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Same Day Service based on availability (Weekdays & Weekends)
Menu
Same Day Service based on availability (Weekdays & Weekends)
Same Day Service based on availability (Weekdays & Weekends)
You have many choices for heating and air conditioning services in Knoxville, VA. Here’s why you should choose VA Repair:
Our team consists of highly trained and experienced technicians who can quickly diagnose and solve any problem with your heating or cooling system.
We offer competitive pricing without compromising quality or service.
When your heating or cooling system is out of commission, time is of the essence. That's why we offer fast and efficient response times.
We are committed to providing outstanding customer service, and we take pride in our many positive reviews and testimonials from satisfied customers.
Ready to schedule an appointment or request a quote for Knoxville’s heating or air conditioning services? Contact VA Repair today! You can call us or fill out the form on our website.
Thank you for considering VA Repair for all of your heating and air conditioning needs. Welook forward to serving you!
The AC air filter ensures clean air circulation in your home by collecting dust and other contaminants. It must be replaced regularly to prevent the circulation of polluted air, which can be harmful to your health, and to avoid blockages of airthat cancause your AC system to fail.
The air handler circulates the air indoors by collecting the air from your home through the return duct, cooling or heating it, and then distributing it throughout your home. It contains a blower motor and a filter that helps to remove contaminants from the air and improve indoor air quality.
The compressor is the heart of your air conditioning system, responsible for compressing and circulating the refrigerant through the system. It must be appropriately maintained to ensure efficient operation and prevent breakdowns.
The condenser is the outdoor unit of your air conditioning system that releases the heat absorbed by the refrigerant. It must beappropriatelymaintained toensure optimal performance.
The thermostat is a crucial component of your HVAC system that senses the temperature in your home and communicates with the heating or cooling system to maintain the desired temperature. It can be programmed to adjust the temperature according to your schedule, saving energy and money on your utility bills.
Gas and electric furnaces are homes’ most common heating systems. Gas furnaces are powered by natural gas or propane, while electric furnaces are less expensive to install but less efficient and more expensive to operate. Furnaces are responsible for creating heat that is distributed throughout your home.
Air handlers work with your furnace or heat pump to circulate the heated air throughout your home.
Heat pumps are an efficient heating and cooling system that moves heat from one area to another. During the winter, the heat pump extracts heat from the outdoor air and transfers it into your home. In the summer, the process is reversed, and the heat pump extracts heat from your home and moves it outside.
Gas burners are heating components found in gas furnaces responsible for igniting the fuel and creating heat. They must be appropriately maintained to ensure efficient operation and prevent dangerous gas leaks.
The indoor fan is an HVAC system component that circulates the air throughout your home. It is responsible for moving the air across the evaporator coil, which cools the air before distributing it throughout your home.
Limit controls are safety devices that shutoff the furnace if it exceeds a specific temperature limit. They are designed to prevent overheating and protect your home and family from dangerous conditions. Limit controls must be properly maintained to ensure efficient operation and avoid furnace malfunctions.
Electrical heaters are heating components commonly used in electric furnaces. They work by converting electricity into heat and providing warmth to your home. Electrical heaters are typically less expensive to install than gas furnaces but are less energy-efficient and more costly.
The ignition system is responsible for igniting the gas in your furnace. The pilot light is a small flame that ignites the burner and creates heat. These components must be appropriately maintained to ensure efficient operation and prevent dangerous gas leaks.
The thermocouple is a safety device responsible for shutting off the gas supply to your furnace in case the pilot light goes out. It detects the heat from the pilot light and sends a signal to the gas valve to keep it open. If the pilot light goes out, the thermocouple senses the heat loss and shuts off the gas supply to prevent leaks.
The flame sensor is a safety device responsible for shutting off the gas supply to your furnace if it detects a lack of flame. It detects the presence of love and sends a signal to the gas valve to keep it open. If the flame sensor does not detect aflame, it shuts off the gas supply to prevent leaks.
The inducer draft motor is a component of the furnace that is responsible for exhausting the combustion gases from the furnace. It works by creating a negative pressure inside the furnace, which draws the gases out and exhausts them outside.
The pressure switch is a safety device responsible for shutting off the gas supply to your furnace if it detects a lack of air pressure. It detects the air pressure inside the furnace and sends a signal to the control board. If the pressure switch does not detect sufficient air pressure, it shuts off the gas supply to prevent dangerous conditions.
The blower motor is a furnace component responsible for circulating the heated air throughout your home. It works with the air handler to distribute the warm air throughout your home.
The blower motor capacitor is a small electrical component that starts the blower motor. It stores energy and releases it to the motor, providing the necessary power to start the motor and keep it running.
The furnace limit switch is a safety device responsible for shutting off the gas supply to your furnace if it detects overheating. It detects the temperature inside the furnace and sends a signal to the control board. If the temperature exceeds a certain limit, the limit switch shuts off the gas supply to prevent damage to the furnace.
The return air filter is a component of your HVAC system that is responsible for filtering the air that returns to the air handler. It removes dust, debris, and other contaminants to prevent them from circulating in your home.
The gas valve is a component of your furnace that controls gas flow to the burners. It is responsible for shutting off the gas supply in case of emergency or malfunction.
The heat exchanger is a furnace component that transfers heat from the burner to the air. It is a critical furnace component and must be properly maintained to prevent carbon monoxide leaks.