Are you thinking of a DIY HVAC system repair in your Jacksonville, Florida, home? Performing repairs on your HVAC unit is risky and can cause extensive damage. Here are four risks of conducting DIY HVAC projects:
Safety Issues
HVAC systems are powerful appliances that require enormous amounts of electrical voltage. Dismantling them can deliver life-threatening electrical shocks that will cost you far more than you could have saved. You may also short circuit your home’s electrical connection, increasing the risk of fires and expensive damages. Unless you have the requisite training and specialized equipment to handle HVAC repairs, it’s always a bad idea to attempt fixing the system yourself.
It’s More Expensive
An HVAC repair requires specialist knowledge and specialized tools. To fix HVAC problems, you need to buy the full toolkit to troubleshoot, diagnose and repair the faults in the system. There’s also a high risk of damaging the unit. If that happens, you may need to replace more parts or lose the appliance completely. It’s more affordable and safer to use professional help.
It May Be Illegal
You might break the law if you try to DIY HVAC repairs. The Environmental Protection Agency has strict laws regarding the handling of systems that contain refrigerants. Refrigerants can pose health and environmental risks, and only qualified professionals should work with them. Call an HVAC expert if your heating and cooling unit is inefficient.
Voided Warranty
Finally, DIY HVAC repairs can void your warranty. Manufacturers have conditions for warranty eligibility such as hiring a professional for HVAC maintenance and repairs. You may lose the free equipment repair and replacement if the company finds out you tampered with the unit. The chances of losing money is higher if you try to hack your heating and cooling unit’s repairs.
At Cool Connections, Inc., we offer expert heating repair and maintenance services to help you get the maximum value from your HVAC systems. Call us today at 904-685-1582 to enjoy the best HVAC performance.
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