Chiller AC Unit System Supplier In China-GESON Chiller
There are numerous industrial processes that produce heat as a by-product. This makes it a challenge for many industrial applications that rely on the need to maintain a specific operating temperature. The heat that is generated from the industrial equipment in use can result in unfavorable consequences if the temperature within the immediate environment is not managed. This is why the use of chiller AC proves highly beneficial.
In order to keep the temperature level within an industrial setting at a constant desirable level, it is important to employ chiller systems. The use of chiller AC is just one example of this. This type of chiller is used in order to maximize productivity and to counter the heat-generating manufacturing and industrial equipment that are in use. Hence, many industrial applications require the use of chiller AC, among other types of chiller systems.
Chiller AC is not as large-scale as other types of refrigeration systems in the market, though. When you mention HVAC systems, you might think of it as limited to home use. However, there are also large-scale applications for air conditioning units. It is all a matter of choosing the right size that will produce adequate cooling for a larger space, such as office buildings, schools, and industrial spaces.
If you are not sure whether you need a chiller AC or some other system, you have come to the right place. You will learn everything you need to know about a chiller AC and how it differs from other chiller systems in the market so you can get maximum productivity with its use. Before you go shopping, use this guide to help you compare and make the right decision based on your needs and the intended application.
Chiller Ac For Home
What Is The Chiller AC Difference?
The term chiller AC might be confusing to some people and many would assume that chillers and air conditioning systems are the same. While an AC operates under the same working principle as chillers do, they have distinct differences.
Chillers operate using the vapor-compression or absorption refrigeration cycle principle. It works by removing heat from a liquid and then processing it through the different components to produce cooled air. An air conditioning unit also uses the same concept. However, the latter is designed for small to medium-sized cooling. Chillers AC plant, on the other hand, are designed for large-scale cooling such as in industrial applications.
What Is An HVAC System?
The HVAC system is an umbrella term that is used to refer to a number of functions, such as heating, air conditioning, and air circulation. The system itself is a device that is solely responsible for the thermal regulation of a given space wherein it is installed. The device itself employs principles such as the exchange of thermal energy to generate cooling and fluid dynamics.
You can modify HVAC systems in order to achieve temperature regulation for a wide range of environments. The HVAC systems such as chiller AC are often used in residential homes and industrial manufacturing spaces.
For heat generation, the HVAC system will utilize a heating element. This is responsible for generating heated air that is circulated throughout the building structure to which the system is connected to. The heating element can either be in solid, liquid, or gas form.
When using HVAC for ventilation or air circulation purposes, it will require the use of a mechanical device or natural air conduit. This will help facilitate the flow of air into the building wherein it will be circulated. The process of ventilation will also eliminate any excess moisture and contaminants in the air. While the contaminants are exhausted, fresh air is pulled in and circulated into the building.
The air conditioning component of the HVAC system is where it functions most similar to a chiller AC. As you might already know, its main function is to provide cooling. There are several processes for generating cooled air and it will depend on the chiller mechanism that is used for the HVAC system.
Water Cooled Chillers
Which Gas Is Used In AC?
The chlorofluorocarbon (CFC) is the most common type of gas used in a chiller AC plant. It is the most widely used refrigerant for air conditioning systems throughout the years.
The chlorodifluoromethane, also known as R22 gas, is another popular refrigerant used for AC systems. It is very popular for both domestic and industrial applications. It is especially preferred in industrial settings because it can generate up to -175 degrees Celsius in temperature.
Refrigerant Is Used In a Water Cooled Chiller System
What Is The Working Principle Of Chiller AC?
The working principle of a chiller AC is that it controls the temperature and humidity level in the air. It provides cooling by drawing the heat from the air and then exhausting it to the outdoor space. The air inside is replaced with a cooler air that is a result of multiple processes that goes through its internal components.
What Is The Mechanism Of Chiller AC?
The mechanism of a chiller AC is that it facilitates cooling into space via ductwork. The ducts are integrated into your home or industrial building. It works by drawing out any excess heat from the interior space and releasing it outside.
The split system AC has a compressor that works by condensing and circulating the refrigerant via an outdoor unit. This process converts gas into liquid wherein it is fed into the evaporator coil (also known as the cooling compartment). At this point, the refrigerant turns into vapor with the excess heat removed from it. As a result, the cooled air is fed back into the interior space.
The entire process is repeated all over again to continually produce a cycle of cooled indoor air. The main difference with a chiller AC from other chiller systems is that with the former you can control the temperature by adjusting the settings on a thermostat.
Chiller Ac System
What Are The Types Of Chiller AC Systems?
There are different types of chiller AC systems to choose from, whether for home or industrial use. The types of chiller AC systems are as follows: central air conditioner, ductless, window, portable, hybrid, and geothermal systems.
A central air conditioning unit is similar to industrial process chiller that is made up of an evaporator, condenser, and compressor. The unit is installed on the roof or onto the foundation. The unit is connected through a duct wherein the cooled air is exhausted and where it draws air from the outside.
Chiller Ac Plant
The ductless air conditioner is the best choice for houses that lack ductwork. This type of air conditioner is made up of a condenser and an outdoor compressor. It is made up of various indoor air handling units. It is typically attached to a wall and has blowers along with it. The indoor and outdoor units are connected via a tube. There will be a separate unit that is installed in every room in the house.
The window unit is one of the most common types available, especially in residential use. The components are found within a single box. Each unit is a thermostat gauge that enables the user to adjust the ideal temperature.
The portable unit is similar to a window system in terms of design and operation. However, the main difference would be that the portable AC can be moved to a different location. It is freestanding so you can move it to anywhere you need air conditioning for. As long as you have access to a power outlet, then you are good to go.
Water Chiller Ac
The hybrid air conditioner is another type of chiller AC in the market. As the name suggests, it runs on either fossil fuel or electricity (if you want to save money and energy). It can also be used for heating and cooling, depending on the season.
Finally, the geothermal heating and cooling heat pump system utilize geothermal energy to absorb heat from the ground and use it to provide heating for your home. A geothermal coil is buried underground to help facilitate heating and cooling. This is one of the most sustainable options available for a chiller AC system. It has one of the longest life spans, too.
Air Cooled Chiller
What Are The Applications Of Chiller AC?
There are many uses for a chiller AC that would make it a worthwhile investment. It is very commonly used in homes and residential buildings. However, a chiller AC is also a top choice for office buildings. It is different from other chiller systems that require more extensive cooling, such as factories, hotels, laboratories, manufacturing plants, and the like.
What Refrigerants Are Used In Chiller AC?
There are several types of refrigerants used in operating a chiller AC. Among the most commonly used ones include chlorofluorocarbons (R12), Freon (R22), and Puron (R410A). You can determine which refrigerant to use for which system by checking the sticker that is attached to the compressor or evaporator. This will normally indicate the type of refrigerant to use.
Chiller Ac Unit
How Does Chiller AC Lose Efficiency?
There are several reasons why a chiller AC might lose its efficiency. An aging system is one such reason. Over the years, the chiller AC unit will show signs of wear and this can cause the level of efficiency to drop significantly. It is, therefore, important to give the unit proper maintenance to ensure that it remains as its optimal conditions.
A dirty condenser is another reason why the AC unit is not as efficient as it normally would. This is very typical when layers of dust and debris collect over time. Make sure to hire a professional to do the cleaning for your AC’s condenser.
Clogged air filters contribute to lowering your chiller AC’s efficiency over time. The air filter is designed to protect the internal parts of the unit. Once the air filter is clogged, though, it can restrict the flow of air and use up more energy to power itself on. Make sure to have the air filter cleaned every few months.
What Is The Lowest Temperature For Chiller And AC?
Most air conditioning units are able to reach a temperature as low as16 degrees Celsius. On the other hand, a chiller can reach up to as low as 2 degrees Celsius. Some chiller systems can even reach below zero temperature, which is essential in some industries.
Chiller Ac System For Home
Do You Need Chiller Or AC?
The extent of the cooling requirement is an important factor to consider when trying to determine if you need a chiller or AC. While they both serve the purpose of cooling, the amount of cooling requirement must be taken into account.
Chiller Ac For Home
A chiller AC is one of the most commonly used cooling systems there is. When choosing an AC, it is important to know that there are many AC systems available to choose from. Take time to learn the different types of air conditioning systems to find the best fit for your cooling needs.
How Do You Choose A Chiller AC?
Choosing the best chiller AC to invest in will depend on the size of the space that needs to be cooled. It is also important to consider the purpose of the cooling. If it is for office or commercial use, then you need to maintain a specific type of temperature. But if the purpose is for industrial reasons and to offset the heating that is generated by industrial equipment, you will need a more powerful cooling.
You should also consider the efficiency of the chiller AC system you choose. You have to remember that the unit will probably run for several hours at a time, or continually. An energy-efficient unit will save you tons of energy and money in the long run.
Choosing the right Chiller AC seems easy and straightforward. However, it rarely ever is because there are complex processes that you need to take into account. When choosing a Chiller AC, for example, you need to know the cooling requirements and capacities before you make an investment.
In this guide, you will find a series of questions that you will find yourself asking when you are choosing the right system to buy. Take note of the information provided to use as your buying guide for a Chiller AC.
Figure 1 – Chiller AC
How Does A Chiller AC Work?
The Chiller AC is developed specifically for application in an air conditioning system. Its primary function is to be used as part of an HVAC system that can regulate temperature within a residential or commercial building, such as malls or offices.
There are different sizes of air conditioning systems depending on the intended usage and specific installation. In this system, the chilled water is distributed to coils – also known as heat exchangers. From there, it is forwarded to the air handlers that are known for generating cooled air.
The cooling coils function by transferring heat from the air to the chilled water. This process cools and dehumidifies the air stream. A typical Chiller AC has a rating of 50 KW. The chilled water temperature for most air conditioning units average anywhere from 2 to 7 degrees Celsius, which is enough to meet standard cooling requirements.
What Is Chiller In Air Conditioning?
A chiller in air conditioning is responsible for facilitating a vapor compression mechanical action towards the refrigerant. It is connected to the chiller system through the evaporator. This makes it possible for a refrigerant to circulate throughout the system to generate cooled air.
Figure 2 – Chiller Air Conditioning
What Happens When The Chiller AC Fails?
When the chillers for an air conditioning system do not work or are inoperable, they should be replaced or repaired. In most commercial applications, they have an emergency chiller on stand-by when this happens. This will ensure that there will be a consistent supply of cooled air to regulate the temperature in a building.
You can also get access to rental chillers. These units are available for on-site deployment when the main chiller unit in a Chiller AC fails.
Figure 3-Chiller AC After-service
Why Choose Chiller AC Over Traditional Air Conditioners?
The use of traditional air conditioning units is very common in residential uses or spaces. However, they may not be sufficient when it comes to large-scale installations like office buildings, malls, and other commercial spaces.
The large-scale applications of a Chiller AC require different ways to manage the air handling and air conditioning. The cooling process for these installations requires water to aid in regulating the temperature. This is why chilled-water and cooling-tower AC units are very common.
They provide a more consistent flow of cooled air using chilled water. In comparison, traditional air conditioning units will require the use of a lot of energy in order to meet the cooling requirements of the said applications.
Figure 4 Chiller System
Do You Need Refrigerants In A Chiller AC?
Yes. A chiller system AC would require the use of a chemical compound known as refrigerants. These chemicals have properties that enable them to transform when exposed to low temperatures.
In an air conditioning system, there are fans that transport warm interior air to the coils that are filled with refrigerants. When these two come into contact, it facilitates the cooling process that helps to regulate temperature in a building. That air is distributed through a series of funnels and coils.
What Is A Chilled Water System AC?
The chilled water system is one of the most common types of chiller system AC use. This type of chiller AC is typically installed behind or on the roof of a building. It works by cooling water until it is approximately 4 to 7 degrees Celsius in temperature.
Once the water is chilled, it goes through a network of pipes that are connected throughout the building and into the air handlers. As long as the pipes are properly insulated, there is no limit to the length of the network of pipes that you can install.
Figure 5 Water Cooled Chiller Plant AC
What Are The Parts Of An Air Conditioner?
There are several parts that make up an air conditioning unit. Each of these parts has a significant role to play in producing chilled air and distributing them afterwards.
- Evaporator – This is where the liquid refrigerant is initially sent to.
- Condenser – This component is responsible in facilitating the heat transfer.
- Expansion Valve – This one ensures that the refrigerant is passed onto the evaporator.
- Compressor – This is responsible for pressuring the refrigerant so it can transform from liquid to vapor.
Figure 6 – Industrial Water Chiller Applications
What Is The Function Of An Economizer In Chiller System AC?
The economizer is one of the essential components of a chiller system AC, or any types of chillers for that matter. It is typically mounted outdoors, such as on the roof of a building.
This part of the chiller system AC evaluates the quality of the outside air temperature and the level of humidity. When there is an appropriate level of temperature from the outside air, it uses that outside air to generate cooling for the building.
For example, if the temperature outside is low, it will require for the HVAC system to work less in order to generate cooling. This is called economizer because it helps to improve the efficiency of the system so that you can also lower the energy used.
When paired with an efficiently designed chiller system, experts believe you could save up to 30% of energy usage with an economizer.
How Does The Cooling Tower Technology Work?
The use of a cooling tower is another method that boosts the efficiency of a chiller system AC, particularly for large applications. In a traditional air conditioner, air is used in order to extract heat from the compressor coils.
But in a large chiller system AC, a cooling tower is necessary. The tower is responsible for creating a consistent flow of cool water that enters the heat exchanger. This process cools the hot condenser coils. The tower emits air through the water that activates an evaporation process.
One of the downsides to the cooling tower technology for air conditioning is that there should be access to a consistent supply of water. Some amount of liquid is lost during the evaporation process. Therefore, you must have a reliable water source to use for the entire chiller system AC.
Figure 7 Water Cooling Plant tower
What Are The Fan Coil Units For?
The fan coil units are one of the primary components that are used to operate a Chiller AC. It has an important role to play to facilitate in the cooling process through the system.
Once the chilled water is passed onto the fan coil units, it absorbs heat from the space with the use of the fins and fans attached to it. It activates an air-heat exchange process. Each of the fan coil units is equipped with its own thermostat that ensures the temperature is regulated to achieve the desired cooling.
Once heated up, the chilled water is roughly at 13 degrees Celsius at this point. That extra heat is extracted so that the water can be as low as 6 degrees Celsius before it is introduced to the evaporator and the cooled air is released.
The entire process is repeated once again with the fan coil units playing a vital role in making the Chiller AC work as it should.
Figure 8 – Air Cooled Water Chiller
How Do You Maintain A Chiller AC?
Proper maintenance is an integral step to make a Chiller AC last. Any mechanical device or equipment must be given frequent cleaning and care to ensure that each of the components is functioning well.
The cost of maintenance of a Chiller AC is lower as compared to the industrial chillers. However, it is important that they are done periodically so that you can prevent any damage. For commercial or industrial uses, there should be a dedicated team responsible for the maintenance of the Chiller AC units.
Maintenance is important not just in extending the life of the AC units and systems. They also help to improve the efficiency so they cost less to run.
What Is The Difference Between Chiller And AC?
There is no significant difference between a chiller and an AC (air conditioning) unit. They both employ the same cooling process and technology.
The primary difference with a regular AC unit is that it is smaller in size and cooling capacity. A chiller AC is designed for large-scale usage. The latter is able to provide cooling for a larger space than what you would mostly find in residential spaces.
On the other hand, a chiller system is designed for commercial, industrial, or manufacturing use. It is more complex than AC units because they not only have to meet larger cooling requirements but be able to do so in a continuous basis (some applications even require 24/7 cooling).
How Does Chiller AC Differ From Process Chillers?
A process chiller is a method of cooling that is designed to regulate temperature for certain processes that generate heat energy. For example, in a manufacturing plant that uses heavy machinery and equipment, the temperature can easily go up once the equipment are operational.
Figure 9 – Process Water Chiller
Due to the excess amount of heat generated with the use of certain machinery or equipment, it can affect the temperature of that space or building. Chillers are employed in order to counter the effect of the heat produced from the equipment. This makes the temperature within a manufacturing plant or industrial space suitable enough.
On the other hand, a Chiller AC has the sole purpose of providing cooling for a building or office. The cooling effect is not generated in response to heat energy generated from the operation of certain equipment.
What is a Chiller AC Unit?
A chiller AC unit is a great addition to any home, building, or office.
Always choose the finest type of air conditioning system to cool residential and commercial areas for best results.
Check out the top-of-the-line chiller AC units from Geson, one of the best providers of heating and cooling products worldwide.
A chiller AC unit is a type of air conditioning system that uses the concept of vapor compression.
They come with a refrigeration system that links the process water to the evaporator.
It is a complex system that moves the refrigerant and circulates it through the evaporator, condenser, compressor, and expansion valves to achieve efficient cooling.
Figure 1: Geson Chiller AC Unit
How Does a Chiller AC Unit Works?
A chiller AC unit for home works by allowing the coolant to continuously flow through the process water system at a much lower temperature.
As a result, it generates cold air of around 50 degrees Fahrenheit or 10 degrees Celsius.
To make a chiller ac unit work, it requires the seamless functions of its major parts, such as the evaporator, condenser, and compressor.
Why is a Chiller AC Unit Used?
The primary use of a chiller AC unit is to transfer heat from an indoor area to an outdoor space.
As a heat transfer device, it helps in cooling spaces and making them comfortable.
This is the reason why you will likely see a chiller AC unit inside homes, offices, buildings, and factories.
Where is a Chiller AC Unit Used?
A chiller AC unit has many applications in residential and commercial settings.
Because of its efficient cooling capabilities, it is widely used in many homes and offices today.
Additionally, they also are very useful in factories, hotels, large arenas, and other larger spaces.
Is a Chiller AC Unit an Air Conditioner?
A chiller AC unit is a special type of chiller air conditioner system used to cool huge areas.
Generally, air conditioners are most useful in small buildings.
Chiller plant AC units, on the other hand, will function very well in much larger areas.
What is the Difference between a Chiller AC Unit and a regular Air Conditioner?
A chiller fridge AC unit and a regular HVAC chillers air conditioner vary greatly in size, function, and application.
While chiller plant AC units may work in residential and commercial chiller plant settings, their functionality also covers a lot of industrial chiller system applications.
Chiller AC units have seen applications in tooling equipment production, assembly process chiller, and MRI machines, among others.
How Does a Chiller AC System Diagram Look?
When you look at a chiller AC system diagram, you’ll see how its major parts link together.
The compressor is where the refrigeration cycle begins as it transforms low-pressure and low-temperature gas into a high-pressure and high-temperature coolant.
Then it passes through the condenser and evaporator to complete the cooling cycle.
Figure 2: Chiller AC Unit Diagram
What are the Types of Chiller AC Units?
Chiller AC units may come in four types, namely the reciprocating, screw-driven, centrifugal, and absorption types.
An electrical system, gas turbine, or steam commonly powers the reciprocating, screw-driven, and centrifugal types.
The absorption chiller AC unit, on the other hand, uses hot water or steam to jumpstart the cooling process.
What is a Rooftop Chiller vs AC Unit?
Rooftop chiller AC unit is a special type of chiller that is cooled by the air, which is why experts refer to them as air-cooled chillers.
There is also another type, the water-cooled chiller, which experts install in basements.
Although both are different in the way they work, they share the same functionality and purpose.
Figure 3: Rooftop Chiller AC Unit
Where Do You Put a Chiller AC Unit?
Where you install a chiller AC unit will largely depend on its type.
Experts install air-cooled chillers outdoors as they require a good amount of air to function.
On the other hand, it is possible to install water-cooled chillers indoors.
What is the Correct Temperature for a Chiller AC Unit?
There may be different settings for every chiller AC unit, and it depends on its make and structure.
However, the ideal temperature for chillers is below 35 degrees Celsius or 95 degrees Fahrenheit.
At this ambient temperature, the chiller will work seamlessly and efficiently.
What is the Maximum Temperature a Chiller AC Unit Should Reach?
The maximum temperature of a chiller AC unit will depend on its type.
For cooling purposes, the maximum is at 50 degrees Celsius.
If you’re using the chiller for special purposes, such as transporting or storing cold-chain medications, then the maximum temperature can be much lower, like 35 degrees.
What Should You Do if Your Chiller AC Unit is Not Cooling the House?
If you notice that your chiller AC unit is not cooling your house or any space, then it is time to do some troubleshooting.
First, check the thermostat to see if it is working properly.
If it is, go to the condenser next. Block or dirty condensers may cause the chiller not to work optimally.
What is the Best Chiller AC Cooling Technology for Homes?
There are different cooling technologies used in homes and similar spaces.
When it comes to efficiency, experts highly recommend the use of evaporative chillers.
These chillers use up to 70% lesser energy, which means they are much cheaper to use.
How Do You Find the Best Chiller AC Unit for Home?
Find an expert to help you find the best chiller AC unit for home.
They will do some assessments, measurements, and calculations to determine the cooling capacity that your home requires.
There are also several other factors to consider, such as the size of your home and your desired comfort level.
Do Chiller AC Units Have Reset Buttons?
There is almost always a reset button on every chiller AC unit.
But to know for sure, check the manual. Manufacturers label the reset button properly.
You may find it in the control panel section, although it may be very small and unnoticeable.
How Do You Determine a Broken Chiller AC Unit?
There are a few tell-tale signs indicating that your chiller AC unit has broken with the most common is that it is blowing hot air.
Another sign of a problem is the presence of moisture or leaks, as well as having high humidity levels.
If your chiller AC unit also produces unusual sounds and smells, then it is time to call the experts.
How Do You Test a Chiller AC Unit?
To know if your chiller AC unit is working optimally, you have to check the air coming out its vents.
They have to be cold enough to cool your home, especially if they have been running all day.
There shouldn’t be any ice on the coils and refrigerant lines. You also shouldn’t be paying too high energy bills.
Is it OK for a Chiller AC Unit to Run All Day?
It is generally okay to let your chiller AC unit running all day, especially during the summer.
However, try not to put it on full blast at all times as that will put the system in a lot of strain.
Putting it on full blast may lead to inefficient cooling, high energy bills, and frequent repairs.
Can You Run Your Chiller AC Unit 24/7?
While you may run your chiller AC unit all day, try not to turn into a workhorse with a 24/7 operation.
In this condition, the chiller will require a higher level of maintenance and frequent repairs because it has countless moving parts.
If you need the chiller to run 24/7, be sure that they are cycling properly for seamless operation.
How Many Hours Should a Chiller AC Unit Run Per Day?
Cycling, or simply turning on and off the system, is necessary so as not to put unnecessary strain on the unit.
Many modern-day chiller AC units do this automatically, allowing them to work for a longer period of time.
In theory, chiller AC units should follow a 10- to 20-minute cycle time.
What Happens if a Chiller AC Unit Runs for Too Long?
If a chiller AC unit runs for too long without cycling, then it won’t effectively remove moisture from the air.
As a result, the room will have clammy and moist air.
More notably, it is going to consume excessive amounts of energy, which leads to higher electricity bills.
How Do You Know If Your Chiller AC Unit’s Compressor is Bad?
The compressor of a chiller AC unit is bad once it starts making clattering, screeching, or growling noises.
In some cases, there will be electrical failures as well, causing your AC to start up slower or not at all.
Other indications include diminished airflow, circuit breaker problems, and hot air blowing.
What is the Fastest Way to Cool a Room using a Chiller AC Unit?
To cool rooms much faster using a chiller AC unit, you may start by insulating the area.
The next step involves dehumidifying the air.
Other things that may help include covering the windows, minimizing the use of hot motors, and using a ceiling fan.
How Should You Set a Chiller AC Unit During the Summer?
During the summer, the most ideal setting of a chiller AC unit is 78 degrees Fahrenheit or 26 degrees Celsius.
While this setting may seem high, it is how you can get your spaces to stay cool without using too much energy.
There may be a different setting for every chiller AC unit, so be sure to check the manual.
What is the Most Economical Setting for a Chiller AC Unit?
78 degrees Fahrenheit or 26 degrees Celsius is the most efficient setting of chiller AC units regardless of the season.
If you can keep your unit running at this temperature all year round, then you will likely save a lot on cooling.
Keeping it down several notches, like at 72 degrees Fahrenheit or 22 degrees Celsius, may mean additional savings of up to 47%.
How Can You Improve the Function of Your Chiller AC Unit?
To further improve the functions of your chiller AC unit, consider retrofitting it to run at variable speeds.
You should also think about installing a couple of them or at least other parallel devices to optimize savings.
You may also increase the device’s temperature setting or make it run at a partial load.
What are the Features of a Geson Chiller AC Unit?
Geson manufactures some of the best chiller AC units in the world.
Their units come in various cooling capacities, ranges, and loads. They also come with a guaranteed fail-safe operation of over 40,000 hours.
All of these come at a very affordable cost.
Why Should You Buy a Geson Chiller AC Unit?
Geson has decades of experience and expertise in chiller AC unit manufacture and design.
Their engineering and product design teams build high-quality chillers for various applications and settings.
If you are looking for a world leader in chiller unit manufacturing, then you should seek out Geson.
How Do You Buy a Chiller AC Unit from Geson?
Geson builds top-class chiller AC units and delivers them to the global market.
If you want to buy a chiller AC unit from Geson, simply contact any customer service personnel for assistance.
Expert technicians get in touch with you and will help you make the right choice.
What Chiller AC Unit Should You Purchase?
There are different types of industrial chiller available from Geson and you should get the one that matches your requirements.
As a one-stop-shop for chiller AC units, expect to find machines of various capacities and temperature settings.
There are water-cooled chiller, air-cooled chiller, screw chiller, scroll chiller, and centrifugal chillers available in the inventory.
What are the Most Common Applications of a Geson Chiller?
Geson has many clients around the world, and these clients use their chillers used in various settings, including the pharmaceutical chillers, chemical chillers, and telecommunication industries.
Figure 4: Geson Chiller Plant AC Unit
Whether you’re a residential, commercial, or industrial user, there’s a Geson chiller AC unit that is right for you.
Talk to us to know how a Geson chiller AC unit fits into your requirements.