Explained about WHAT ARE YOUR AIR CONDITIONER ERROR FAULT CODES TELLING YOU?

As long as you don’t have a newer, high-efficiency AC system, some air conditioner technicians suggest the old-fashioned fibreglass or woven polyester filters because they allow enough air to flow through while still collecting a fair amount of dust and debris. Always check the filter form recommended by the AC unit manufacturer, or ask your skilled AC technician for advice. Keep your filter, no matter which one you use, immaculately clean. When it comes to the air conditioner, many people assume that out of sight is out of mind. To put it another way, if it’s working and cooling, there’s no need to be concerned. Click¬†https://landmarkair.com.au/2021/02/13/what-are-your-air-conditioner-error-fault-codes-telling-you/.

This could not be more untrue. Every year, the air conditioning system should be tested and tuned up. Many air conditioning companies run specials in the spring, which is the perfect time for a tune-up. Annual maintenance tune-ups ensure that the machine runs smoothly in the summer. Checking coolant levels, belts, fuses, connections, drain pan/lines, and thermostat calibration are common maintenance services. There are two major types of air conditioning equipment, each with a slightly different target audience. The first is ducted air conditioning, which can bring a huge amount of air to a large area. Although it is uncommon in small apartments and houses, it is common in communal buildings and larger homes. Split air conditioning, on the other hand, is a form of air conditioning system that is popular in small homes and apartment buildings.

Split air conditioning systems have two units: a blower and a condenser, both of which produces and distributes cool air. Split air conditioners are most common in homes; due to their limited power and unsightly exterior condenser modules, they are uncommon in workplaces.  Traditional systems, on the other hand, use wider ducts, allowing more air to flow through while remaining quiet. High-velocity systems circulate air into much narrower tubes and are noisier.