function safely. The danger comes from modifications, insulation contact, and deterioration over time. Many insurance companies won't insure homes with active knob-and-tube wiring, which is why it's flagged during inspections.
What is a Federal Pacific panel and why is it a concern?
Federal Pacific Electric (FPE) manufactured Stab-Lok circuit breakers from the 1950s through the 1980s. Independent testing has shown that some of these breakers fail to trip when overloaded, creating a fire risk. While no official recall exists, most electricians recommend replacement.
Can an electrical inspection fail?
For code compliance inspections (permit-related), yes — work can fail inspection and require corrections. For informational inspections (pre-sale, insurance), there's no pass/fail — you're documenting conditions. However, certain findings (aluminum wiring, FPE panels, no grounding) may make a property uninsurable.
How long does an electrical inspection take?
A thorough electrical inspection of an average single-family home takes 1-2 hours on-site. Larger homes, commercial properties, or properties with significant deficiencies take longer. Report writing adds 30-60 minutes depending on findings.