When a circuit is dead, a motor won’t start, or equipment shuts down for no obvious reason, the job is finding the actual fault — not replacing parts until something works. That diagnostic work is what Grasse Electric does most.
Most troubleshooting calls start with a symptom, not a diagnosis. These are the ones that come up week after week across shops, farms and commercial buildings in Central Alberta.
Nuisance trips that come back after a reset, breakers that trip under load, and circuits that hold until a specific machine starts. Usually an overload, a deteriorating connection, a failing motor or a ground fault that has not fully developed yet.
Humming, tripping the overload, starting cold but not hot, or running until it drops out. Could be the motor, the starter, the overload, the control circuit or the supply feeding it — the point of the call is to find out which.
The hardest kind of fault: everything tests fine when you are standing there. These get traced with load readings, thermal checks, loose-connection inspection and, where it helps, leaving monitoring on the circuit.
Overcurrent, overvoltage, ground-fault and acceleration faults. A drive fault code narrows the search — it is a starting point for checking the motor, the load, the parameters and the incoming supply, not a diagnosis on its own.
A section of a shop, a yard light run, or a bank of receptacles with nothing on them. Traced back through the panel, junction boxes, splices and any device in the chain that has failed open.
High-bay fixtures dropping out, drivers failing well before rated life, flicker when equipment starts, or exterior lighting that will not come on. Often a driver, a neutral, a photocell, or a voltage problem worth chasing.
Starters and relays that chatter, drop out under load or stop pulling in. Control-voltage problems, worn contacts, failing coils and interlocks that are doing exactly what they were wired to do.
Phase loss, voltage imbalance between legs, low voltage under load, and motors turning the wrong direction after service work. These take readings under real load, not just a no-load check.
Undocumented machinery, equipment moved from another site, home-built panels and modifications that were never drawn. Tracing and documenting the existing circuit is part of the job.
Diagnosis first. Parts and repairs follow from what the readings show — not the other way around.
When it started, what it does, what was running at the time, whether anything was worked on recently. Most faults have a history, and it usually shortens the search.
Voltage, current and continuity measured with the equipment loaded the way it actually runs. Intermittent faults rarely show themselves on a dead circuit at the bench.
Narrow it down to a component, a conductor or a connection — and confirm it, rather than swapping parts until the symptom moves.
Carry out the repair, then test it under load and confirm the original symptom is gone. Where a permanent fix needs parts or downtime, you get the options and what each involves.
Most of this work is on equipment a business depends on: a machine that has to run tomorrow, a wash bay that cannot stay down, a shop that needs its lighting back. That changes the priority — a clear answer about what is wrong and what it takes to fix it is worth more than a fast guess.
Panels, feeders, disconnects, transformers and equipment supplies. Phase loss and voltage imbalance are common causes of motor failures that look mechanical at first, and they are worth ruling out before a motor gets replaced. Related work is covered under panels and equipment power.
Magnetic and combination starters, overload relays, contactors, MCC buckets and variable-frequency drives. A motor that trips its overload is a symptom — the cause could be the motor windings, the load, the supply, or an overload that is no longer holding its rating. See motors, motor controls and VFDs.
Start-stop stations, relay logic, interlocks, float and pressure switches, limit switches and safety circuits. Control faults are often wiring or a failed device rather than the machine itself. See electrical controls.
High-bay and shop lighting, exterior and yard lighting, drivers, ballasts, photocells and controls. Fixture failures that repeat in the same location usually have an electrical cause worth finding. See commercial lighting.
Farm shops, barns, arenas, grain-handling equipment, pumps and rural services bring their own set of faults — long underground runs, equipment exposed to dust and moisture, and circuits added over decades without records. Rural service calls are covered under agricultural electrical, and the practical side of rural work is described on the Red Deer County page.
A few minutes of information before the truck rolls makes the visit shorter and the estimate more realistic:
Photos help more than most people expect. The service request form takes a description and photo uploads for exactly this reason.
Not for a troubleshooting call, honestly. Diagnosis is the work — until the fault is found, nobody knows whether it is a ten-minute connection repair or a failed motor. What you can get up front is the service-call rate and an idea of how long a call like yours usually takes. Once the fault is identified, you get the repair options and what each one involves before the work goes ahead.
It is worth looking at. A breaker doing its job repeatedly is telling you something is drawing more current than the circuit is rated for, or that a fault is developing. Repeated tripping also wears the breaker itself, so eventually you have two problems. Intermittent trips are easier to find while they are still happening on a pattern.
Regularly. Undocumented machinery, imported equipment, home-built panels and gear that has been modified over the years are a normal part of the work. The approach is the same: trace the circuit, understand what it is supposed to do, and find where it stops doing it.
After-hours service is available at an additional charge. Call to confirm availability — it depends on what is already scheduled.
Yes, selected residential work — dead circuits, tripping breakers, panel problems, garage and shop wiring. The bulk of the work is commercial, light-industrial and agricultural, but residential troubleshooting is part of it.
Red Deer and the surrounding Central Alberta communities — Blackfalds, Sylvan Lake, Penhold, Springbrook, Innisfail, Lacombe, Ponoka, Morningside and Red Deer County. If your location is not on that list, call and ask.
Call for service, or send the details and a photo of the nameplate or fault code.
