Air Con FAQs 

A. Air conditioning systems move heat from inside your premises to the outside. In a central AC system, air is drawn into the ductwork system through the return air system. An evaporator coil is installed in the return air ductwork. This coil is connected to the condenser, the unit that is outside your building, by copper tubing. The refrigerant is then pumped from the condenser to the evaporator coil. As the refrigerant passes through the inside of the evaporator coil, warm air from inside your building passes over the outside. The refrigerant absorbs heat from the air because the refrigerant is more remarkable than the warm air. The refrigerant is then sent outside to the condenser unit. When the warmed refrigerant is in the condenser unit, it is compressed by the compressor, which causes it to boil. As the refrigerant boils, it gives off the heat it picks up from inside your premises. The refrigerant is then passed through the coil in the condenser unit, where it cools again and is ready to go back inside to pick up more heat from your premises. As this process continues, your premises' temperature and relative humidity are lowered. The relative humidity level drops because cooler air cannot hold as much moisture. As the air cools, it gives up some moisture, which collects in the base of the evaporator coil and is drained away.

A. We offer air conditioning units for Homes, offices, and commercial units. Our broad portfolio of clients includes restaurants, gyms, conservatories, office buildings, and warehouses. We offer a bespoke and tailored solution for every project, so please contact us to discuss your exact requirements.

A. The first thing to do is check the common-sense solutions to any electrical equipment you suspect is broken – has someone turned it off or changed the timer? Has there been a full or partial power cut? Are the fuses and isolators in working condition? A very common problem is a blockage or build-up within the air filters. If the unit appears to have a power supply but isn't functioning, then it could be this or another fault with the system that would be very difficult to diagnose without looking at the equipment. Problems are usually caused by a build-up in the air filters or the development of other minor mechanical faults over time that can be avoided with regular air conditioning maintenance.

A. You're not technically obliged to have any maintenance. However, the warranty on your equipment will usually be invalidated if you don't adhere to a maintenance schedule. If you have a breakdown, you won't be covered, as you won't have been taking due care of the unit. You'll be responsible for the cost of getting it fixed. Without regular maintenance, around every six months or so, air conditioning units will also last much shorter. They will also run far less efficiently, costing you much more money. So, in short, you need maintenance to keep your warranty valid, and it will also bring down your long-term energy costs and cause you far less inconvenience to service it before it breaks or has a fault.

A. Daikin developed the VRV (variable refrigerant volume) concept, copyrighting the term. When other manufacturers discuss a VRF (variable refrigerant flow) system, they discuss technology that works on the same principles. This system works by precisely controlling the refrigerant's amount and flow. This makes the temperature controls accurate and dramatically reduces the system's 'wasted' efforts. This makes it an extremely efficient, energy-friendly method of climate control. This type of system is highly recommended for medium/large buildings of any use.

A. A split system is an AC unit comprising two units—an outside unit, the compressor, and an inside air outlet unit, usually called the "wall-hung unit." The two units are connected by pipes that carry refrigerant. An alternative to the standard unit is the multi-split system, which has multiple indoor units connected to a single outdoor unit. A split system can be used for both cooling and heating. What is a heat pump? These work by reversing the refrigeration cycle used in air conditioning to provide heat instead of cooling the area. They can extract heat from water and air and convert it into a usable heat source that can service a building. It's difficult to understand how a heat pump can extract heat energy, even in temperatures far below zero, and bring it inside the building to make a noticeable difference. A good example is the fridge in your kitchen—the grilles in the back get very warm from the heat extracted from inside the refrigerator.

A. An air conditioning system with an inverter continuously adjusts its cooling and heating output to suit the room's temperature, thus improving comfort levels. The inverter reduces system start-up time, so the required room temperature is reached more quickly. As soon as the correct temperature is reached, the inverter ensures that it is constantly maintained. This is a very energy-efficient system. Because the inverter monitors and adjusts the ambient temperature whenever needed, energy consumption drops by 30% compared with a traditional on/off system.

A. Which air conditioning system you need depends on your business premises, size, occupation, purpose, etc. If you're unsure which system best suits your requirements, contact us and speak to one of our professionals. You can complete the contact form or call us on 01424 810006.

A. We offer various services, including office air conditioning and close control room installations. We design, install, maintain, and repair our units, providing the complete cooling service for our clients. For more broad information about our service range and offers, please read our Homepage, where you will see our primary services and products and find more detailed areas of our website.

A. Air conditioners can last over 10 years if they're well-looked. However, you'll need to have your air conditioning unit serviced regularly to identify potential issues before they become a fault. We also advise regular cleaning and/or occasionally changing the air conditioning filters to ensure maximum efficiency.

A. If your unit is making strange noises, your air conditioning might need cleaning or replacing or be a sign of a faulty unit. The type of sounds can help indicate the exact problem with your unit; these are the most frequent types of noise. By describing it to your maintenance team, they can resolve the issue quickly.

A. This depends on the system you choose, the size of your premises, and other factors. Please contact us for a more detailed quote that fits your requirements.

A. R22 was banned under the Montreal Protocol in 2009 after experts identified that the substances depleted the ozone layer when in contact with the stratosphere. R22 has since been replaced with new refrigerants (including the latest R32 refrigerant), and as of January 2015, it is illegal to install or repair units using R22 if replacement refrigerant is required.

A. Airco A.C Limited is based in Bexhill On Sea but operates throughout the South East and Kent. We are known for completing projects as far away as Manchester, so feel free to contact us if your project is further afield. If you're based in and around East Sussex and Kent, you get the additional benefits a local company offers, such as quick turnaround time for installation, repairs, and maintenance.

A. Airco A.C Limited is Panasonic-Toshiba approved, which means we offer extended warranties on their products (up to 5 years). We can also offer other manufacturers, including Mitsubishi and LG. We have certification from Refcom, and all engineers hold skill cards.s If you have any additional questions, please feel free to get in touch by filling in our contact form, or you can call us on 01424 810006