TopChiller can design and manufacture all types of coolant chillers for you
- Cooling capacity 1.6KW to 58KW
- Temperature control 7℃ to 35℃
- Reliable scroll type compressor
- Energy efficiency heat exchangers
- High efficiency&compact design
- SS plate type heat exchanger
- Easy installation, operation and maintenance
- For cooling all coolant liquids
Your Premier Hydraulic Coolant Chiller Manufacturer and Supplier Over 20 Years
Coolant chiller is one kind of process chiller for cooling the temperature of the machine coolant before it is circulated through the machine.
TopChiller is your professional coolant chiller manufacturer and supplier in China.
The coolant chiller runs continuously and has a sliding lever on the side of the unit to control the temperature. When set to the max. cooling power, the chiller cools the coolant at a rate of 1-degree per 10 minutes of coolant flow.
High-quality coolant chiller manufactured by TopChiller features some outstanding advantages as below:
1. Our coolant chillers are low noise levels, microprocessor controllers, and compact design
2. Reduces part variation caused by thermal changes
3. Our coolant chiller will Remove heat generated by the machining process
4. Increases thermal stability by using our coolant chiller
5. Our coolant chiller is the excellent cooling performance for mold making applications, Beneficial in all applications that produce high heat.
TopChiller brand Coolant Chillers are used to maintain precise coolant temperature by rapidly rejecting the heat which added during the machining process.
The coolant chillers are used to operate with water as well as oil-based coolant fluids.
As the leader of making coolant chiller, TopChiller is providing various coolant chillers to our customers.
Please contact TopChiller sales to customize your coolant chiller now.
|Coolant Chiller Technical Specifications|
|Power source||1PH~220V/3PH~220V/380V 50HZ/60HZ||3PH～380V/415V/480V～50HZ/60HZ(3PH～200V/220V 50HZ/60HZ)|
|Control||Capillary / thermostatic expansion valve|
|Compressor||Type||Hermetic Rotary||Hermetic scroll ( piston )|
|Condenser||Type||Efficient finned copper tube with aluminum+low noise external rotor fan|
|Air flow (m³/h)||750||1000||1500||2000||2500||3000||4000||5000||6000||8000||10000||12000||15000||20000||25000||30000|
|Evaporator||Type||SS Tank coil / shell and tube type / Plate type heat exchanger|
| Chilled water|
|Water pump||Power (kw)||0.37||0.37||0.37||0.37||0.37||0.37||0.37||0.75||0.75||0.75||1.5||1.5||2.2||2.2||2.2||4|
|Max flow (m3)||5.4||5.4||5.4||5.4||5.4||5.4||5.4||8.1||8.1||8.1||13.5||13.5||25.2||25.2||25.2||36|
|Safety protection||Compressor inner protection, over current protection, high/low pressure protection, over temperature protection, flow rate protection, phase sequence/phase missing protection, low level coolant protection, anti freezing protection, exhaust overheat protection|
The above specifications are according to the following design conditions:
1, 12℃/7℃.Chilled water inlet/outlet temperature 12℃/7℃.
2, 33℃/38℃.Cooling air inlet/outlet temperature 33℃/38℃.
We reserve the right to modify the specification without further notice.
Why TopChiller is Your Reliable Coolant Chiller Manufacturer and Supplier In China?
Coolant Chiller: The Ultimate FAQ Guide
If you have any questions about coolant chillers, the answer is right here.
This guide covers everything about coolant chillers such as efficiency, components, working principle, classification and basic troubleshooting process.
So, before importing coolant chillers, read this guide.
- What is a Coolant Chiller?
- What are the Advantages of Using the Coolant Chillers?
- Are there Limitations to Using the Coolant Chillers?
- How Do You Test the Quality of a Coolant Chiller?
- How Much Does the Coolant Chiller Cost?
- What are the Main Parts of the Coolant Chillers?
- How Many Types of Compressor Systems are there on Coolant Chillers?
- How Does the Coolant Chiller Work?
- What is Dip or Drop-in Coolant Chillers?
- What is the Best Material for the Manufacture of the Coolant Chillers?
- Which is the Best Type of Refrigerant for Use in the Coolant Chillers?
- What are the Main Uses of the Coolant Chillers?
- What is the Purpose of the Antifreeze in Coolant Chillers?
- What are the Effects of High Temperatures on the Coolant Chillers?
- How do you Maintain a Coolant Chiller?
- How Do You Increase the Efficiency of the Coolant Chillers?
- Why Should You Consider Importing the Custom Coolant Chillers from China?
- How Do You Troubleshoot a Coolant Chiller?
- What are the Main Applications of the Coolant Chillers?
- Which Quality Certifications Must Your Coolant Chiller Have?
What is a Coolant Chiller?
Coolant chillers are electromechanical devices you can use to maintain the proper cooling temperature in the fluid tank.
In most cases, the tank is usually in a remote location with the coolant chiller right next to it.
What are the Advantages of Using the Coolant Chillers?
You will experience numerous benefits by using the coolant chillers in different applications.
Here are some of the benefits of using high-quality coolant chillers.
· Standard Configuration
Coolant chillers will help in maintaining the pressure, temperature as well as water levels in standard configuration.
It has a display that will allow you to easily see the fluctuations in pressure, temperature, and water level for proper maintenance.
· Fast Response
Coolant chillers have very small reaction times that allows you to quickly cool fluids as soon as it detects temperature variation.
You will also realize that it does not allow temperature fluctuations and addresses them within a short period of occurrence.
· High-Quality Components
You will use the coolant chillers for a longer period since the components are of very high quality.
In addition to that, the components have high corrosion resistance levels and have weatherproof properties.
· High Pressure Circulating Pumps
You can also opt for a coolant chiller with high-pressure circulation pumps that will improve the pressure of the chillers.
It can increase the rate of flow of the chilling system to greater pressure of more than 4 bars.
· Perfect for Different Equipment Sizes
You also have the freedom of choosing different types of coolant chillers that can accommodate different devices.
In other words, coolant chillers are available in different sizes that can cool different applications even in laboratories.
Are there Limitations to Using the Coolant Chillers?
Yes, there are particular limitations that you might experience when using the coolant chillers.
Here are some of the disadvantages of using coolant chillers.
High Cost of Maintenance
Coolant chillers have a complex hermetic structure that might prove to be difficult to open and clean.
You will, therefore, go through a hard time trying to dismantle in a case where you have to perform routine maintenance.
How Do You Test the Quality of a Coolant Chiller?
You can test the quality of the coolant chiller by looking at the different components of the chillers.
The whole process will begin from the acquisition of the materials all the way to the delivery of the coolant chillers.
Here are the main areas that will require testing to know the quality of the coolant chillers.
i. Test the Raw Materials
Well, you will begin the testing process all the way from the point where you will acquire the raw materials.
Implying that, you will have to test all the materials that come into the factory from different suppliers.
In addition to that, you will have to test the originality of the materials and ensure that they are of very high quality.
ii. Test the Manufacturing Process
In this case, you will look to test the quality of the machines that you will use to manufacture the coolant chillers.
Apart from that, you will also test the process or procedure of manufacturing the coolant chillers.
All the tests must conform to the international set standards of quality.
iii. Factory Acceptance Test (FAT)
Here, you will test the final product which in this case is the coolant chiller before it leaves the factory.
It must conform to the right specifications before you package and deliver it to the site of installation.
iv. Installation Qualification Test (IQ)
In this case, you will test the machine once again as soon as you complete the installation process.
The aim is to understand if the machine has all the relevant working specifications before it begins operation.
v. Operation Qualification (OQ) Test
Finally, you have to test how the coolant chiller operates in accordance with the specific operating principles.
In most cases, you will refer to the original design and operation specifications as you perform the operation test.
In addition to the tests, you will receive a certificate from the manufacturer as proof that the machine is of high-quality.
How Much Does the Coolant Chiller Cost?
You ought to understand that coolant chillers are available in different variations especially when it comes to quality.
Apart from that, you should also look at the different types of coolant chillers that are available in the market.
Implying that, the cost of the coolant chillers will vary according to the quality as well as the type of coolant chillers.
You will note that high-quality coolant chillers often cost a lot more than low-quality coolant chillers.
This is simply because high-quality coolant chillers use high-quality materials that are costly and durable.
Of course, you will also pay more in case you decide to purchase more coolant chillers with the possibility of discounts.
Generally, you will pay between 5,000 to 300,000 US Dollars for different types and quality of coolant chillers.
What are the Main Parts of the Coolant Chillers?
You ought to understand that the coolant chillers have different components that perform different functions.
These components also work in conjunction with one another to help in cooling different types of chillers.
Here are the main components of the coolant chillers that help in the elimination of excess heat.
· Control Unit or Panel
You will use the control panel to configure, program, and monitor all the operations of the coolant chillers.
It comes complete with a touch screen and a human-machine interface that allows for proper control and monitoring.
· Pneumatic System
You will use the pneumatic or pressure system within the coolant chillers to control the pressure within the coolant chillers.
It has a special connection to the control panel which allows to easily configure the pressure systems.
· Electric Unit
You will depend on the electric unit to provide the machine with enough power to enable normal operations.
It has different parts that help in controlling the quantity of power that the coolant chiller requires for operation.
· Refrigerant Tank or Unit
You will depend on the refrigerant unit to deliver the refrigerant which will help in the absorption of heat.
There are different parts within the refrigerant unit such as the refrigerant tank which is responsible for the storage of refrigerants.
· Compressor Unit
This is the part that will compress the refrigerant thus increasing the pressure as well as the speed of movement.
You can choose from the different types of compressors which include scroll, screw, and centrifugal compressors among others.
· Condenser Unit
Well, the coolant chillers also have the condenser unit which will help in the elimination of heat from the system.
This unit uses water or air to absorb heat from the refrigerants thus condensing it back to liquid form.
· Evaporator Unit
The evaporator is the unit responsible for feeding the refrigerant with the heat that comes from the coolant.
In other words, you will depend on the evaporator to absorb the heat that comes from the coolant.
· Expansion Valve
Y will have to reduce the pressure and speed of the refrigerant to manageable levels where it can work better.
In that case, you will use the expansion valve to control or reduce fluid pressure as it flows to the compressor.
How Many Types of Compressor Systems are there on Coolant Chillers?
You can classify coolant chillers according to the type of compressor that compresses the refrigerant.
Here are the different types of compressors that you can find in different types of coolant chillers.
· Scroll Compressor
It consists of a fixed scroll as well as an orbiting scroll to compress the refrigerants.
You can opt for the scroll coolant chillers for specific applications such as office buildings, clinics, or schools among others.
· Screw Compressor
In this case, the screw compressors use two rotors to compress the refrigerant from low to very high pressure.
It has screws or rotors which will help in the entrapment of refrigerants before compression to high pressure.
· Centrifugal Compressor
In this type of compressor, centrifugal force plays a huge role in the compression of refrigerants.
It is the most suitable type of coolant compressor that you will use in medium to high capacity applications.
How Does the Coolant Chiller Work?
Well, the coolant chillers will work in conjunction with all the main parts to help in the elimination of heat.
You ought to know the role that every part performs in a bid to understand the working principle of coolant chillers.
Here is a step by step process on how the coolant chiller eliminates excess heat from the coolant.
1) Preparation Stage
First, you will have to prepare the machine to work in such a way that it will eliminate the heat efficiently.
You will inspect the machine and ensure that all the components are in the right condition.
Apart from that, you must also refill the refrigerant reservoir to allow the proper supply of the key factor.
As soon as that is complete, you will begin the process by configuring the machine from the control panel.
You will press the start button which will trigger the refrigerant release from the refrigerant storage tank.
2) Compression of the Refrigerant
One of the fundamental operations that lead to the cooling of coolants is the compression of the refrigerants.
In other words, the refrigerant will flow from the storage tank to the compressor which will increase the pressure.
You can opt for one among the numerous types of compressors to increase the pressure and speed of refrigerant flow.
3) Absorption of Heat
Here, the refrigerant moving at high velocity under high pressure will flow over tubes and pipes that contain hot water.
The tubes and pipes have hot water which contains the heat that was released by the coolant you intend to cool.
So, you will increase the residence time of the refrigerant within the evaporator as it absorbs the heat.
It will change state from liquid to gas due to the absorption of heat from the hot water.
4) Elimination of Heat
As soon as the refrigerant has enough heat load, it will flow from the evaporator straight to the condenser.
While in the condenser, it will encounter a stream of cool water or air which will eliminate the heat.
Your choice of coolant chiller will determine the type of chiller which can either be air or water.
The refrigerant will release the heat into the flowing water or air and then condense back to a liquid state.
5) Refrigerant Setting
With the same velocity, the liquid refrigerant will flow to the expansion valve which restores it to its original settings.
Implying that, you will set the expansion valve to reduce the speed and pressure of the refrigerant accordingly.
It will then deliver the refrigerant straight to the compressor in specific quantities and the whole process begins once again.
What is Dip or Drop-in Coolant Chillers?
Drop in or dip in coolant chillers are special types of chillers that you can comfortably submerge in the coolant.
It will help in the cooling of the coolant while inside the coolant.
You can also place it on top of the coolant tank thus cooling the coolant that flows within the tank.
What is the Best Material for the Manufacture of the Coolant Chillers?
You will use different types of materials in the manufacture of coolant chillers.
The best among all the materials that you ought to use is stainless steel materials.
Stainless steel is one of the best materials that you should consider because of the following properties.
· High Tensile Strength
Stainless steel is a very strong material that can withstand high pressure as well as heat and still maintain the structure.
· Corrosion Resistance
In addition to that, you should also use stainless steel because it does not corrode easily.
It will help in eliminating the possibility of contamination of fluids while increasing machine durability.
· Easy to Clean and Maintain
You will also have an easy time cleaning and maintaining stainless steel because it does not stain.
· Heat Absorption Properties
Stainless steel also has very good heat absorption properties which help in the cooling of the coolant.
Apart from that, it also has heat dissipation properties which help in the elimination of heat from the system.
Which is the Best Type of Refrigerant for Use in the Coolant Chillers?
There are different types of refrigerants that you can use in the coolant chillers.
Among them is glycol which is the best type of refrigerant that you should consider using.
Glycol is a water-miscible type of refrigerant that has very high heat absorption and dissipation properties.
In addition to glycol, you can use a mixture of glycol and water which will also work perfectly.
It is a cheaper option that will help in saving the overall cost of chilling the coolant using the coolant chillers.
What are the Main Uses of the Coolant Chillers?
The overall function of the coolant chiller is to control the temperature of the coolant in the coolant chillers.
You can use the coolant chiller to perform a variety of other functions in relation to coolant temperature control.
Here are some of the functions that you can perform using the coolant chillers.
· Stabilization of Coolant Temperature
You will use the coolant chillers to help in the stabilization of the coolant temperatures to recommended levels.
· Increasing Thermal Stability
You will also make the coolants within different types of machine thermally stable by controlling their overall temperatures.
· Reduce Part Variations
You will also be in a position to reduce the variation of parts that usually occur due to thermal changes.
Implying that it will control the temperature variations that usually affect the normal operations of parts.
· Elimination of Heat from Machine
In addition to cooling the coolant, you will also use the coolant chiller to eliminate heat from machines.
It doubles up as a coolant chiller as well as a process equipment chiller that maintains proper industrial production temperatures.
· Stabilizes Environmental Temperatures
You can employ the coolant chillers in the overall function of chilling the production environment.
It can easily cool the coolant alongside the machines as well as the environment thus maintaining proper temperatures.
What is the Purpose of the Antifreeze in Coolant Chillers?
You should have an antifreeze mechanism within your coolant chiller.
The antifreeze will come in handy especially in the cold regions or during the winter seasons.
It will help in preventing the components of the coolant chillers such as the refrigerant from freezing or solidifying.
What are the Effects of High Temperatures on the Coolant Chillers?
You should consider maintaining very low temperatures within the coolant chillers since high temperatures cause quite a number of problems.
Here are some of the problems you might experience with coolant chillers due to high-temperature effects.
Coolant chiller unit
· Scrapped or Rejected Components
You can experience problems such as rejected components of the coolant chillers due to damage from high temperatures.
· Reduction in Service Life
You will reduce the service life of the coolant chillers if you maintain operations at high temperatures.
High temperatures affect the service life of the coolant chillers by destroying or denaturing the main components.
· Wastage of Resources
You will also waste a lot of resources such as the coolant which might evaporate due to very high temperatures.
· Component Wear
The components of the machine can also wear out very easily due to too many temperatures that destroy the parts.
How do you Maintain a Coolant Chiller?
You should maintain the coolant chillers on a regular basis in order to increase the overall efficiency and service life.
That will force you to have a proper maintenance schedule that reminds you to perform routine maintenance.
You should have proper dates when you will simply clean the machine to get rid of the dirt from the system.
You can clean the machine on a daily basis to help in the elimination of dirt or debris that might clog the system.
In addition to that, you should check the refrigerant levels and other fluids and refill them regularly.
Filtration of the fluids as well as cleaning the pipes is one of the major factors you ought to perform regularly.
Apart from that, you should inspect the coolant chillers to identify issues that might arise with the parts.
In case of part problems, you will have to replace them with new ones to allow the machine to function accordingly.
Finally, you should lubricate all the moving parts to eliminate any form of damage that might occur due to friction.
How Do You Increase the Efficiency of the Coolant Chillers?
Well, there are various activities that you will perform during the normal operations of the coolant chillers.
Such activities aim at increasing the overall efficiency of the machine in cooling different applications.
Here are the main activities that you need to perform in order to increase the efficiency of coolant chillers.
· Maintaining Proper Records
You should maintain the records of operation within the coolant chillers to help in proper referencing.
It will give you a very easy time to simply refer and identify operation reduction thus notifying you of a problem.
· Performing Regular Inspection
You ought to inspect the coolant chillers on a regular basis to see the faults in the machine parts.
This will inform you of the parts that need replacement in order to increase the overall efficiency.
· Performing Regular Maintenance
You must also maintain the coolant chillers well to increase the efficiency of the coolant chillers.
It will ensure that the machine is clean, well-lubricated, and with working parts that increase working efficiency.
· Use High-Quality Inputs
You ought to begin the whole process by choosing a high-quality coolant chiller and proper inputs.
In addition to that, you need to hire professionals with plenty of experience in the operation of coolant chillers.
Why Should You Consider Importing the Custom Coolant Chillers from China?
You should import coolant chillers from China because of the following reasons.
· High-Quality Products
You are sure of getting very high-quality coolant chillers when you decide to import from China.
In addition to that, there is a great variety of durable coolant chillers that you can choose from.
· Affordable Pricing
Despite the high quality of the coolant, you will realize that they are very affordable and pocket friendly.
You will spend a good amount of money that will offer you a lifetime guarantee of service.
· Ease of Conducting Business
You will also conduct business very easily with the Chinese since they are friendly and also have good infrastructure.
In addition to that, the policies are friendly and will enable you to customize your own coolant chillers.
How Do You Troubleshoot a Coolant Chiller?
The only way through which you can identify problems with your coolant chiller is through troubleshooting processes.
Here are some of the problems that you can identify through troubleshooting procedures.
· Power Failure
You might realize that the machine fails to start or operates at very low intervals than usual.
This can be a result of power issues such as destroyed cables or failure to turn the power on.
With the help of an electrician, you should restore power by fixing the problems accordingly.
· Leaks and Blockages
There are situations when the machine might leak or the fluid might fail to flow due to blocks.
This is often a problem with worn out parts as well as clogged systems with a lot of debris.
You can solve this problem by simply cleaning the machine and replacing worn out or broken parts.
What are the Main Applications of the Coolant Chillers?
Well, you can use the coolant chillers in quite a number of industrial applications.
Here are some of the industrial applications of the coolant chillers.
- Medical Industry to cool different health institutions such as hospitals and clinics
- Educational Industry to cool off libraries, classes as well as lecture halls
- Industrial applications to eliminate heat in varying industrial processes such as iron smelting
Which Quality Certifications Must Your Coolant Chiller Have?
Your coolant chillers must adhere to the high international quality certification standards.
Here are the main quality standards that you need to look at.
- RoHS Quality Certifications according to 2011/65/EU
- ANSI Quality Certifications
- DIN EN Quality Certifications such as DN EN ISO 14001:2015 for quality environmental management.
- CE Quality Certifications for proper labeling of the machine
- GB Standards which will serve on the basis of CCC Quality Certifications
With the information in this guide, you can get high quality and reliable coolant chillers for your process needs.
At TopChiller, we have a range of chiller systems, ranging from air-cooled chillers to water-cooled chillers.
Contact us now for free consultations on coolant chillers.