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Service Checklist

Electrical service checklist covering main panel, breaker count, wire gauge, grounding, amp service, and GFCI/AFCI locations. Interactive plus printable PDF.

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Panel Inspection

Breaker Condition

Wire Connections

Circuit Labeling

System Health Summary

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How to Use This Checklist

1. Choose your scope. Toggle between Panel/Circuits and Safety/Testing tabs at the top. Each tab covers the relevant areas for that phase of the electrical service visit.

2. Work through each section. Check off items as you complete them. Enter voltage and amperage readings directly into the fields — the tool will flag anything outside normal range.

3. Monitor your progress. The progress bar updates in real time. The summary section shows your completion percentage and a health grade based on items checked and flagged readings.

4. Generate a report. When finished, hit Generate Report to create a printable summary of everything checked, every reading recorded, and any items that need attention. Your progress auto-saves so you never lose work.

What a Complete Electrical Service Visit Covers

Panel inspection. Check the panel for signs of overheating, corrosion, or damage. Verify the panel brand is not on any recall list (Federal Pacific, Zinsco). Inspect bus bars, neutral bars, and ground bars for tight connections.

Breaker condition. Verify each breaker is properly rated for its wire gauge. Check for double-tapped breakers, warm breakers, and breakers that do not snap firmly. These are the most common sources of electrical failures.

Wire connections. Torque all connections to manufacturer specifications. Loose connections are the number one cause of electrical fires. Check for aluminum wiring, melted insulation, and improper splices.

GFCI and AFCI testing. Test every GFCI outlet and AFCI breaker. Verify GFCI protection exists in all required wet locations and AFCI protection covers bedrooms and living areas per current code.

Grounding and bonding. Verify the grounding electrode system is complete — ground rod, water pipe bond, and proper separation of grounds and neutrals in sub-panels. Poor grounding creates shock hazards and equipment damage.

Voltage and load balance. Measure voltage at the panel on both legs. Check load balance between legs — significant imbalance causes voltage fluctuations and premature equipment failure.

When To Use This

Electrical service calls. Use this as your standard process for every service visit. It ensures a thorough inspection is completed regardless of what the original call was for, and it often uncovers additional work.

Pre-purchase inspections. Buyers need to know the condition of the electrical system. This checklist covers every major component and produces a professional report that supports informed decisions.

Maintenance agreements. Offer annual electrical inspections as a service plan. The generated report shows the customer exactly what was checked and gives them peace of mind about their electrical safety.

Frequently Asked Questions

What should an electrical service visit include?
A complete visit should include panel inspection, breaker condition check, wire connection torque verification, GFCI and AFCI testing, grounding and bonding verification, voltage measurements, load balance assessment, and documentation of all findings with readings.
How often should electrical systems be inspected?
Residential systems should be inspected every 3 to 5 years. Commercial properties need annual inspections. Older homes with pre-1980 wiring, aluminum wiring, or recalled panels should be inspected more frequently. Any time you notice flickering lights or tripped breakers warrants an inspection.
What are normal voltage readings for residential service?
Normal residential voltage measures 120V line-to-neutral and 240V line-to-line at the panel, with an acceptable range of plus or minus 5 percent (114V to 126V for 120V circuits). Imbalance between legs should be less than 3 percent. Readings outside these ranges indicate utility supply issues, loose connections, or overloaded circuits.
What is a safe operating condition for electrical systems?
Safe conditions require all breakers properly rated for wire gauge, no double-tapped breakers (unless listed), grounds and neutrals separated in sub-panels, GFCI protection in wet locations, AFCI protection in bedrooms and living areas, and no signs of overheating such as discolored wires, melted insulation, or warm breakers.

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