Air Conditioner Switch In Attic

Federal law requires that new a c units have a seer of at least 13.

Air conditioner switch in attic.

The seer rates how many btu an air conditioner will remove for each watt of electricity it consumes. There is a safety switch in the drain pan that when water fills the drain pan the switch prevents all or some of the air conditioning system turning on. When the drain line becomes clogged a safety switch trips and shuts down your air conditioner. When ac units run they create condensation which is removed from the unit through a drain line.

If they are clogged you then can try unclogging them yourself or place a phone call to an ac professional to come unclog your system s drains. This type of device is quite simple and effective and this is the most common method used in minnesota attics. The higher the seer the less it costs to operate. We install 4 by 10 inch supply air vents in each room with an 11 by 14 inch return air in the hallway of the top floor.

The reason your air conditioner won t turn on could be because the condensate drain line is clogged. Most updated central air conditioned homes have a new air conditioner split system meaning the ac is broken up into parts. We install conventional metal ductwork and insulate to prevent condensation. If you are not getting cold air when the thermostat is on and set to cool you may need to reset the compressor.

With no air conditioning vents pumping in cool air and the hot sun beating down on the roof right over your head attic temperatures can soar. In other words your air conditioner is not working. And if you remember that you have a float switch you can easily go into the attic and examine the ac systems drains. These units have lower operating costs tend to be higher quality have more safety features better sound shields and lower.

Well mainly it s a way to save space. If water fills up the pan a float shuts off the air conditioner. This in turn stops the ac system from evaporating the moisture from the air so that no more water is produced. An outdoor unit which houses the fan condenser and compressor and an indoor unit which holds the evaporator and fan.

A closed system must work even harder due to cold loss through the evaporator and duct work. Central air conditioning systems have an outside unit with a compressor that runs and provides the cool air that runs through the vent system. But with proper ventilation you can at least bring those temperatures down to match that of the outdoor air. To reset the switch you ll need to climb up into the attic and push the button manually.

So why put an hvac system up in the attic at all. The reason is simple.