The Split type air-conditioner is gaining popularity over window type mainly because this type of air conditioner can be mounted easily anywhere with no requirement for a window and it has a beautiful sleek appearance. They have minimal effort of installation though the capital cost is somewhat high.
Though there might be a little increase in power consumption in split type compared to a window type, the running cost is practically same for both the air-conditioner and there is for all intents and purposes no difference in efficiency.
Unlike window type, a split system has condensing unit outside. This leads to a significant advantage in a split type as the noise level remains low since the uproarious part, the compressor, is kept outside. The evaporation panel remains within the house. The 日立冷氣機 sleek model placed on the divider and the interconnecting pipes kept outside increases the esthetic sense of the space to a large extent. There is no need to make an arrangement of window in your room or to remodel your existing window to mount a split type air conditioner, unlike window type.
In a split air-conditioner, the indoor unit sucks air from the room and throws it back to the room after cooling and removing moisture from it, while the outdoor unit removes the heat to the atmosphere. Before you select a split type air conditioner, it is important that you have certain fundamental ideas briefed in the following passages.
We realize that our internal heat level is 99 degrees Fahrenheit (37 Celsius). In order to have a comfortable room, it is needed to have a temperature between 70 to 79 degrees F (21 to 26 Celsius) with a relative humidity range of 20 to half.
It is important to calculate the heat heap of a room which needs to be removed as a low limit air conditioning would not be able to cool the room and a higher limit air conditioning will make the room humid and visit https://www.hk01.com/好生活/404155/智能家電-美好生活由iot智能雪櫃起-新款多門雪櫃比較及推介.
An air-conditioner’s heating or cooling capacities are rated by watts or kilowatts. Ordinarily a room having two occupants carries away 50 British thermal units (BTUs) of heat per hour, per square foot of the room area. One Kilowatt is equivalent to 3400 BTUs per hour. This means for a 15 feet x 15 feet room size, an air-conditioner having a limit of 11250 BTU (15 feet x 15 feet x 50 BTU/houtr) will be required. With this, 600 BTU/hr for every person and 1000 BTU/hr for each appliance need to be added.
Likewise attempt to dodge three phase connection which is difficult to maintain and expensive to install and go for single phase connection. Typically the efficiency of the air-conditioner is measured by energy efficiency rating (EER) which is the ratio of cooling ability to the power consumption and the thumb rule is the higher the EER the better is the cooling.