Heat Pump Services We Offer in Georgetown TX
All heat pump repairs, reversing valve, defrost board, auxiliary heat, refrigerant circuit, and electrical components.
Systematic diagnosis of heat pump issues including heating mode failures, cooling failures, and abnormal operation.
Bi-annual heat pump tune-up, coil cleaning, refrigerant check, electrical testing, and defrost system verification.
Performance evaluation and optimization for heat pump systems running inefficiently or failing to reach setpoint.
Balance airflow distribution from heat pump systems for consistent comfort throughout the home.
The reversing valve switches the system between heating and cooling mode. Failure causes it to lock in one mode, we test and replace as needed.
Defrost board failure causes ice accumulation on the outdoor coil, we replace faulty boards and verify defrost cycles.
Prevent ice accumulation in the outdoor unit base pan during Georgetown freeze events.
Elevate the outdoor unit to prevent flooding and ice coverage during rare Georgetown ice storms.
Aux heat strips provide backup heating below the heat pump's efficiency range, we repair auxiliary heat controls and sequencers.
Heat pump stuck in defrost, defrosting too frequently, or not defrosting enough, we calibrate or repair the defrost system.
Same-day emergency heat pump service during Georgetown cold snaps and summer peak cooling periods.
Diagnosing Airflow Imbalances Room By Room
Heat pumps deliver supply air that is noticeably cooler in heating mode than a gas furnace, typically in the 90 to 105 degree range compared to 120 to 140 degrees from a furnace. That means any shortfall in airflow to a room is felt much more acutely as inadequate heat, even though the same duct restriction might go unnoticed on a furnace system. Airflow balancing addresses this directly rather than treating it as a system capacity problem.
The balancing process starts with a static pressure reading at the supply and return plenums to confirm the system is operating within its rated range, followed by room-by-room CFM measurements using a flow hood at each register. From there we inspect and adjust manual balancing dampers at branch takeoffs, check for closed or blocked registers, and look for duct leakage, which is a common issue in older homes where flex duct runs through hot attic spaces and connections have loosened or separated over the years. We also confirm the blower speed setting or ECM programming matches the installed tonnage, since a mismatch here undersells the whole system's airflow regardless of duct condition, and we check for undersized return pathways that starve airflow when bedroom doors are closed.
Imbalances often trace back to how the home was built out over time rather than a single failed component. Additions, converted garages, and game rooms tacked onto the original ductwork without recalculating trunk and branch sizing are the most frequent culprits, and second-floor rooms served by a trunk sized for the original single-story footprint are a close second. In many Georgetown neighborhoods built out in phases through the 2000s and 2010s, upstairs bonus rooms and primary suites were added off the main trunk using undersized flex runs, and it is common to see an 8 to 12 degree difference between the upstairs and downstairs on the coldest mornings as a direct result.
Balancing dampers can correct distribution when the ductwork itself is adequately sized but out of adjustment. When a specific room's branch line is genuinely undersized for its square footage, damper adjustments elsewhere can help but the real fix is upsizing that run, which we will identify and quote separately if that is what the measurements show.
Frequently Asked Questions About Heat Pump Airflow Balancing
Heat Pump Not Working?
We service all heat pump brands and carry common parts on every truck.