Intake Forms for Electricians: Panel Assessment, Code Compliance, and Permit Documentation

By Daniel Akselrod · July 2026

An electrician who shows up to a service call without knowing the age of the panel, the amperage of the main breaker, or whether the house was built in 1955 with knob-and-tube wiring is going to waste the first 30 minutes of a billable visit figuring out what should have been documented before the truck rolled. Electrical work is uniquely high-stakes among the trades — a missed detail does not just mean a callback, it can mean a house fire, a code violation, or a failed inspection that delays a project by weeks. Your intake process needs to capture enough technical detail to price the job accurately, load the right materials, and identify safety hazards before anyone touches a wire.

Most electrical contractors collect an address, a phone number, and a vague description like “outlets not working in the kitchen.” That is not intake — that is dispatching. A real electrician intake form captures the service type, the panel condition, the property’s wiring history, the scope of work, and the permit and code compliance requirements that protect your license. Here is what it should include.

Service classification: routing the right crew with the right equipment

The first section of an electrical intake form needs to classify the job because different service types require different expertise, different equipment, and different pricing structures. Residential work, commercial work, and industrial work are not just different scales — they involve different code requirements, different voltage systems, and different insurance exposures.

Within residential work, the form needs to distinguish new construction from remodel from repair and troubleshooting, because a new-construction rough-in is a full-day crew job while a tripped breaker might be a 30-minute service call. Emergency calls versus scheduled service should be flagged at intake because emergency pricing is typically 1.5x to 2x the standard rate, and the client needs to know that before you dispatch.

The intake form should also capture rapidly growing service categories that many electricians still treat as generic line items: EV charger installation (which requires a dedicated 240V circuit and often a panel upgrade), generator installation (transfer switch type, fuel source, whole-house versus critical-circuits), solar panel electrical work (interconnection requirements, net metering paperwork), and smart home or low-voltage systems. Each of these has specific material requirements and code considerations that differ from standard residential wiring.

Electrical panel assessment: identifying hazards before arrival

The electrical panel is the heart of every residential and commercial system, and your intake form needs a dedicated section for it. The panel manufacturer and approximate age are critical — Federal Pacific, Zinsco/Sylvania, and Pushmatic panels are known fire hazards, and if a client has one, the conversation immediately shifts from “fix my outlet” to “your panel needs to be replaced before we do anything else.” Identifying this at intake rather than on-site saves everyone time and sets the right expectation about cost.

Main breaker amperage — 100A, 150A, 200A, or 400A — determines what the system can support. A client who wants an EV charger, a hot tub, and a workshop sub-panel on a 100A service is going to need a service upgrade before any of those projects are feasible. The number of available spaces in the panel tells you whether new circuits can be added or whether the panel is full. Sub-panel locations and amperage should be documented as well.

Safety indicators need their own checkboxes: recent breaker tripping, burning smell near the panel, warm or discolored breakers, flickering lights throughout the house. Any of these suggests a problem that may be more urgent than the client realizes. The grounding system type matters too — some older homes have no ground at all, and bringing them up to code is a separate project that affects the scope of virtually every other electrical task.

Scope of work documentation: turning vague complaints into actionable jobs

Clients describe electrical problems in symptoms, not diagnoses. “My lights flicker” could be a loose neutral at the meter, a failing breaker, a bad connection at the fixture, or a utility-side voltage issue. The intake form needs structured fields that translate client observations into diagnostic starting points.

Beyond the specific issue description, the form should ask what changed before the problem started: a new appliance was plugged in, a renovation was completed, a storm came through, or nothing changed at all. This narrows the diagnostic window significantly. Which rooms or circuits are affected helps the electrician identify whether the issue is branch-circuit, panel-level, or service-level before arriving. Access to the attic, crawlspace, and basement should be documented because these access points determine how wiring will be routed and directly affect labor time.

Code compliance and permits: protecting your license

Electrical work is among the most heavily regulated trades, and the permit and inspection requirements vary by jurisdiction. The intake form needs to capture the local jurisdiction — city or county — because the authority having jurisdiction determines which code cycle applies, what permits are required, and how inspections are scheduled.

Most jurisdictions require permits for new circuits, panel upgrades, service changes, and any work beyond simple device replacement (swapping a switch or outlet). The form should document whether the client or the electrician is responsible for pulling the permit, because this varies by contractor and affects the timeline. Inspection scheduling — rough-in inspection and final inspection — needs to be built into the project plan from the start.

The current NEC code cycle matters: NEC 2020, NEC 2023, or local amendments can change requirements significantly. AFCI and GFCI requirements have expanded substantially in recent code cycles, and a professional intake form should document which protection types are required for the specific rooms and circuits being worked on. Tamper-resistant receptacle requirements, which are now standard in virtually all new residential work, should also be noted.

Property information: what the building tells you before you start

The age and construction type of the property tell an experienced electrician what to expect before they open a single cover plate. A home built before 1965 may have knob-and-tube wiring or early Romex without a ground conductor. A home from the late 1960s through the mid-1970s may have aluminum branch-circuit wiring, which requires special connectors (such as AlumiConn or COPALUM) at every connection point and changes the scope and cost of virtually any modification.

Construction type affects wire routing difficulty and labor time: running new circuits through a finished single-story slab-on-grade home is dramatically more labor-intensive than running through a two-story home with an accessible attic and basement. Square footage provides a baseline for whole-house projects like rewiring or upgrading to arc-fault protection throughout. Previous electrical work — and whether it was permitted or unpermitted — is critical information that affects what you will find when you open junction boxes and panels.

The cost of skipping proper intake

Electrical contractors who rely on phone-based dispatching with minimal documentation lose money on every job they underprice, lose credibility on every job where they discover a panel replacement is needed mid-visit, and expose their license on every job where permit requirements were not discussed upfront. A structured electrician intake form converts a phone call into a documented scope of work, identifies safety hazards and code compliance requirements before the truck rolls, and gives the client a clear picture of what the job involves and what it will cost. That is the difference between a service call and a professional engagement.