Effective Guidelines for Split System Installation
The split system installation is a tedious task. If the installation is done correctly, the air conditioner will be able to provide the desired cooling. However, if there comes a flaw in the installation, then it will drastically affect the cooling effect of the conditioner. Inadequate or inappropriate lighting can lead to maintenance problems frequently.
Here are the different factors which need to be kept in mind while installing a Daikin split system:
There needs to be appropriate spacing between the AC units and the wall. The indoor group of the split system requires a minimum of 15 cm of open spaces that surround the sides and the top for a proper flow of air.
The wall strength plays a crucial role when It comes to split system install. The indoor unit of the split system shall install on a wall that has enough power to hold the weight of the order. In case the wall is weak, the system will fall from the fall and break or damage.
Before installing the split system, one should consider the height from the ground properly. The indoor split system needs mounting at an altitude of a minimum of 7 to 8 inches above the feet of the land, which is an ideal scenario for proper cooling inside the area.
The Proper Angle of the Unit
During the process of fixing the aluminum bracelet on the wall, it should be made sure that the bracelet is given a tilt angle slightly. This makes sure to enable an unrestricted flow of condensed water when the indoor split system fits inside.
Location of the Outdoor Split System
To get proper and adequate cooling, it becomes vital to do an appropriate mounting of both the outdoor or indoor split systems at a location which is a little far from the direct access to water or sunlight. The outdoor split systems shall be installed in open spaces to avoid any hindrance in terms of the heat, which dissipates from the condenser.
Placement of the Outdoor Units
The installation of the outdoor unit plays a very crucial role. These systems shall place themselves on a surface that is rigid and flat at the same time. The systems do contain some essential elements and components such as fan motors, condensers, compressors, etc. If the system is unable to place itself on a flat surface, then there will be excess of vibrations, which eventually lead to breakage of other elements such as copper pipes, compressors, coolant leakage, etc. Additionally, the vibrating units tend to make a lot of noise, which acts as a disturbing element in the rooms.
There should be a proper distance between the outdoor and indoor systems, as this plays a crucial role in cooling. The coolant when at a low temperature flows into the copper tubes between the outdoor and indoor systems, which leads to a loss of cooling effect. To reduce this, there should be a maintained distance between the two systems.