Air Conditioning

Air Conditioners

In a split system, the compressor condenses and circulates the refrigerant through the outdoor unit, changing it from a gas to a liquid. The liquid is then forced through the indoor evaporator coil or cooling compartment. The indoor unit’s fan circulates the inside air to pass across the evaporator fins. The evaporator’s metal fins exchange the thermal energy with the air around it. There, the refrigerant turns from liquid into vapor, removing any heat from the surrounding air.

If your unit is too large for the space or your home, it will switch on and off repeatedly, wasting energy and costing you money. When your home has one, non-zoned AC unit, the entire home must be cooled to attain the desired temperature.

Oversizing a furnace will result in many different shortcomings. First of all, what is most important in having a uniform distribution of the warm air is the optimum runtime of the furnace. The same statement is also true for an air conditioning unit with respect the uniform distribution of the cool air. With an oversizing of the gas furnace, there also exists a great chance for the overheating of the furnace. Also, do keep in mind that the maximum level of efficiency with the gas consumption of a gas furnace is achieved when the right size furnace is installed in your home.

Two AC units in your home may not always be the right solution, even for a 2-story house. A zoned system can control the temperature differently in different areas of your home, as well.

More often than not, AC installation or replacement is not a DIY project, especially if you’re working with central air. Luckily, ImproveNet can connect you with up to four cooling pros in you area ready to tackle your HVAC project. Air conditioner strength is measured in “tons,” a measurement that refers to the amount of heat your AC unit can remove in an hour. Each ton corresponds to 12,000 British thermal units (BTUs). Be careful when calculating this, because bigger isn’t necessarily better.

With two units, you have more control over how much energy is used to keep a particular area comfortable. When your system does not have to work as hard to cool the entire home, even often unused areas, you save on energy consumption and cost. Essentially, when you reduce the square footage being consistently cooled, your costs go down.

There is a wide variety of prices in Maintenance Air Conditioning Brisbane units, enabling you to choose to match your budget. It may seem logical to say that you should turn your AC off when you’re not using it, such as during the day when nobody is home.

Under- or oversizing can cost you performance, comfort and efficiency related issues when it comes to both the furnace and the air conditioner. Undersizing will, of course, result in the unit being unable to meet the desired temperature setting. Aside from the issue of your comfort, undersizing the equipment and/or material will most likely lead to the premature failing of the units.

ft of cooled area (per 1 ton AC unit cooling capacity) and calculate that you would need a 5.0 TON air conditioner. This A/C system should be able to remove 60,000 BTU’s per hour (5.0 tons x 12,000 BTU’s.) A 5.0 TON air conditioner would cost around $1,980 for the AC unit alone or a total installation cost of $3,690. The energy efficiency of central air conditioning units is measured by the number of BTUs the temperature drops per hour divided by the inputting watts in a set range of conditions. As mentioned above, a BTU is a traditional unit of heat; it is defined as the amount of heat required to raise the temperature of one pound of water by one degree Fahrenheit. The typical set conditions are outdoor temps of 95°F and an indoor temp of 80°F with 50% humidity, which is why most people don’t use this measurement much anymore.