Your Leading Water Chiller Supplier
 

Kansa Refrigeration, a renowned name in the industrial refrigeration sector, has been a leading force since its establishment. Our state-of-the-art factories are the backbone of our high-quality product range. Today, Kansa's products, includingchillers, oil coolers, and cabinet air conditioners, are exported to many regions. Its continuous innovation and commitment to quality have enabled it to gain a firm foothold in the international market, and it remains dedicated to further expanding its global reach.

 

 
  • 50 Ton Water Cooled Chiller
    Cooling capacity: 182.0kW
    Total power input: 44.0kW
    Pump power input: 4.0kW
    Pump head: 22m
    Cooling water flow rate: 39.1m³/h
    Noise: 67db(A)
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  • 100hp Water Chiller
    Cooling capacity: 320kW
    Compressor quantity: 4net
    Condenser type: Shell and tube type
    Condenser water flow rate: 68.8m³/h
    Condenser water pipe size:...
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  • 150 Ton Water Chiller
    Cooling capacity: 480kW
    Compressor quantity: 6net
    Condenser type: Shell and tube type
    Condenser water flow rate: 103.2m³/h
    Condenser water pipe size:...
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  • 100 Ton Water-cooled Chiller
    Cooling capacity: 400kW
    Compressor quantity: 5net
    Condenser type: Shell and tube type
    Condenser water flow rate: 86m³/h
    Condenser water pipe size:...
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  • 200kw Water Chiller
    Cooling capacity: 240kW
    Compressor quantity: 3net
    Condenser type: Shell and tube type
    Condenser water flow rate: 51.6m³/h
    Condenser water pipe size:...
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  • 40 Ton Water Cooled Chiller
    Cooling capacity: 152.0kW
    Total power input: 36.7kW
    Pump power input: 3.5kW
    Pump head: 26m
    Cooling water flow rate: 32.7m³/h
    Noise: 66db(A)
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  • 40hp Water Chiller
    Cooling capacity: 128.0kW
    Total power input: 32.0kW
    Pump power input: 3.5kW
    Pump head: 32m
    Cooling water flow rate: 27.5m³/h
    Noise: 65db(A)
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  • 30hp Water Chiller
    Cooling capacity: 96.0kW
    Total power input: 22.2kW
    Pump power input: 2.2kW
    Pump head: 24m
    Cooling water flow rate: 20.6m³/h
    Noise: 64db(A)
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  • Cold Water Chiller
    Cooling capacity: 78.0kW
    Total power input: 19.0kW
    Pump power input: 2.2kW
    Pump head: 26m
    Cooling water flow rate: 16.8m³/h
    Noise: 63db(A)
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  • 3 Ton Water Chiller
    Cooling capacity: 9.9kW
    Total power input: 2.3kW
    Pump power input: 0.37kW
    Pump head: 24m
    Cooling water flow rate: 2.1m³/h
    Noise: 55db(A)
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  • 5 Ton Water Chiller
    Cooling capacity: 9.9kW
    Total power input: 2.3kW
    Pump power input: 0.37kW
    Pump head: 24m
    Cooling water flow rate: 2.1m³/h
    Noise: 55db(A)
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  • 6 Ton Water Chiller
    Cooling capacity: 19.6kW
    Total power input: 4.9kW
    Pump power input: 0.75kW
    Pump head: 32m
    Cooling water flow rate: 4.2m³/h
    Noise: 56db(A)
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Why Choose Us?

Advanced equipment

Our has modern industrial space, Equipped with advanced automated production lines, it houses a full set of high-tech machinery. The factory also features a complete finned heat exchanger production line, a high-vacuum cold well degreasing furnace, and automated production lines for water tanks and fluorine pipelines.

 

Quality control
We implement a rigorous quality control system at every stage of production, from raw material inspection to the final product.

 

One-stop solution
Kansa Refrigeration's industrial chillers boast extensive applicability across global industries, delivering stable, efficient cooling solutions that align with diverse production needs—making them a trusted choice for international clients.

 

Sale services
Our comprehensive pre - sale, sale, and after - sale services are designed to ensure your complete satisfaction.

 

 
 
Types of Water Chillers

Air-cooled chillers

Air-cooled chillers use air to dissipate heat from the refrigerant. They are commonly used in smaller to medium-sized applications where water is not readily available or where water conservation is a priority.

Water-cooled chillers

Water-cooled chillers use water to remove heat from the refrigerant, which is then dissipated via a cooling tower. These chillers are typically used in larger applications where higher efficiency is required.

Absorption chillers

Absorption chillers use a heat source (such as natural gas, steam, or hot water) to drive the refrigeration cycle. They are an alternative to electric chillers and are often used in applications where waste heat is available.

Portable chillers

Portable chillers are compact, self-contained units that can be easily moved and installed. They are used in applications requiring temporary or supplemental cooling.

 

 

Advantages of Water Chillers
 

Energy efficiency
Water chiller-enabled process cooling is a very efficient method for various reasons. To begin with, water chillers operate independently of ambient environmental temperatures, allowing them to avoid system inefficiencies that occur with fluctuations in ambient thermal conditions. Furthermore, due to their principle of operation (using water to dissipate heat from a system), water chillers are very effective in rapidly lowering the temperatures in larger industrial applications.

 

Increased production speed
Water chillers can boost production speed by optimizing process temperatures. Maximum efficiency is obtained under properly regulated thermal conditions, and water-cooled chillers can guarantee a stable process environment. Additionally, water chiller systems prevent damage to heat-sensitive industrial components preventing undesirable repair downtime that might slow or even halt production altogether.

 

Quiet operation
Process chilling done using water-cooled industrial chillers is a noiseless one. This is another major advantage of using water chillers. They possess few dynamic components and, as such, will not generate unwanted noises in an industrial environment. This will allow their use in virtually any setting with good compliance with industrial noise level regulations.

 

Greater flexibility
Water chiller systems are very flexible industrial devices that can be modified to operate in various indoor and outdoor settings. Dependent on operator requirements, water-cooled chillers can be manufactured in a vast range of sizes and configurations to ensure maximum process compatibility.

 

200kw Water Chiller

 

Applications of Water Chiller

There are a number of applications where this can be useful, including:

 

Plastic manufacturing processes: Cooling operations involved in mechanical molding.

 

Metal and machine manufacturing: Reducing thermal deformation and improving accuracy.

 

Food and beverage industry: Maintaining precise temperatures for processing and storage.

 

Chemical and pharmaceutical manufaturing: Ensuring optimal conditions for production processes.

 

Medical facilities: Cooling systems for MRI machines and x-ray equipment.

 

District cooling systems: Supplying chilled water to multiple buildings or facilities through a network of pipes.

 

Modern data centers: Where they help cooling IT equipment in order to guarantee it operates within safe temperature ranges.

 

 

FAQ

 

Q: What is a water chiller and where is it used?

A: A water chiller is a refrigeration system using water as a secondary refrigerant. It's commonly found in HVAC, district cooling, hydroponics, food processing, pharmaceuticals, cold storage, and industrial processes requiring reliable temperature control.

Q: How does the vapor compression cycle work in water chillers?

A: The vapor compression cycle uses refrigerant that alternates between liquid and vapor states, cycling through compression, condensation, expansion, and evaporation. This cycle efficiently transfers heat, enabling precise cooling for various applications.

Q: What is the purpose of the chilled water loop in a water chiller system?

A: The chilled water loop distributes cooled water or antifreeze to air handlers or process equipment, removes heat, and returns the warmed fluid to the evaporator. This arrangement enables centralized, energy-efficient cooling for large facilities.

Q: How are water chillers classified according to the type of condenser?

A: Water chillers are classified as either air-cooled or water-cooled. Air-cooled chillers use ambient air to reject heat, suitable for water-limited locations. Water-cooled chillers use cooling towers, offering higher efficiency for large-scale processes.

Q: Which compressor types are available in water chiller systems?

A: Compressor types include centrifugal, screw, scroll, and reciprocating. Each offers distinct benefits based on cooling load, efficiency, maintenance, and noise requirements. Selection depends on the application’s capacity and performance needs.

Q: Why are absorption chillers chosen for district cooling and sustainable projects?

A: Absorption chillers utilize thermochemical processes and available heat, reducing electricity use and greenhouse emissions. They’re favored for district cooling and green building projects seeking environmentally friendly, cost-efficient solutions.

We are one of the most reliable water chiller manufacturers and suppliers in China, featured by quality products and good service. Please feel free to buy water chiller in stock here and get quotation from our factory. We also accept customized orders.

15 Ton Water Chiller, 30hp Water Chiller, small industrial chiller
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