Repair
Heat Pump Repair
Heat pump repair diagnoses and fixes the specific fault behind lost heating or cooling — from refrigerant leaks and failed capacitors to iced coils and control problems. We test the system, explain what failed and why in plain English, and give you a clear written scope before any repair work begins.
Sound familiar?
Signs your heat pump needs repair
- No cooling or no heating — the system runs but the air from the vents is the wrong temperature, or nothing comes out at all.
- Ice on the outdoor unit or refrigerant lines — brief winter frost is normal during defrost cycles, but a coil that stays iced over points to a refrigerant or airflow problem.
- Short cycling — the system starts, runs a few minutes, and shuts off again, which strains the compressor and rarely fixes itself.
- Strange noises — grinding, screeching, rattling or a loud buzz from the outdoor unit usually means a motor, bearing or electrical component is on its way out.
- Rising energy bills with no change in your habits — a system compensating for a hidden fault works longer and harder to hold the same temperature.
- A breaker that trips when the system starts — repeated trips signal an electrical fault that should be diagnosed before you keep resetting it.
- Weak airflow or rooms that suddenly feel uneven — a failing blower, clogged filter or duct issue can look like an equipment failure.
Benefits
Why homeowners call us for repairs
- Diagnosis before parts
- We test electrical components, refrigerant circuit and controls to find the actual fault — instead of swapping parts until something works.
- Plain-English explanations
- You'll know what failed, why it failed, and whether anything else is at risk, explained without jargon before you approve anything.
- Written scope up front
- Every repair starts with a written description of the work and its cost. No surprises when the job is done.
- Honest repair-or-replace advice
- If a repair doesn't make sense for the age and condition of your system, we'll say so and lay out the options — the decision stays yours.
Honest guidance
Repair or replace? An honest framework
Not every fault is worth fixing, and not every aging system needs replacing. The right call depends on what failed, what the system has left to give, and what you'd be spending to keep it going. We walk through that reasoning with you on every significant repair — and we'll tell you plainly when a fix is the smart move.
The general principle: weigh the cost of the repair against the remaining useful life it buys. A modest repair on a mid-life system is usually easy to justify. A major component failure — compressor, reversing valve, coil — on a system near the end of its service life often means you'd be putting significant money into equipment that could develop the next fault soon after.
- Age: heat pumps have a finite service life. A fault in a system's early or middle years usually favors repair; the same fault in a system well past its expected lifespan shifts the math toward replacement.
- Refrigerant type: older systems running R-22 refrigerant are costly to service because R-22 is no longer produced. A major refrigerant-circuit repair on an R-22 system rarely makes sense; newer-refrigerant systems are far more repair-friendly.
- Repair frequency: one repair in years of service is normal wear. Two or three calls in recent memory suggests the system is entering its failure phase, and each fix buys less time than the last.
- Scale of the failure: electrical components, capacitors, fan motors and control boards are routine repairs. Compressors and coils are major surgery — on an older system, that money often does more good in new equipment.
- Comfort and efficiency: if the system struggled to keep up even when it worked, repairing it restores a performance level you were already unhappy with. Replacement is a chance to fix sizing and comfort problems at the same time.
What to expect
How a repair visit works
Diagnosis
We test the system end to end — electrical components, refrigerant pressures, airflow and controls — to isolate the actual fault rather than the loudest symptom.
Findings and written scope
We show you what we found, explain the fix in plain English, and give you a written scope and price before any repair work starts. If replacement deserves consideration, we'll say so honestly.
Repair and verification
Once you approve, we complete the repair and then verify the system under load — checking temperatures, pressures and cycling — so you know it's actually fixed, not just running.
Systems
What we repair
- Ducted central heat pumps
- Whole-home systems with an outdoor unit and indoor air handler — including airflow and duct-related faults that mimic equipment failure.
- Ductless mini-split systems
- Single- and multi-zone wall and ceiling units, including individual heads that stop heating or cooling while the rest of the system runs.
- Electrical and control components
- Capacitors, contactors, fan motors, control boards, sensors and thermostats — the most common failure points and usually the most repairable.
- Refrigerant circuit and major components
- Leak detection and repair, reversing valves, defrost controls and compressor diagnosis — with straight talk about when a major repair is worth it.
FAQ
Heat Pump Repair questions
Why is my heat pump blowing cold air in heating mode?
It depends on when and how it happens. Brief cool air during winter defrost cycles is normal operation. Continuously lukewarm or cold air points to a real fault — low refrigerant from a leak, a stuck reversing valve, a failed sensor or a control problem. Diagnosis identifies which one, because the fixes are very different.
Is ice on my heat pump normal?
Light frost on the outdoor coil during cold mornings is normal, and the system's defrost cycle should clear it. Thick ice that builds up and stays — on the coil, the cabinet or the refrigerant lines, in any season — is not. Persistent icing usually traces to low refrigerant, restricted airflow or a failed defrost control, and running the system iced-over can damage the compressor.
How much does a heat pump repair cost?
It depends on what failed. Small electrical components are quick, inexpensive fixes; refrigerant leaks and major components like compressors or reversing valves involve more labor and parts. That's why we diagnose first and give you a written scope with the price before any repair work begins — so you're deciding with real information, not an estimate over the phone.
Should I keep running my heat pump if something seems wrong?
It depends on the symptom. Mildly reduced performance is usually safe to run short-term until a technician can look at it. But if the breaker trips repeatedly, you smell burning, you hear grinding or screeching, or the outdoor unit is caked in ice, shut the system off — continuing to run it can turn a modest repair into a major one.
My system is older — should I even bother repairing it?
Sometimes yes, sometimes no. The honest answer depends on the system's age, what refrigerant it uses, how often it has needed repairs lately, and how big this repair is. A minor fix that buys years of reliable service is worth doing at almost any age; a major component failure on an aging R-22 system usually isn't. We'll walk you through that reasoning with the diagnosis in hand, and the decision stays yours.
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Estimate
Get a heat pump repair estimate
Tell us a little about your home and what you need. We’ll follow up to ask the right questions, then put together a clear, no-obligation recommendation.