Heat pump not heating?
The problem may be airflow, refrigerant, defrost, controls, sensors, auxiliary heat, or a system that cannot carry the load in current conditions.
The problem may be airflow, refrigerant, defrost, controls, sensors, auxiliary heat, or a system that cannot carry the load in current conditions.
Heavy ice can point to defrost issues, low airflow, outdoor coil problems, refrigerant concerns, drain problems, or weather-related operation that needs review.
A clean repair makes sense when the evidence supports it. Replacement is a conversation only when age, cost, safety, or repeat failures prove it.
These checks are not a replacement for service. They help you describe the symptom clearly and avoid missing simple information that can matter during scheduling.
A heat pump uses the same major system for heating and cooling, so the diagnosis has to follow evidence instead of season-only assumptions.
Restricted airflow can cause poor comfort, frozen coils, high pressure, low efficiency, and misleading symptoms.
Winter heat pump calls often require checking coil condition, defrost operation, sensors, controls, and drainage around the unit.
Incorrect settings, failed sensors, staging problems, or wiring faults can make a good system act like bad equipment.
Electrical faults, compressor issues, low refrigerant, metering problems, or fan problems need measured diagnosis before parts are recommended.
Auxiliary electric, furnace, boiler, oil, propane, or hybrid heat controls affect comfort and repair priority during cold weather.
Past repairs, age, maintenance records, and repeat symptoms help decide whether this is a repair, maintenance, or replacement conversation.
The goal is not to sell the largest option. The goal is to explain which path protects the home and makes sense.
Newer system, isolated failure, available parts, safe operation, and no pattern of repeat breakdowns.
Dirty coil, clogged filter, minor drainage issue, poor records, or performance loss caused by neglect instead of failed equipment.
Older equipment, repeat compressor/electrical failures, obsolete refrigerant, poor cold-weather performance, or repair cost that no longer makes sense.
When symptoms overlap, these pages help you move in the right direction.
Call or request service for heat pump problems across Fulton County, Montgomery County, and nearby routes.
In this region, heat pump repair should explain cold-weather behavior, defrost cycles, airflow, refrigerant behavior, controls, and when backup heat belongs in the conversation.
Lower output in extreme cold, long run times, auxiliary heat, and defrost are not all failures, but they must be understood.
Ice, steam during defrost, outdoor coil condition, sensors, board behavior, and airflow all affect diagnosis.
Airflow, temperature split, refrigerant behavior, outdoor coil condition, controls, error history, and backup heat operation guide the next step.
Some winter behavior is normal, but poor heat, ice buildup, defrost problems, weak airflow, and repeated faults need measured diagnosis.
We check whether the system is entering, completing, or failing defrost instead of assuming every frosted outdoor coil is the same problem.
Airflow, coil condition, filter condition, blower performance, temperatures, pressures, and outdoor conditions all affect capacity.
Thermostat mode, outdoor unit condition, indoor airflow, coil condition, error codes, drains, sensors, and electrical controls shape the repair option.
Cold-climate behavior, defrost, line-set routing, indoor unit placement, cleaning, drainage, sensors, and refrigerant charge all matter in Fulton and Montgomery County homes.
We check how the system is installed, how it is draining, how clean the coil and blower are, whether the controls are reading correctly, how the outdoor unit is behaving, and whether the equipment fits the home.