Your best course of action includes the following:
Turn the unit off.Cut the power to the unit.Check the drain line for leaves and other debris where it exits your home.Use a wet/dry vac to remove the standing water from the drain pan.Remove the cap from the condensate line.Inspect for visible blockage.
Is there supposed to be water in AC pan?
A broken condensate pump.
According to experts, small amounts of water in your AC drip pan are normal. When warm air passes over the cold coils, the water vapor condenses into water. This water will then travel down a small pipe into the drip pan.
What causes AC pan to fill with water?
The Drain Pipe Is Clogged
A clogged drain pipe is the most common cause of standing water in the drain pan. As air passes over the evaporator coils in your air conditioner, it cools down and loses some of its humidity. This humidity is left behind in the form of condensation on the coils.
How do you tell if your AC drain is clogged?
A clogged AC drain line symptoms include:
Musty, moldy smell near your indoor unit or in air from the registers/vents.Standing water near the indoor unit.Water damage in areas near the indoor unit.AC system is not cooling your home.AC system shuts down or doesn’t turn on.
How much water should be coming out of AC drain line?
Your air conditioner should naturally drain water that was once humidity out of your home. On average, you can expect 5 to 20 gallons of condensate per day. If water is not draining, your climate may be too dry or your system is not functioning properly.
How do I keep my AC drain clear?
Add ¼ cup of vinegar to the drain line through the opening where the cap was removed. Let the vinegar sit for 30 minutes. Carefully flush the pipe out with water to ensure everything is flowing freely. Repeat every 30 days during the summer to keep the line clear!
How much water should be in AC drip pan?
When the summer season is in full swing and humidity is high, it’s normal for your air conditioner to drain anywhere between 5 and 20 gallons of water each day.
