The Choice is Simple Whether you live in a town house, apartment or a 100 square mansion, there’s a whisper quiet, energy efficient, Temperzone and Hitachi air conditioning system to suit your home, your lifestyle and your budget. The combined Hitachi and Temperzone domestic product range is one of the largest in Australia. We have an air conditioning solution for you whether you want a small wall hung split system for a single bedroom, a Multizone system for your apartment or a fully ducted system for your free standing home. View our Air Conditioning Products. To ensure the best air conditioning solution for your home, location and lifestyle the Hitachi and Temperzone ranges incorporate the latest DC Inverter, Digital Scroll, Rotary and Scroll compressor technology. The range includes single and 3-phase systems from 2.5 to 27 kW. Read more about our Intelligent air conditioning technology. Our products are some of the most energy efficient air conditioning systems in Australia.

Our complete range of air conditioning systems meet or exceed the Australian Government MEPS energy efficiency standards. All our products also meet or exceed the tougher Queensland energy efficiency standards. Read more about our Energy Efficiency.12000 btu window air conditioner energy star Quality and Service You Can Trustportable air conditioning units hire melbourne Both Hitachi and Temperzone have built their air conditioning business on the basis of exceptional quality and service. car air conditioning repair mariettaTogether they have more than 75 years experience air conditioning Australia. All our domestic products are backed by full 5 year parts and labour guarantees. Read more about our Quality Air Conditioners.

Our network of Residential Dealers, Branch Offices and Warehouses means Sales, Service and Spare Parts are always close at hand. Find a dealer near you. Reliable after sales service with maximum one day response time. Cares for the environment Its own test laboratory ensures that every product delivers real energy savings. Cooling more than 5 million homes. Equivalent to millions of satisfied customers. Designed and developed to withstand extreme weather conditions in the Philippines. Over 100 years of experience in air conditioning The Concepcion-Carrier Air Conditioning Company (CCAC) was founded in December 3, 1997. It is a joint venture between the two giants in the air-conditioning industry: Concepcion Industries, Inc. (CII) is the industry leader in the Philippine air conditioning market and the dominant name in the appliance industry through such brands as Carrier, Condura and Kelvinator. For more than 50 years of experience and leadership, CII has proven its excellence not only in the field of manufacturing and research, but also in management and sensitivity to the needs of the consumer.

CII owns 60% share of CCAC. Carrier Corporation is the world's largest air-conditioning company. For more than 100 years, Carrier has cooled more homes and establishments than any other brand. Moreover, the company continues to take the lead in the development of new products and technologies in the pursuit of excellence. Carrier Corporation has been the world's leading manufacturer and marketer of HVAC (heating, ventilating, and air conditioning) equipment since Willis Haviland Carrier invented the basics of modern air conditioning in 1902. For all its size, Carrier, which owns 40% of CCAC Philippines, is but a part of an even larger organization, United Technologies Corporation (UTC). CCAC is an ISO 9001:2008 (International Standardization Organized)-certified company since 1998.  It continues to offer to the Philippine market a wide array of air conditioning products, refrigeration products and services. CCAC has dominated the industry through its best-selling line of room air conditioners, package equipment, split type air-conditioner, and applied equipment.

From households to commercial establishments nationwide, the Carrier and Condura brands have become the standard for comfort and convenience, which other brands have tried to emulate. © 2016 Concepcion-Carrier Air-conditioning Company. There are several styles and configurations of heating and air conditioning systems available that could provide the heating and cooling capacity you would need to adequately condition the house, with corresponding ease of installation and cost.A central forced air system will probably be the least expensive, and if you have a significant crawl space or basement below or attic above, most of the ductwork can be installed there, with floor or ceiling registers installed in each room of the house, which is minimally intrusive.   You will also need space outside for a condensing unit, or two depending on the size of the house, and they will take most of the power, so it's less expensive if they're close to your electrical meter and circuit board.Another choice is a VRF system, variable refrigerant flow, which includes one outdoor unit connected to several indoor units with refrigerant piping, which can be installed in stud cavities in walls. 

Options for the indoor fan/coils include wall-mounted units, floor standing units, or units that get suspended above ceilings, the best choice being dependent upon the room it's serving and it's constraints, and units can be concealed in cabinets or a closet to make them 'disappear'.  VRF systems have become popular for this type of application because they can be installed in tight spaces without tearing a lot of construction up, although they will be roughly twice as expensive as a standard forced air system.And then there's hot and chilled water, which wouldn't make financial sense unless the house is fairly large.  Heating-only is easier, you could install hot water baseboards in each room and pipe them to a central boiler, minimally disrupting existing construction.  Chilled water would include chilled water fan/coils for each room, concealed like VRF fan/coils, a small chiller outside, and interconnecting chilled water piping.  That system will be as expensive as or more expensive than the VRF system, and the larger the house, the more it would be viable.

And you would need electrical power wiring to each fan/coil for both the VRF and chilled water systems, significant electrical work, and if the house is old and has never had air conditioning you will probably need to upgrade the main power to the house as well.So there are options.  Your best bet is to talk to a larger mechanical contractor who does both residential and commercial systems, someone who sees a wide variety of projects and might have some engineering capability in-house.  The bottom-dollar residential folks are used to installing whatever is common in your area, probably standard forced air furnaces, and you'll get blank stares if you try to go beyond that into more unique, more expensive systems.We've done a lot of restorations of historical buildings, where it is literally illegal to make major modifications, and they're challenging and fun, providing the comfort people need without screwing up the building, as long as the owner sees the value and is willing to spend the money, and as long as the engineers and contractors are versatile enough to choose and integrate the right solution from the options available.

Written There is a system for air conditioning that uses high-velocity ductwork that is small enough in diameter to be snaked through walls without major retrofit and large duct runs.  (The high-velocity may prove too drafty in winter heating.) You may prefer to keep the same basic heating system, which is most likely hot water or steam central heat already.  Significant energy upgrades can be done, such as installing a more energy-efficient boiler or better radiation.  Yes, it is possible.  I would recommend radiators under each window (unless you have many windows in one room), all commected with hot water pipes. Depending on the style of the house, the piping can be done rather neat and virtually invisible. For instance, with systems like these: Gabotherm They are available in wood also, in old-fashioned style, and the system can even pass existing doors. So pipes around the house for heating can be done.You can also buy old style radiators, like the cast-iron types that you will almost need a crane to lift inside, or you can use radiator shielding panels (which lowers the effect of the radiator, but looks nicer).

The regulation system should be thermostats on each radiator, and if they're hidden, use thermostats with external sensor organs. Do this right, people will never know the house wasn't built like that from the start. Also, you can sometimes draw extra electrical wires for extra outlets together with the pipes.Air condition is a bit more tricky, since velocity of air needs to be low in order for the system to be quiet. Also, you don't want too big a difference between room temperature and inlet temperature, or you will be able to feel the cold air. You don't want that, you just want temperature to be "right" in the rooms. Well, of course, it's my perception that americans are more used to thermal rape than actual aircondition ... stand-alone units on floors or in windows are in every conceiveable and measurable way hideous! And what many americans call a "quality solution" would around here be called atrocious. But let's assume you're going for a quality solution.For this, you have three general options.

Make a glycole-based system that moves cold fluid around the house (which saves a lot of space, but takes some local unit in each room).Blow cooled air in at one end of the house, and suck out hot air in the other end - that is, no recirculation or heat regeneration, air moving from room to room and just a few units in each end of the house. Can also work without cooling.Go all in, do the duct thing all over the place, air in and out here and there, and a central unit for cooling, heating, heat regeneration and so forth. Takes a lot of room, is difficult to conceal but will probably work best.You need to work out just how much you actually need to do. This takes some climate knowledge in your area, as the primary overheating source is the sun. Therefore, can you replace the glass in all windows with heat-reflecting glas? Maybe this maneuver can cut your cooling need in half. Outside shades will also help a great deal, as will the ability to store temperature inside the house. A heavy house with all windows open at night and no sun in during the day can sometimes go completely without active cooling systems.

Stuff like this can be simulated fairly easy.Once you have established just how much heat you need to remove, you can start dimensioning - and during this, you will probably be able to isolate you solutions.Two final bits of advice: do things properly, it'll work much better that way. And do not be afraid to do drastic things, as many things can be hidden with the right methods applied. A lot can be done with clever design, both in terms of efficiency and in terms of looks.Written In my experience, there is always a way to do things with acceptable architecture interference.To do this, you need 2 things:- A very good and experienced HVAC engineer,- A very good and tidy HVAC contractor.With this combination, I am pretty sure you will find a way.Written For old historic homes your best bet is a ductless mini split. Central air systems are generally not practical because many of the homes were built 100 years ago were not designed to have ducts inside them. In fact only after WW2 did we start to see residential air conditioning.

With a ductless mini split, you just need to create a 3 in hole on the outside wall that connects the indoor air handler with the outdoor condenser. There are many advantages to going ductless including:1) Lower energy bill - Ductless mini splits are more energy efficient than central air systems and therefore you can save up to 50% on your heating and cooling bill.2) Heat and cool individual rooms - you can use a remote control to set the temperature of each room.3) Humidity control - the air conditioner can remove extra humidity from the air. This is especially useful in the South where humidity can affect comfort just as much as temperature.4) Low noise level - these units are the quietest air conditioners available.5) Air filter and allergen removal - many of the premium ductless mini splits have activated carbon and catechin filters to remove dust and allergen particles from the air.The rest of the world has been using ductless mini splits since the 1990s. The United States is the last place that still uses primarily central air systems to heat and cool their homes.