In replacing and installing all brands of HVAC equipment, including Mitsubishi, Fujitsu, Daikin, Toshiba, LG, Trane, Carrier and York.

Replace your R22 HVAC System Now

We know that an R22 replacement is necessary as the costs of supplying energy are continuing to rise, which means that older HVAC systems are also consuming a substantial amount of energy (as much as 50%) and producing more carbon emissions. We can replace any air conditioning system, regardless of make or model that uses an R22 refrigerant in order to operate.

It Is Time to Make a Switch

R22 replacement involves replacing air conditioning systems that use the R22 refrigerant with new air conditioning system models and brands. In fact, some manufacturers are not even selling spare part for R22 systems. Therefore, you need to contact an HVAC technician at our company to make the replacement now or the very near future. Once we replace the system, we can regularly service your new HVAC system as well.

Replace Your R22 System Now, Not Later

We encourage you not to be one of the last companies or homeowners to remove your R22 system. The sooner you take care of the replacement, the sooner you will be able to start saving money on your utility usage. Our air conditioning systems, when installed, will automatically help you save money on operational costs. Plus, we can schedule maintenance as well, depending on the energy used and the type of system. We offer maintenance programs that suit the preferences and lifestyle of each individual customer.

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Air Conditioning Energy Assessments in Surrey

By being responsible for your company’s air conditioning system, you’ll no doubt totally appreciate how important it is that this system is regularly maintained to maximise efficiency and reduce energy bills. It is also equally vital that you obtain an air conditioning energy assessment for your system in order to ensure that you’re in compliance with both U.K. and EU legislations and can avoid paying hefty penalties for noncompliance.

Assessment of the Energy Performance of an Air Conditioning Surrey System

Air conditioning energy assessments are carried out in order to monitor the efficiency of HVAC systems and to provide property managers with realistic and proactive advice on how to boost their effectiveness and minimise energy consumption. During the assessment, the inspector will assess a system’s effectiveness, ventilation efficiency and controls.

The effectiveness of air delivery can play a big part in determining the overall efficiency of an air conditioning system. To ensure that the filters and heat exchangers have no blockage or damage, which could make a system operate for longer periods than necessary, the inspector will examine the condition of these air delivery systems and also check the fan type and method of control that’s used in the system.

The assessor will also check grills, screens or pre-filters for damage or blockage, which could cause the system to under-perform in different ways due to reduced airflow rates. Incorrect control settings and poorly located sensors in the building could also lead to inefficiencies, ineffectiveness or misuse of the AC system in use on the property. To ensure that the system is being controlled properly, the assessor will check the control settings, including time switches and thermostats. After the assessment, the inspector will advise the property management on these issues and the overall energy performance of the building.

AC LOGIC Offers Air Conditioning Energy Assessments and Other HVAC Services

If you are searching for a best practice air conditioning Surrey company to undertake your assessment, then don’t hesitate to contact AC LOGIC, a leading specialist in air conditioning energy assessments and inspection, which reports for companies in Surrey, Woking, Guilford, Hampshire and Berkshire. The company offers all types of HVAC services, including air conditioning energy assessments, thermal imaging, indoor air quality solutions, repair, maintenance programmes and installation of leading brands.

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Air conditioners are based on a simple law of physics; during the process of phase conversion when liquid converts to gas, it absorbs heat. Air is cooled by air conditioners by blowing air, over evaporator coils, which are essentially a set of cold pipes. The principle of cooling is the same as during evaporation of water from the skin. A special liquid called refrigerant is filled into the evaporator coils. This refrigerant changes from liquid to gaseous state as it absorbs the heat from the air, which is then pumped out of the house to another coil. There the refrigerant converts back to liquid state after giving up its heat. The outside coil is referred to as condenser since it is used to condense the refrigerant from gaseous state back to a liquid. Another component of an air conditioner is the compressor, which is basically a pump which works to ensure that the refrigerant moves between the two coils. It also works to change the refrigerant pressure to ensure that refrigerant evaporation and condensation happens in the appropriate coils.

Air conditioners have a variety of applications in a home of office setting apart from the obvious one of cooling a room. Key functions performed by an air conditioner include

In the days before air conditioning existed, people used ice – Big blocks of ice was used for cooling. With the advent of air conditioners, capacity started to get rated based on an equivalent amount of ice melted in a day. The term “ton” as a measure of air conditioning capacity has its origin in this early methods of measuring air conditioner capacity. In modern times, a ton of cooling is referred to an air conditioner with capacity to deliver 12,000 hour of cooling. A window air conditioner usually has a capacity of less than one ton, whereas a relatively small residential central air conditioner will have a capacity of approx. two tons and a large central air conditioner approximately five tons.

Air conditioners are complex mechanical systems dependant on a variety of conditions for efficient or optimal operations. Each of its components, whether it is the refrigerant or the coils or the compressor are designed to function to cater to a particular house of office load. When any of the components of an air conditioning unit are not working properly, the system will show signs of problems, like not producing as much cold air as is the standard output. Professional help is required in such cases for proper and thorough servicing of the air conditioning unit. Routine maintenance activities like filter changing can be undertaken on your own, but more complex cleaning typically requires a professional. It is a good idea to have a thorough servicing done on a periodic basis to ensure that your air conditioner delivers the maximum output while consuming the least amount of energy.

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