Heat Pump Repair in Burlington, WI

24/7 Emergency Repair for Every Major Heat Pump Brand

When a heat pump stops heating or cooling, the cause is usually one of a handful of things: a refrigerant imbalance, a failed reversing valve, a defrost cycle that isn’t running, or airflow restricted somewhere in the ducts. Our NATE-certified technicians identify which one before quoting any work, so you aren’t paying for parts your system didn’t need.

We’ve repaired heat pumps across Burlington and southeastern Wisconsin since 1978, and we service every major brand, including Carrier, Daikin, Goodman, Honeywell, Trane, Bryant, and Lennox. Brand coverage matters more with heat pumps than with most equipment, because a reversing valve or defrost board is often specific to the manufacturer. Sourcing the right part the first time is the difference between a single visit and a week without heat.

Common Heat Pump Problems We Repair

Heat pumps rarely fail without warning. Output drops, a noise appears, or the system starts running far longer than it used to. Catching one of those early usually keeps a repair small.

The faults we see most often:

• Reduced heating or cooling output
• Refrigerant leaks or pressure imbalance
• A frozen or iced-over outdoor coil
• Restricted airflow from ducts or a blocked filter
• Thermostat that isn’t communicating with the unit
• Failed electrical controls, sensors or capacitors
• Worn reversing valve stuck between heating and cooling
• Grinding, rattling or unusual vibration

We inspect the system to confirm the fault rather than replacing the likeliest part and hoping, then explain what we found and what the options cost before any work starts.

Why Heat Pumps Struggle in Wisconsin Winters

A heat pump moves heat rather than generating it, which makes it efficient in mild weather and demanding on itself in a Wisconsin January. Two cold-weather faults account for most of our winter calls.

The first is the defrost cycle. Frost forms on the outdoor coil in normal operation, and the system is designed to melt it off periodically. When the defrost board or sensor fails, ice builds until airflow across the coil stops and output collapses. The second is over-reliance on auxiliary heat: when the heat pump can’t keep up, backup electric heat carries the load, and the first sign for most homeowners is an electricity bill well above the previous month rather than any obvious fault.

Both are repairable, and both get worse and more expensive the longer the system runs that way.

Emergency Heat Pump Repair

Losing heat in a Wisconsin winter or cooling in the middle of a humid stretch isn’t something that waits for business hours. Our technicians are reachable around the clock, any day and any hour, for urgent calls.

Members of our Annual Maintenance Agreement get priority scheduling on these calls and pay no overtime charges for after-hours work.

Repair or Replace: How We Decide

Not every fault means a new system, and we don’t recommend more than the equipment actually needs. A well-maintained heat pump with one failed component is usually worth repairing.

What we weigh during the inspection:

• System age against the typical service life for that model.
• How many repairs it has needed in the past two years.
• Whether the failed part is a component or the compressor itself.
• Condition of the coil, ductwork and electrical connections.
• What the repair costs relative to replacement.

We give you what we found and what each route involves, then leave the decision with you. Where replacement is the better value, we can quote it, but we won’t push a system you don’t need yet.

How Repair Restores Efficiency

A struggling heat pump uses more electricity to deliver less comfort. Restricted airflow, low refrigerant and failing electrical components all force the system to run longer to hit the same setpoint, and running longer is what drives the bill up.

Correcting the underlying fault lets the equipment operate the way it was designed to, which steadies both the temperature and the energy use. Documented repairs also help keep manufacturer warranty coverage intact, which is worth protecting on equipment this expensive.

Maintenance That Prevents Repairs

Most of the failures above develop gradually, which means a technician looking at the system twice a year tends to find them while they’re still small. We recommend two tune-ups annually: cooling in spring, heating in fall.

Our Annual Maintenance Agreement includes:

• A furnace check-up and an air conditioner check-up
• A 30-point system inspection
• Priority scheduling ahead of non-members
• No overtime charges on after-hours calls
• 10% off all parts and labor on repairs

What Sets Our Technicians Apart

Every technician who comes to your door is licensed, insured, factory-trained and NATE-certified, which is a measured national standard in heating, cooling, ventilation and refrigeration rather than a claim about general experience.

Continuous Training
We run the state-approved ABC Apprentice Program, a five-year curriculum combining classroom instruction with fieldwork under direct Senior Mechanic supervision. Every field and office employee also completes at least four training sessions a year.

A Long Local Record
We’ve served Burlington and the surrounding counties since 1978, working with more than 20,000 customers, and we’ve held BBB accreditation since 1997.

Get Your Heat Pump Running Again

Tell us what the system is doing and we’ll send a technician to find out why. You’ll get a clear account of the fault, what it takes to fix, and what it costs before anyone starts work.

We don’t recommend more than the system actually needs. If the honest answer is that your heat pump has a few good years left in it, that’s what we’ll tell you.