Condenser: Shell and Tube Heat Exchanger, Sleeve Type Heat Exchanger, Shell-coil Type Heat Exchanger, Spiral Plate Type Heat Exchanger;
Types of Evaporator: Dry Type, Recirculation Type, and Flooded Type;
Cooling Capacity Ranges: 30 Ton~4500 Ton.
Coolant Temperature: From -140℃ to 30℃
Compressor Energy Efficiency is 20%~30% Higher;
Adopts Famous Bitzer compressor, Hanbell compressor, Fusheng compressor;
Automatic Detection of Cold Water Outlet Temperature and Operating Conditions;
Application Industry: Plastic Processing Industry (Molding Mold Cooling and Injection Molding Cooling, Extruding Machine Cooling), Machine Tool Industry (Hydraulic Media Cooling), Medicine, Chemical Industry, Food Processing Industry, Air Conditioning, and HVAC Industry
Top Brand Components Ensure Your Top Quality Chiller
Top Quality Screw Compressor With Certificate
Adopts Famous Brand Compressor;
Semi-hermetic 5:6 Screw Compressor; Compressor Energy Efficiency is 20%~30% Higher; Available with R134A/R407C/R410A/R510A and etc.
40000 Hours of Trouble-free Operation
Screw Compressor has Approved ISO9001, CRAA、CE、PED、UL Certification;
Reliable Microcomputer Control System
PLC Programmable Controller LCD Touch Controller Automatic Detection of Cold Water Outlet Temperature; Automatic Detection of Operating Conditions; Automatically Record the Alarm and Send Trouble Alarm; Can Realize Remote Control; Reserve RS-485 Communication Interface, or Ethernet Port; Customize Display Language: Chinese, English, Russian, Spanish；
High-efficiency Shell and Tube Heat Exchanger
Low Maintenance Cost, Easy Operation;
Long Cleaning Cycle and Convenient Cleaning;
Fast Heat Exchange Speed;
High-Temperature Resistance 400℃;
High-Pressure Resistance 2.5Mpa;
Can be Used Under High Temperature and High Pressure
Adopts Copper Tube with Rolled Fins on the Outer Surface,
Which Has High Thermal Conductivity and Large Heat Exchange Area; Long Service Life Up to More Than 20 Years;
Brand Refrigeration Components：
Famous Brand Expansion Valve;
Brand Filter Drier
Has Electronic Expansion Valve
Or Thermoexpension Valve
Ensure the Stable Operation of the Industrial Water Chiller Unit.
Top Quality Electrical Components：
Famous Brand A.C Contactor, Relay, Thermal Protector,
Brand Pressure Controller, Filter Drier to Ensure the Reliability of the Industrial Water Chiller Unit
High-Efficiency Copper and Aluminum Fins Condenser：
Heat Transfer Performance is Good, Stable, Air Resistance is Small.
You can get the water chiller refrigeration system capacity from 3 Ton~4500 Ton, and temperature from -145℃~25℃.
Geson water chiller refrigeration system has been widely applied in the industry and Commercial facilities. Pharmaceutical, Chemical industry, Plastic Injection and extruding machinery, Artificial Real Ice Rink projects, Computer data center room, Food, and Beverage process cooling, Cold storage room, MRI and Laser machine, Rubber, Printing, and many other industries. Or large shopping malls, hotels, factories, hospitals, and other central air-conditioning projects.
Geson water chillers have been exported to the Americas, Europe, Middle East, Africa, Southeast Asia, and was praised by customers all over the world.
We will offer one-stop water cooled chiller solutions with the highest reliable quality products and service.
Professional Model Selection with Over 20 Years Manufacturing Experience
You will get a professional excellent solution from our Geson experienced engineering team. Which has designed for over 10000 projects.
Reach the Best Solution.
Your benefit is our responsibility. High-efficiency Communication will create the value for you.
Standardized Production Management
Exceed your expectation quality, strict QC control on each manufacturing process point.
Strict Quality Testing
National glass sophisticated testing laboratory, 47 times process inspection, manufacturing inspection, quality inspection, operating testing, pre-delivery inspection.
Just in Time and Safety Delivery
15 days of lead time. And you will get the perfect water chiller from Geson, use a professional delivery company, product transportation insurance, and wooden cases package will ensure the safety of your goods.
Prompt After-sale Services
Answer the customer’s phone within 30 minutes to respond, 2 hours to give a solution, 24 hours to arrive at the scene, 48 hours to get a return call. Ensure you get the best quality of service.
Ultimate FAQ: Water Cooled Chiller System Manufacturers in China | GesonChiller
A water cooled chiller system is one of several types of chillers that have numerous applications in various industries. Find out more about its uses and other information you need to know about operating the system with this list of frequently asked questions.
A water chiller is normally intended for chillers use as an indoor installation.
Since it processes water source to produce a cooling effect, it is more stable in performance than other types of the chiller.
Figure 1: Water Cooled Chiller System
How Water Cooled Chiller Works?
This system involves two steps to perform the heat transfer. The first step is when introduce heat which coming from the refrigerant vapor into the condenser water. After that, introduce the warm condenser water into a cooling tower wherein disperse heating into the atmosphere. This leaves you with the cool water that provides a cooling effect to a particular space.
Water Cooled Chiller Diagram
What Type of Water for The System?
There are many possible sources for water in this system. In most cases, cold water is readily available, especially when install the system near a body of water. Use this water source directly in order to supply the system with the water it needs to function.
In other parts of the world, also use a deep water source for the cooling system. Other systems use cold lake water, whenever available, which is the case with cold climate areas.
Should You Choose Water Or Air Cooled Chillers System?
There are a few differences between a water cooled and air cooled chillers that would differentiate them from each other. Air chiller generates a cooling effect from the ambient air. On the other hand, water chiller generates it from a water source that is cooled in the process.
Air Cooled Chillers vs Water Cooled Chiller
Recommend a water chiller for cooling medium to largea installations. It is also a good option when there is a sufficient water supply nearby. This system is preferr in most cases because it is not dependent on the fluctuations of the ambient air in the immediate environment. However, if the lack of water supply is an issue, then chillers air cooled chillers is the best option.
Chiller System Diagram
Which Refrigerant Is Used In a Water Cooled Chiller System?
There are many types of refrigerants commonly for chiller systems. In the case of cooled chiller, obviously, water is the refrigerant. This comes as a result of the desire to transform this system into a more eco-friendly and sustainable one. The only downside to this type of refrigerant is that it is vulnerable to changes in temperature and can cause corrosion to the components.
Refrigerant Is Used In a Water Cooled System
When Should You Use a Water Cooled Chiller Sytems?
A chiller is the best option to cool buildings or any space that require a centralized cooling system. This system is capable of providing centralized cooling, which is more practical compared to installing several smaller cooling equipment.
What Is The Difference Between Air and Water Chiller Sytems?
There are two primary differences between the air and water cooled chiller. The first major difference is in the source of refrigerant. While chiller uses a water source to provide a cooling effect, the air-cooled chiller draws ambient air in that is then processed by the system.
Air Cooled Chiller Diagram
The second main difference between the two is in terms of the application. An chillers air cooled chillers is suited for smaller installations whereas the water cooled system can be for cooling medium to large scale applications. The third is commonly for cooling buildings and large spaces because it has more cooling capacity.