Most electricians won’t touch farm work. We specialize in it. 31 years working Central Alberta operations from Ponoka County to Wetaskiwin.
If you’re reading this, something’s down. Or you’re planning a build and the last guy you called said “we don’t really do ag.” That’s why we wrote this page. East Country Electric is run by Dustin Krzywy, Master Electrician #7172, based in Ponoka. We’ve wired grain dryers in -32C, troubleshot pivot motors at 2 AM in July, and pulled SECOR-grade work on operations from Lacombe down to Stettler.
TL;DR: Agricultural electrical isn’t a side job. It’s a specialty. Alberta farms run 3-phase service, motor loads, moisture environments, and audit requirements urban sparkies rarely touch. East Country Electric has 31 years on Central Alberta operations and travels rural Ponoka, Lacombe, Stettler, and Camrose counties. Call 403-340-9213 for a free quote.
Why Most Electricians Won’t Wire a Farm
Farm electrical is a different animal. Central Alberta is wall-to-wall farms, and most of the people wiring houses out here have never set foot on one. The vast majority of residential and light-commercial electricians never see a 3-phase 600V service, a 50 HP irrigation motor, or a grain dryer control panel in their entire career.
In 31 years running ag work from Ponoka to Camrose, I can count on one hand the other electricians I’ve met who’ll take a three-phase motor call on a grain operation. Most flat out won’t. That gap is why grain dryers sit dead during harvest waiting on a sparky who knows the panel.
I’ve shown up to a farm where three different “electricians” had already been out. The grain dryer wouldn’t run. Two of them blamed the motor. The third said it needed a new control board ($4,200 ordered from Saskatoon). It was a $38 contactor with one welded pole. Took 20 minutes to swap. The point isn’t that those guys were dumb. They just don’t see this gear week in, week out.
Farm electrical means:
- 3-phase 240V or 600V service (most urban shops never touch 600V)
- Motor controls, soft-starts, VFDs, overload relays
- Moisture, dust, vermin, ammonia, and -40C all hitting the same panel
- SECOR and COR audits with specific electrical line items
- Long underground runs (200-800 feet between yard, barn, shop, pivots)
- Working around livestock and active operations
If your sparky’s day job is panel changes in Red Deer subdivisions, that’s not on him. It’s just the wrong call.
Grain Dryer Wiring and Troubleshooting
Grain dryers fail at the worst possible time. Harvest is running, the bin’s filling, moisture is 18% and you needed it in at 14% yesterday. Every farmer I’ve pulled a dead dryer back online for tells me the same thing: a day down in a wet harvest is grain going out of grade and money walking off the field. When the dryer’s stopped, the whole operation backs up behind it.
That’s the cost nobody puts on the invoice. On the calls I run, the difference between a 30-minute fix and a guy who guesses for three hours can be a full breakdown day. In a wet fall, a breakdown day is real grade-downgrade money off your cheque.
What we work on
- 3-phase wiring for continuous-flow and batch dryers (Vertec, Mathews, Sukup, GSI, Westeel)
- Motor controls for fan, burner, sweep, and unload augers
- Hopper level sensors, plenum thermostats, moisture probes
- PLC interface and ladder logic on older Watlow and newer Bin-Sense systems
- Brandt grain handling integration (conveyors, swing augers, gravity bin sensors)
Common failures we see
From our service logs across Central Alberta farms in 2024, the four faults that account for roughly 80% of dryer service calls are:
- Drive belt fault on the unload auger (sensor reads no rotation, locks the whole dryer out)
- Contactor failure on the burner blower (one welded pole, runs hot, trips overload)
- Motor overload reset (overload trips but operator doesn’t know where the reset is buried in the panel)
- Moisture probe corrosion (false high readings, dryer runs forever)
The diagnostic order matters. If you start tearing into a control board before you’ve checked the drive belt sensor and the contactor coils, you’ll spend three hours on what should be a 30-minute call.
Barn and Livestock Facility Wiring
Barns chew up regular electrical. Moisture, ammonia from manure, dust, rodents, livestock rubbing on conduit, pressure washing the floor. The Canadian Electrical Code (CSA C22.1) Section 22 specifically calls out agricultural buildings as a different category requiring corrosion-resistant fittings, GFCI protection on all 125V receptacles, and equipotential bonding in confinement areas.
Section 22 of the Canadian Electrical Code (CSA C22.1) is its own beast: corrosion-resistant wiring methods, GFCI protection on 125V receptacles in damp locations, equipotential planes in livestock confinement areas. I’ve seen standard residential rough-in fail Section 22 inspection every time. It’s not built for a barn.
What we wire in livestock facilities
- Moisture-rated cable and fittings (TECK90, liquid-tight flex, sealed boxes)
- GFCI protection on water bowls, automatic waterers, wash bays, milking parlors
- Heat lamp circuits properly fused and on dedicated breakers (heat lamp fires are still the #1 barn fire cause per Alberta Fire Commissioner data)
- Ventilation fan controls with proper motor protection
- Electric fence energizer wiring and troubleshooting (most “dead fence” calls are a bad ground field, not the energizer)
- Equipotential bonding in dairy parlors and tie-stalls (stray voltage kills production)
Stray voltage in dairy operations is one of the most under-diagnosed problems in Alberta. If your cows are reluctant at the parlor, kicking the cups, dropping production with no other explanation, before you call the vet check the bonding on the stall structure and the neutral-to-earth voltage at the waterer. We’ve seen 1.2V to 3.8V stray voltage on otherwise “fine” parlors. Cattle feel it at 0.5V. We carry a Fluke 87V and a clamp-on ground tester on every barn call.
Electric fence troubleshoot
Nine times out of ten the energizer is fine. The problem is:
- Ground rod field too short or in dry soil
- Wire grounded through wet grass on the bottom strand
- Insulator cracked at a corner post
- Lightning hit took out the internal fuse
We carry a fault finder that walks the line and points to the short. Saves you a half-day of fence-walking.
Irrigation Pivots, Pumps, and Well Controls
Irrigation electrical is high-stakes. A center pivot motor sitting dead in July during a heat dome is real money. A crop that misses water in a hot week doesn’t come back, and the pivots I service run on 3-phase electric motors anywhere from 15 HP up to 150 HP. When one of those is down, you’re not losing the cost of the repair, you’re losing the field.
On the pivot work I run, the jobs that separate competent ag electrical from the rest come down to three things: motor protection sized right, soft-start matched to the pump, and lockout-tagout done so nobody gets hurt servicing a tower. Get those wrong and you cook a motor or worse.
What we handle
- Motor sizing and verification (FLA, service factor, NEMA design letter – matched to the pump curve)
- Soft-starts and VFDs (reduce inrush, save the motor windings, lower demand charges)
- Lockout-tagout (LOTO) on pivot disconnects for safe servicing
- Well pump control panels (single-phase 5-10 HP submersibles up to 3-phase 75 HP turbines)
- Underground feeder runs to pivot points (often 400-800 ft, sized for voltage drop, not just ampacity)
- Pressure switch, flow switch, and pump-down wiring
- Lightning surge protection on tower-mounted controls (Central Alberta gets hammered)
Pivot motor diagnostic order
When a tower goes down, we check in this order:
- Tower box power (often a rodent-chewed cable at the base)
- Alignment microswitch (gets bent by deer or hail)
- Center drive motor overload
- Last tower disconnect at the main panel
- Main pivot point control board
About 60% of pivot calls end at step 1 or 2. We don’t go straight to the control board.
Shop, Outbuilding, and 3-Phase Service
New shop going up? Welder circuits in the existing one keep tripping? Cold storage building needs 600V for a refrigeration unit? This is bread and butter for us, and it’s where a lot of the savings happen if you plan the electrical at the framing stage instead of after drywall.
Here’s where I save guys real money: plan the 3-phase service before the building’s closed in, not after. On the shops I’ve wired, doing it at the framing stage instead of chasing conduit through finished walls is a meaningful chunk off the bill every time. Conduit runs, panel placement, and feeder sizing all want to be decided before the walls go up.
Shop electrical we install
- 3-phase 240V or 600V service sized for current load + 25% headroom for future equipment
- Dust-tight LED high-bay fixtures (IP65 minimum for shops with grinding, welding, woodwork)
- Welder circuits properly sized for duty cycle (a Miller XMT 350 needs more than the nameplate suggests at 100% duty)
- Compressor circuits with proper starter and overload
- Hoist and overhead crane wiring with safety interlocks
- Truck plug-ins and block heater circuits with GFCI
- EV charging (more Central AB farms running electric trucks and ATVs every year)
Tractor and equipment integration
We’ve done electrical interface work for Lemken seeder controls in shop calibration setups, Cleary Bros air drill telemetry, and Brandt conveyor relays on yard pits. Most of this is low-voltage CAN bus signal work that the dealer techs can do, but if you need a permanent 12V or 24V supply with proper fusing for shop diagnostics, that’s an electrician job.
SECOR Compliance, COR Audits, and Farm Safety
If you’re running a commercial operation with employees, SECOR and COR (Certificate of Recognition) audits include specific electrical line items. Staying certified ties into your WCB premium standing, so failing the electrical section of the audit isn’t just paperwork, it can knock you back a full year and hit your rebate.
The electrical line items in the audit I get called on include panel labelling, lockout-tagout procedures, GFCI protection in wet areas, and documented arc-flash risk assessment for 3-phase equipment. We sign off on these. Confirm the exact rebate figures with your WCB and certifying partner, because they set the numbers, not me.
What we cover for SECOR
- Panel directory labelling (every circuit identified and current)
- Arc-flash hazard labels on 3-phase panels and switchgear
- Documented lockout-tagout points on motors and pumps
- GFCI verification in barns, parlors, wash bays
- Bonding and grounding inspection with megger test results
- Written sign-off from a Master Electrician (yes, my number’s #7172)
This is the kind of paperwork that nobody enjoys, but a botched audit costs you the rebate. We’ve helped Central Alberta cattle operations, dairy ops, and grain farms clear their electrical line items every audit cycle.
Service Area: Rural Central Alberta
We travel. East Country Electric covers rural operations across:
- Ponoka County (Bashaw, Morningside, Hobbema, Bluffton, Rimbey)
- Lacombe County (Eckville, Bentley, Clive, Alix, Mirror)
- Stettler County (Botha, Donalda, Big Valley, Erskine)
- Camrose County (Bawlf, Hay Lakes, Round Hill, Kingman, New Norway)
- Wetaskiwin County (Falun, Millet, Pipestone, Gwynne)
If you’re farther out, ask. We’ve done emergency work as far as Hanna and Drumheller during harvest. We’ll travel for grain dryer emergencies and pivot-down July calls. The drive isn’t the problem. Showing up with the right gear is.
When to Call Us vs Your Local Sparky
Honest answer: if it’s a kitchen renovation, a hot tub circuit, or a panel change in town, call whoever you’ve been using. We’re not trying to do your residential work.
Call us when:
- It’s 3-phase
- It’s a motor over 5 HP
- It’s a grain dryer, pivot, pump, augur, or fan
- It’s a barn or livestock facility
- It’s a shop with welder, hoist, or compressor circuits
- You need SECOR or COR sign-off
- Your last guy said “I don’t really do farm stuff”
- It’s 11 PM during harvest and something’s down
We’re a small shop on purpose. Dustin runs the job. You’re not getting bounced to an apprentice who’s never seen a grain dryer panel. 31 years means 31 harvests, 31 calving seasons, 31 pivot startups. That’s the experience you’re paying for.
Credentials in one place:
- Master Electrician #7172 (Dustin Krzywy)
- Founded 1995, Ponoka AB
- Aviva CGL $2M occurrence / $5M aggregate
- WCB Alberta covered
- SECOR-familiar work
- Rural travel covered
FAQ
Do you work on grain dryers from any manufacturer?
Yes. We’ve serviced electrical on Vertec, Mathews, Sukup, GSI, Westeel and older Behlen units. The control panels and motor protection wiring follow the Canadian Electrical Code (CSA C22.1) Section 22 regardless of brand. On the dryer calls I run, electrical faults are a big slice of harvest downtime, and a lot of them are a cheap part most guys never check.
How fast can you get to a farm in harvest emergency?
Same-day for Ponoka, Lacombe, Stettler, and Camrose county callers during harvest season. We prioritize grain dryer, dust collection, and pivot-down calls because every hour of downtime costs real money. In a wet fall, a stopped dryer is grain going out of grade by the hour, and I’ve watched it cost guys their whole day.
Can you sign off SECOR electrical line items?
Yes. As a Master Electrician (#7172) with 31 years of agricultural work, we provide written sign-off on panel labelling, arc-flash assessments, GFCI verification, and lockout-tagout documentation. Staying compliant protects your WCB rebate standing, and one failed electrical line item can cost you the year’s rebate. Your certifying partner sets the exact figures.
What does a typical farm shop 3-phase service install cost?
Highly variable based on service size, distance from the meter, and trenching. On the shop services I’ve installed around Central Alberta, a 200A 240V 3-phase run to a new building has landed roughly in the $8,000 to $18,000 range depending on how far you’re trenching and what’s in the panel. Yours could fall outside that, which is exactly why we quote everything before we dig. No surprise invoices.
Do you carry parts for common grain dryer failures?
Yes. We stock common contactors, overload relays, fuses, and moisture probe terminations in the truck. Drive belt sensors and burner controls we source same-day from Red Deer or Edmonton supply. We don’t believe in “I’ll order it and come back next week” during harvest.
Get a Free Quote: We’ll Travel
Call 403-340-9213 or text. Tell us what’s down, what county you’re in, and whether it’s harvest-critical. We’ll give you a real timeline and a real number.
No charge for the quote. No charge to drive out and look at it for a planned project. We bill when we work. That’s how we’ve kept Central Alberta farms as customers for 31 years.
East Country Electric
Dustin Krzywy, Master Electrician #7172
Ponoka, AB
Phone: 403-340-9213
Founded 1995
Aviva CGL: $2M / $5M aggregate