How To Reset Your Air Conditioner Breaker in Troy, OH

Perhaps you regularly check and maintain your air conditioner well enough, but some persistent issues keep popping up no matter what you do. If you don’t think you need a hard repair just yet, you could learn how to reset air conditioner breaker and system instead. 

As your preferred provider of HVAC services in Troy, OH, Butler Heating, Air Conditioning & Plumbing knows that some issues go away with a simple reset. We’ll show you how to do it below. 

Why an HVAC Reset Might Be Helpful for Your Comfort

Power surges, error codes, and other minor annoyances can make your air conditioner unit crash or underperform, especially as they accumulate over the years. Knowing how to reset your air conditioner breaker and system saves you trouble, time, and money. 

If the reset doesn’t solve your troubles, you’ll still need diagnostic and repair services in Troy, Ohio. But you can add this simple trick to your mental toolbox for instances when your cooling equipment just isn’t working normally and you can’t pinpoint why. 

How To Reset Air Conditioner Breaker and Unit

More often than not, property owners have to reset their cooling equipment because of tripped circuit breakers. Since Troy, Ohio, has a humid subtropical climate, its residents see many annual thunderstorms. All it takes is one lightning strike to surge your system with electricity and trip a breaker. 

However, breaker trips can happen for many other reasons, too. If you deal with repeated trips, you might need help from an electrician. Learn about resetting your cooling system below to hold you over until you can schedule professional services or a quick fix for small problems.  

#1 Turn Off Your Unit Via the Thermostat

First, change your thermostat setting from “Fan” or “Auto” to “Off.” You want to halt cycles until you complete the reset, so you don’t create any further errors or power issues. 

#2 Head to the Circuit Breaker

The next part of learning how to reset your air conditioner breaker and unit involves locating the circuit breaker panel. This is crucial if a lightning storm has just passed through or if you believe you have an electrical problem. Look for flipped breakers and switch them back to the on position. 

Give the electricity at least 30 seconds to one minute for it to travel to the powerless appliances and grid areas. This may resolve any electrical supply issues you’re experiencing. 

#3 Set the Thermostat Back to “On”

Now, return to your thermostat and switch the settings back to your preferred ones. If the power supply reset works, your air conditioner will work seamlessly again. If you keep having cooling problems, proceed to the next step. 

#4 Use the Isolator Switch

Recurring problems mean the issue lies solely with the air conditioner, not the electrical network. However, it could still involve an electrical supply, so you need to flip the isolator switch. 

You’ll find this mechanism on the wall closest to your outdoor unit. It often has a V-shape, but your model may vary. Consult your owner’s manual to familiarize yourself with its location. Switching it on can provide additional power management and electrical system safety.

#5 Try the Reset Button

What if the problems persist? It’s time to learn how to reset your air conditioner breaker and unit using the reset button. Turn your air conditioner off using the thermostat.

Then, use your owner’s manual to precisely identify the reset button location. Alternatively, look for a little red switch or button near the bottom of the unit. Press it and let the system sit idle for a few minutes. Return your thermostat to its normal settings to see if this resolves the problems. 

Contact an HVAC Provider in Troy, Ohio, If Your Reset Doesn’t Work

We mentioned earlier that HVAC resets solve minor issues that don’t undermine the whole system’s performance. So, when operational problems continue following your system reset, ask an HVAC technician for help in Troy, Ohio. The problem is likely bigger than you realized.

It could involve a faulty component, like a capacitor or connector, that fails to deliver sufficient power to the equipment. Only professionals should handle these parts because they store electricity and may harm someone who is unfamiliar with how they work.