Kaufman County sees real storms
Kaufman County logged 121 severe weather events between 2015 and 2024, hail among the most common. Damaging wind and even a few tornadoes showed up in that stretch too.
Heat Pump Repair in Forney, TX
Tell us about the job
Takes about a minute. No obligation.
Step 1 of 3: Equipment
Check the outdoor unit after the next one
Hail dents fins and wind throws debris into the cabinet. Your heat pump can keep running for a while with that kind of damage before it gives out. If a storm has come through, have the unit looked at even if it still blows air.
- 5 months
- November through March, your system heats
- 6 months
- May through October, it cools
- 38°F
- the average winter night it heats against
- 93°F
- the average summer afternoon it cools against
Jan
Feb
Mar
Apr
May
Jun
Jul
Aug
Sep
Oct
Nov
Dec
NOAA nClimDiv, 1991–2020 normals
Half the homes in Kaufman County were built in 2005 or later.
A heat pump that came with a house that age probably still has years left in it, so repair is worth a call before replacement is.
October is when a weak heat pump quits on you
Nothing about a Forney heat pump breaks down different from one anywhere else in Texas. Most repair calls come down to a capacitor, a contactor, or a low refrigerant charge, same as they would in Dallas or Tyler. The one thing worth knowing is what running it costs while something's wrong with it. Texas homes paid 14.94 cents per kilowatt-hour in 2024, and a heat pump working against a bad capacitor or a dirty coil pulls more power to do the same job. That shows up on the bill before it shows up as a breakdown. If yours is running longer than it used to, or the bill crept up without a reason, that's worth a call.
Fix it before you replace it
If your heat pump came with the house and the house is newer, a repair call makes more sense than a replacement quote. Get it looked at and find out what's actually wrong before you spend money on either.
Find a contractor
What to check yourself before the tech shows up
Before anyone comes out, walk outside and look at the unit. Check that nothing is stacked against it or growing into the fins, and that the top panel isn't buried in leaves. Look for dirt packed into the fins so thick the air can't get through. Inside, check the thermostat batteries and make sure it's set to heat, not auto or cool. A wrong setting looks exactly like a broken system. Check the breaker panel for a tripped switch. Listen to what the unit is actually doing. A hum with no fan movement, a click that repeats without the unit starting, ice built up on the outdoor coil, all of that is worth telling the tech before they show up. None of it fixes a bad capacitor or a low charge. It just means the tech starts working on the real problem the moment they get there.
The reversing valve is unique to a heat pump
A heat pump has one part a straight AC system doesn't have. The reversing valve switches it between heating and cooling. When it sticks, the unit can get stuck in one mode, or it blows air that never warms up. That's a repair specific to heat pumps, not something every furnace tech deals with.
The outdoor coil works harder in winter than people expect
In heating mode the outdoor coil is pulling heat out of cold air. It can ice over doing that. A normal defrost cycle clears it off. If the ice keeps coming back or never clears at all, the defrost control or a low refrigerant charge is behind it. Worth a call before the coil takes more damage.
A heat pump that's struggling still moves some heat, so it's tempting to let it ride until someone's free to look at it. That's how a small problem turns into a bigger repair. A weak capacitor makes the compressor start harder every cycle, and every hard start wears the motor windings a little more until one day it doesn't start at all. A low refrigerant charge lets the compressor run hotter than it should, and heat is what kills a compressor over time. Ice on the outdoor coil blocks airflow, and a unit left running against that ice only packs the ice on thicker. None of these fail the unit outright on day one. They just make the next part fail sooner than it should have.
A diagnostic visit starts outside at the unit itself, not with a clipboard. A tech checks the refrigerant pressures, the amp draw on the compressor, and whether the capacitor is holding the charge it's rated for. Inside, they'll pull the air handler cover and look at the coil and the blower wheel for buildup that chokes airflow. They'll run the system in both modes, since a heat pump that heats fine can still have a reversing valve that won't switch to cooling, or the other way around. Most of what's wrong shows up in those readings before anyone touches a wrench. The actual repair usually takes less time than figuring out what's broken.
