Why is my power surge and AC not working?

Why is my power surge and AC not working?

Find the circuit breaker marked condenser or outdoor air conditioner and see if it is tripped. If so, reset the circuit breaker and allow the air conditioning system to run. If the breaker trips again right away, do not reset it again โ€“ call for air conditioning repair to solve the problem.

How do I reset my AC after a power surge?

Five Simple Steps to Resetting Your Air Conditioner Find the breaker box in your home and flip the breaker for the AC to the โ€œoffโ€ position. Flip the breaker for the AC back on. Now, wait 30 minutes. During this time, the internal breaker in your air conditioner will reset.

Why does my air conditioner keep blowing fuses?

A third possibility is that high demand (i.e. high temperatures) is forcing your system to work harder to push conditioned air through a dirt-clogged HVAC filter, which in turn is putting extra pressure on the system and blowing the fuse. Occasionally, a dirty condenser coil can have a similar effect.

What to do if your AC unit won’t turn on?

If your AC unit won’t turn on, here are the 6 most common reasons why and what to do. If your AC unit won’t turn on, the first thing you should check is if there was a blown fuse or a tripped breaker. There’s a good chance that the problem is a tripped breaker if the circuit was overloaded.

How can I tell if my AC switch is malfunctioning?

The AC button has a light on the button that illuminates when the air conditioner is turned on. Verify if this light turns on when you reach MAX A/C. If it does not turn on, it is an indication that either the switch itself is malfunctioning or the AC circuit is not getting power. Step 2: Verify that air is blowing.

Why does my AC keep tripping circuit breakers?

Still, there are steps you can take to troubleshoot an air conditioner that keeps tripping a circuit breaker: Replace your air filter โ€“ A restriction in airflow caused by a clogged air filter will force your cooling system to struggle, which often leads to overheating and potential breaker trips.