Choosing the right installation location is an important decision when buying an air conditioner. An experienced installer will certainly be able to advise you on the most optimal location in your space, but it is still useful to know the basics of positioning the indoor unit as a customer.
With a well-chosen position of the device ensure:
Lower energy consumption: Properly installed air conditioning will make it easier to reach the required room temperature. The faster the device achieves the desired effect, the less energy it consumes; Better living comfort: Install the air conditioner for a more comfortable stay in the room. With a properly positioned unit, you will achieve better comfort in less time.
Lower investment: Although installing an air conditioner in an ideal location is in some cases more difficult to do, it often means choosing a weaker unit to achieve the goal – a comfortable climate in the room.
To set up the outdoor unit, choose a location that will not be a nuisance to you and your loved ones – be aware that the outdoor unit emits a certain level of noise and will operate when the windows are open, such as summer evenings – while you will cool down with air conditioning, your neighbor may want to fall asleep with the window open.
It is very important for the outdoor unit that it is installed in a location where there is sufficient air flow, that it is not placed in a narrow niche and that the air blown out of the unit does not run into an obstacle – opposite wall, balcony railing or something similar. Interested? Go to ac repair kissimmee fl.
The outdoor unit should be mounted on suitable support brackets with quality anti-vibration washers, as you do not want to transmit vibrations to the wall of the building.
We often encounter the desire to install the unit in the attic – be aware that the attic is significantly hotter in summer than outside, even over 50 ° C, and most air conditioners have a working range of up to 45 ° C. While the appliance is cooling your apartment, it will radiate additional heat to the attic. Needless to say, the efficiency under these conditions will be very poor, energy consumption very high. In addition, the device will operate in critical conditions, which directly affects the wear of its components and the shorter life of the device.