Search “electrical contractor software” and you’ll find ServiceTitan. Jobber. Housecall Pro. Tools built for the residential electrical company that dispatches a licensed electrician to a service call, tracks drive time, and invoices the homeowner when the panel upgrade is done.
That’s a real business. It’s not yours.
A commercial electrical sub on a nine-month medical office building doesn’t have service tickets. He has a rough-in phase where the conduit goes in before the walls close, a wire pull phase where the crew fills that conduit after inspections clear, a panel and switchgear phase where six months of change orders land in the last two weeks, and a trim-out phase where the job either closes cleanly or drags into a punch list that costs more than the trim itself.
Four phases. Each with its own crew size, its own production metric, and its own way of running over the estimate without showing up in the total until the job closes.
The panel phase is the one that surprises most electrical PMs. Rough-in and wire pull have clear production units — conduit runs and wire footage — and experienced crews run close to the estimate if the job is well-managed. Panel and switchgear work is where scope creep is hardest to control. Every change order from the past eight months converges at the panel. Circuits get added. Homerun routing changes. Gear specs shift. The panel labor budget gets compressed while the work expands, and the trim-out phase absorbs whatever remains.
The PM who sees panel labor at 140% of budget in the final month knows he has a change order conversation. The PM who sees only “electrical labor at 108% of budget” has a number he can’t explain and a closeout he can’t defend.
Why “Electrical Contractor Software” Returns the Wrong Results
The electrical industry runs two businesses that share a name and a license.
The first is residential and light commercial service: dispatching electricians to homes and small businesses for service calls, panel upgrades, outlet installations, EVSE installs. The job opens and closes in hours. The tools built for this model — ServiceTitan, Jobber, Housecall Pro — are scheduling, dispatching, and invoicing tools built around the service ticket.
The second is commercial construction: an electrical subcontractor running conduit through a six-floor medical office building, pulling wire through a finished structure, building out a switchgear room, and trimming devices and fixtures across 80,000 square feet of space. The customer is a GC. The job runs 9–18 months. The crew is 15–40 workers. Labor is tracked against a bid assembled from phase-based productivity estimates.
These two businesses have almost nothing in common operationally. The tools that return for “electrical contractor software” were built for the first. If you’re running the second, you’re looking in the wrong category.
What commercial electrical subs need is what mechanical, plumbing, and drywall subs need: phase-based time tracking, cost code-based job costing, and actual labor hours by phase that the PM can compare to the estimate at mid-job, not at closeout.
The Four Phases of Commercial Electrical Work
Commercial electrical labor breaks into four phases. Each has a different production metric and a different risk profile.
Phase 1: Rough-In
Rough-in is the highest-production phase and the highest-stakes one. The crew installs conduit, boxes, and sleeves before the walls close. The inspection gate at the end of rough-in — before the drywall crew moves in — is the hard deadline. Miss it and the correction cycle delays the wall-close schedule.
Rough-in labor is measured in linear feet of conduit per crew-day, by conduit size and installation location. The estimate has productivity rates by conduit type. If rough-in is tracking 15% over the estimate on the first three floors, the PM has a question to ask before the crew moves to floors four through six at the same rate.
Rough-in is also where change order exposure is highest. Every field condition that deviates from the drawings — a conflict with mechanical duct, a structural interference, a relocated partition — is a potential change order. The daily log entry the foreman makes when he hits a conflict, with the RFI submitted the same afternoon, is the record that supports the change order. Hours tracked against the rough-in cost code, with a separate code for directed reroute labor, give the PM a defensible breakdown when the GC disputes the change order amount.
What to track: Hours by floor and zone, against conduit footage by type. The cost code — ELEC-ROUGH — is the largest single labor line on most commercial electrical jobs. Weekly actual vs. estimated by floor tells the PM whether the crew is efficient on this building type before he’s committed the same rate to the upper floors.
Phase 2: Wire Pull
Wire pull is often rolled into rough-in on smaller jobs. On a commercial job with tens of thousands of feet of wire across dozens of circuit types, it deserves its own phase code.
Wire pull is the most measurable phase on a commercial electrical job. The crew pulls wire by circuit — feeder size, homerun size, branch circuit — and linear footage per crew-hour is trackable for each wire gauge. If the wire pull estimate was built on a productivity rate of 200 feet per hour for #12 branch circuit, and the actual crew is pulling at 160 feet per hour, the PM knows during the pull phase, not after. He can investigate: is the conduit routing creating extra friction? Are the conduit bends reducing pull efficiency? Is the crew undersized for the pull point count?
Any wire pull that required more labor than the drawings show — longer homerun routing, conduit that had to be rerun before pull, additional pull boxes installed — gets noted in the daily log as it happens. A foreman who documents pull hours against a circuit reference gives the PM the cost basis for a change order if the routing was field-directed.
What to track: Hours by circuit type and zone, against footage pulled. The cost code — ELEC-PULL — separates wire pull from rough-in labor. The productivity rate by wire gauge at closeout goes directly into the next bid’s wire pull estimate.
Phase 3: Panel and Switchgear
Panel and switchgear work is where scope creep is hardest to control, and where the tracking failure is most expensive.
The panel phase typically happens in the final 20% of the job timeline. The main switchgear is set. Distribution panels are fed and breakers installed. Branch circuit connections are made. On a clean job with minimal change orders, this phase runs close to the estimate.
On a change-heavy job — and most commercial electrical jobs are change-heavy — the panel phase absorbs every circuit change, every homerun revision, and every added load from the past eight months. Panel labor expands while the time available compresses. The crew is in the switchgear room running overtime while the trim crew is waiting for panel energization.
The PM who has ELEC-PANEL as a separate cost code sees panel labor at 140% of budget in week thirty-six of a thirty-eight-week job. He has two weeks to decide: submit a change order for panel labor attributable to GC-directed changes, or accept the overage as a closeout number. The PM who has only “electrical labor” at 108% sees the same situation but can’t separate panel from trim to make either decision.
What to track: Hours by panel and switchgear location, against the panel-by-panel labor estimate. The cost code — ELEC-PANEL — is the clearest indicator of change order scope on a commercial job. Panel running well over estimate on a high-change-order job is a correlation worth documenting.
Phase 4: Trim-Out
Trim-out is a sprint and a mixing zone. The crew installs devices, fixtures, coverplates, and panel directories across a finished building — at the same time every other trade is also trying to finish. The GC is counting days. The punch list is forming before the trim is done.
The trim-out failure mode: trim labor and punch list corrections tracked to the same cost code. The crew trims devices on Floor 3, corrects a rough-in deficiency on Floor 4, and installs fixtures on Floor 5 — all tracked to the same “electrical labor” or “trim” code. At closeout, the trim phase labor number includes punch list work that should have been tracked separately. The PM managing the punch list can’t tell what trim actually cost — and bids the next job’s trim phase with data that includes warranty labor.
What to track: Hours by area and zone, against a room-by-room trim estimate. The cost code — ELEC-TRIM — is the trim efficiency metric. Punch list and callback labor gets its own code — ELEC-PUNCH — so trim reflects actual trim productivity, not punch list absorption.
Five Codes for a Commercial Electrical Job
Five codes cover most commercial electrical work:
ELEC-ROUGH— conduit, boxes, sleeves, rough-inELEC-PULL— wire pull, all circuit typesELEC-PANEL— panel and switchgear work, breaker installation, as-builtELEC-TRIM— devices, fixtures, coverplates, panel directoriesELEC-PUNCH— punch list corrections, warranty callbacks, rework
The first four track the job as it runs. The fifth isolates correction labor so it doesn’t distort the trim number — and so the PM knows exactly how much labor went into punch list on this job when bidding the next one’s contingency.
That time tracking by cost code produces the weekly actual vs. estimated by phase the PM needs at mid-job. The cost code structure that makes it work — set up before the first crew day — is the difference between job costing that informs the next bid and a total that explains nothing.
What to Look For in a Time Tracking Tool for Electrical Subs
The residential service dispatch tools aren’t the right category. The right category is construction time tracking with cost code support. What that means in practice:
Cost code at clock-in. The rough-in foreman clocks in his crew and assigns ELEC-ROUGH in one step. The panel crew transitions to ELEC-PANEL when they move to switchgear work. If changing codes requires a separate login, a supervisor approval, or a back-office update, it won’t happen in the field.
Real-time actual vs. estimated by phase, visible to the PM. Panel labor at 140% of budget in week thirty-six needs to be visible in week thirty-five — not in a closeout report. The PM who sees it a week early can prepare a change order. The PM who sees it at job close has a number to defend.
Export to payroll and accounting. Hours by cost code need to flow to payroll by employee and to job costing in QuickBooks or Sage without re-entry. A system that requires a bookkeeper to manually transfer phase labor creates a second data problem.
Works everywhere the crew works. Commercial electrical crews work in mechanical rooms, above ceilings, and on rooftops — wherever cell signal is unreliable. The tool has to work offline and sync when signal returns. A WiFi-dependent system means the switchgear room clock-in happens from memory at the end of the shift.
LogLoon’s time tracking for electrical contractors covers all four: phase code at clock-in, real-time phase tracking visible to the PM, export to QuickBooks and Sage, and a mobile-first design that works in the switchgear room.
Running an Electrical Job Where Panel Doesn’t Surprise You
Four phases. Five codes. Weekly actual vs. estimated by phase.
That’s the tracking structure that tells the PM, in week thirty-five of a thirty-eight-week medical office job, whether panel labor is running over estimate — and whether that overage is the GC’s change orders showing up at the panel or a crew productivity problem. Both are real conversations. Neither is possible without the phase code that separates ELEC-PANEL from ELEC-TRIM.
For the same phase-based tracking applied to mechanical work, see mechanical contractor time tracking. For plumbing’s version of the irreversible-phase risk window, see plumbing contractor time tracking.
See how LogLoon handles time tracking and cost codes for commercial electrical subs, or check the pricing — it’s on the website.