Does your A/C in Dallas, TX trip your circuit breaker as it operates? This scenario can cause your blower to blow warm air, which is contrary to what your cooling system is designed for. If you want to know what causes it, this post is for you.
Running your electric motor for a long time can cause your wire insulation to break down, which later results in a short circuit. When this takes place, more electricity will flow in your circuit; wires may overheat and melt, and potentially cause fire to your unit. Get an A/C repair in Dallas, TX to fix the problem right away.
Imagine yourself putting a pillow on top of your face. Hard to breathe, right? The same thing happens when your A/C’s air filter is dirty. A dirty filter affects your blower and makes it work longer to circulate the conditioned air throughout your home. As a result, your drawer may draw more electricity and potentially trip the circuit breaker.
Your circuit breaker is the one responsible for shutting off the electricity flow once the amps exceed your breaker’s amps rating. For instance, your circuit breaker will break if it is rated for 15 amps only, but 20 amps are flowing through it. A tripping circuit breaker can be caused by too many appliances (including your A/C) connected to it. To avoid this, be sure to contact an air conditioning company in Dallas, TX for recommendations, check-up, and repair.
The compressor plays a vital role in your cooling unit, and a malfunctioning one could mean you need an air conditioning replacement in Dallas, TX. Your compressor may malfunction if you keep on using your unit’s circuit breaker after it trips. So when you notice problems going on in your circuit breaker, shut off your A/C and call the local techs for an immediate fix.
A tripped circuit breaker is a problem that requires an immediate solution. When left unsolved, it can cause costly A/C repairs or fire hazards to your property. Our team at Kirk Air Conditioning & Heating can help you avoid this. Set your appointment with us and we’ll get your unit and home back into safety.