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Work Order Template

Electrical work order with circuit reference, main panel details, shutdown steps, PPE requirements, and parts tracking. Printable PDF.

Dispatch Info

Customer Info

System Info

Service Details

Parts Used

Wire Log

Circuit Readings

Safety Checklist

Completion

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How to Use This Template

1. Fill in dispatch and customer info. Start with the work order number, date, and electrician assignment. Add the customer's name, address, phone, and any access instructions.

2. Identify the system. Select the equipment type and enter the make, model, and serial number. Record the panel amperage and wire type so the next electrician has a complete picture.

3. Document the service. Write what the customer reported, your diagnosis, and exactly what work you performed. Be specific -- vague notes cause problems during inspections and callbacks.

4. Record readings and safety checks. Log all voltage, amperage, and ground fault readings. Run through the safety checklist. These readings prove the electrical system was operating correctly when you left.

5. Generate the work order. Hit the button to create a clean, printable work order for your records, NEC compliance documentation, or office filing.

What Goes on an Electrical Work Order

A work order is the single document that proves what happened on a job. Every section exists for a reason.

System identification -- panel type, make, model, and amperage -- ties the work to a specific piece of equipment. This information is essential for NEC compliance, warranty claims, and future service calls.

Circuit readings document the electrical system's condition at the time of service. Line voltage, load voltage, amperage draw, ground fault current, and voltage drop tell the full story. If a customer calls back saying the circuit never worked right, your readings prove otherwise.

Wire and material tracking is essential for every electrical job. NEC code requires documentation of wire gauge, circuit capacity, and breaker sizing for all work. Smart electricians log every circuit modification and wire run regardless of scope.

The safety checklist is your liability shield. Documenting arc fault testing, ground continuity, torqued connections, and GFCI testing shows due diligence and NEC compliance.

Parts used with part numbers create a clear record for inventory management, warranty tracking, and accurate invoicing.

When To Use This

Service and repair calls. Every diagnostic visit and repair needs a work order. The electrician fills it out on site -- reported issue, diagnosis, work performed, parts used, and circuit readings. It becomes the permanent record and basis for the invoice.

Scheduled inspections. During panel inspections or preventive maintenance, the work order captures baseline readings and safety checks. Over multiple visits, these readings show trends -- increasing amperage draws, rising voltage drop, declining insulation resistance -- that help you recommend upgrades before failures happen.

Code compliance and callback documentation. When an inspector requests proof of work, or when a customer disputes what was done, the work order is your evidence. Complete work orders with readings, parts, and signatures satisfy NEC requirements and eliminate disputes.

Frequently Asked Questions

What should be on an electrical work order?
A complete electrical work order includes dispatch info (date, electrician, priority), customer details, equipment identification (panel type, make, model), reported issue and diagnosis, work performed, parts used, circuit readings (line voltage, load voltage, amperage draw, ground fault current, insulation resistance), a safety checklist, and electrician signature with arrival and completion times.
Why do I need to record electrical readings?
Electrical readings like line voltage, load voltage, amperage draw, ground fault current, and insulation resistance document the system's operating condition at the time of service. These readings are critical for NEC code compliance, verifying proper circuit loading, tracking system degradation, and protecting your company from liability disputes.
Is documenting wire gauge and circuit capacity required?
Yes. NEC code requires proper documentation of wire gauge, circuit capacity, and breaker sizing for all electrical work. Best practice is to log every circuit modification and new installation regardless of scope. Detailed records protect you during inspections and help diagnose recurring overload or tripping issues.
What is an acceptable voltage drop on a circuit?
NEC recommends a maximum voltage drop of 3% for branch circuits and 5% total from the service entrance to the furthest outlet. For a 120V circuit, that means no more than 3.6V drop at the outlet. Excessive voltage drop can indicate undersized wiring, loose connections, or overloaded circuits and can damage sensitive electronics.

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