Duct Split (T1) , on/off
Cool – Heat , 18000 BTU
Duct Split (T1) , on/off
Cool – Heat , 24000 BTU
Duct Split (T1) , Dc Inverter
Cool – Heat , 36000 BTU
Duct Split (T1) , Dc Inverter
Cool – Heat , 42000 BTU
Duct Split (T1) , Dc Inverter
Cool – Heat , 60000 BTU
Duct Split (T1) , Dc Inverter
Cool – Heat , 18000 BTU
Duct Split (T1) , Dc Inverter
Cool – Heat , 24000 BTU
Duct Split (T1) , on/off
Cool – Heat , 36000 BTU
Duct Split (T1) , on/off
Cool – Heat , 48000 BTU
Duct Split (T1) , on/off
Cool – Heat , 60000 BTU
Duct Split T3 , On/Off
Cool , 18000 BTU
Duct Split T3 , On/Off
Cool , 24000 BTU
Duct Split T3 , On/Off
Cool , 36000 BTU
Duct Split T3 , On/Off
Cool , 48000 BTU
Duct Split T3 , On/Off
Cool , 60000 BTU
What is Duct Split ?!
duct split
Ducted Split is a type of air conditioning system that can both cool the ambient air and increase its temperature. Therefore, it can be used in hot and cold seasons of the year.
This system is also known as a split channel.
Since this system is capable of generating cold and heat and can also be placed in false ceilings, it has been very popular and has become common in buildings with various uses.
Duct split is similar to ordinary splits or gas coolers, except that instead of an evaporator or a panel that is mounted on the wall and is surface, a built-in indoor unit is intended for equipment, and ultimately only a vent from inside the room. Is visible.
How is the duct split building and how does it work?
The duct split does not have a complex structure and consists of two parts, condenser and air conditioner.
The air conditioner forms the indoor unit of the duct split.
There is a drain tray, alternator, impeller and sometimes an evaporator inside this part of the duct split.
The job of the air conditioner here is to supply wind,
produce hot or cold wind (each such as a coil or evaporator), dehumidify the air, and more.
The air conditioner is usually mounted inside the roof.
Ducts can connect the air conditioner to other parts of the building, which are the rooms and areas for air exchange.
The condenser section is its outdoor unit and is usually made of the alternator, fan, motor and other equipment.
The main part of the work is to adjust the temperature by the duct split on the compressor shoulder.
These components enable the compressor to transfer gas refrigerant to the air conditioner.
The refrigerant used in the split duct is Freon gas.
Cooling and heating cycle
The cooling cycle is such that in the condenser section, the refrigerant gas is cooled and directed to the expansion valve by means of copper pipes. It is then prepared to absorb ambient heat and transferred to the air conditioner. In an indoor air conditioner or unit, the air heat is captured by a gas refrigerant and the environment is cooled. This cool air is transmitted by the technology inside the indoor unit to the branching channels that are the air travel path. These ducts are responsible for sending cool air through the vents into the desired room space.
The cooling function of the duct split is the same as that of a split or air conditioner, but its heating effect is done in a different way. In this way, the gas refrigerant is heated in the condenser this time and similar to the previous cycle, it is directed through the copper pipes to the indoor unit and the coils in it and heats the air that enters the indoor unit from the room environment. This air, which has already been processed and the temperature has risen, will return to the room through the duct and fan.
air conditioner / split / air conditioning / floor standing / Wall Mounted / Duct Split / zaneti / zaneti duct / duct / cooler
Running Costs and Efficiency
Although ducted systems tend to cost more upfront, they are generally more efficient at cooling large areas than split systems. In saying this, the efficiency of central units comes from their scale. If your home would only need a small area cooled down (such as a bedroom) the majority of the time, with the whole house only cooled rarely
Maintenance and Cleaning
In order to keep your air conditioning system running efficiently and to prolong its life, it will need to be cleaned and maintained. Not taking care of it will result in higher power bills and could even pose health risks to your family. Many people don’t realise that air conditioners can spread bacteria and disease if they are not maintained properly.
A ducted air conditioner should be inspected by a professional each year. They can examine the system to see if it is running effectively and if it needs any repairs. The filters should be changed at least twice per year, to make sure that they are catching debris properly. You should also do regular self checks to make sure that the system is running well. If you notice any strange noises or feel that it is not working properly, we recommend that you call out a professional to inspect the system.
While many maintain their own split systems, it is best to regularly bring out a professional to inspect them. They will be able to pick up things that the average homeowner never would, fix problems before they become disasters and also make sure your unit is operating at peak performance. Split systems also should have their filters cleaned regularly. The units and coils should also be cleaned regularly to make sure that the system is running effectively.
Aesthetics
Aesthetically, these systems differ quite significantly. They both feature units on the outside, which most homeowners tend to install out of view, often behind fences. On the inside, a ducted system is almost invisible – the only way you will know it’s there is if you see the vents or the controller on the wall. On the other hand, split systems are more conspicuous because their indoor units are oblong boxes that hang up high on the walls.
Some people can easily ignore them, while others can find them distracting, and they can at times present challenges in decorating your home. Whether this is an issue or not really comes down to your personal aesthetic preferences.
Ducted and Split Systems: The Final World
While each of these systems both essentially do the same job, there are many subtle differences in how each works. Whichever you choose will ultimately depend on your own situation and preferences. It is important to weigh up each aspect and you should consider both the short term and long term costs. They can both be great options, but you might find that one choice is much more fitting for your home than the other.
Zaneti Duct Split
Air Conditioning Systems
Duct Split T1 / air conditioner split / air conditioner / air conditioning / Duct Split T3 / Duct Split
Home | wall mounted air conditioner | Floor Standing | window air conditioner | Duct Split | Washing Machine | Gas Boiler
All Rights Reserved by Zaneti Co