TopChiller Air Cooled Chiller System Manufacturer and Supplier
- Cooling capacity ranges from 15 Ton to 500 Ton
- Temperature control ranges from 7°C to 35°C
- Hermetic energy-efficient scroll/screw compressor
- Protecting devices with each sensitive component
- Shell and tube type, energy-efficient evaporator
- Copper tubing and no water pump requirement
- Compact design, easy installation, and cost-saving
- Full line of varying capacity models available
Your Reliable Air Cooled Chiller System Manufacturer and Supplier in China over 20 Years
Air Cooled Chiller System is a refrigeration-based system that absorbs heat from processed water and provides cooling to the condenser through chilled air and transfer heat to air around Chiller.
Air Cooled Chiller System effectively works or is installed at those places where heat discharge does not affect the environment.
TopChiller is the best and professional manufacturer and supplier of the Air Cooled Chiller System in Chine for the last twenty years.
TopChiller is renowned all over the global world markets for supplying high standard full stock models of Air Cooled Chiller ensuring reliable cooling efficiency.
Hermetic scroll and screw compressors, condenser, refrigerator, copper tubing, hot gas bypass, heat exchanger, condenser loops, cooling tower are the main components of an Air Cooled Chiller System.
Air Cooled Chiller System is used in a wide variety of applications due to its cooling efficiency as:
Pharmaceuticals, thermoforming, metals welding, beverage industries, laser, moldings processing, blow molding and injection molding purpose, cement cooling, chemicals, HVAC, hydraulics, office buildings, printing, semiconductors working, etc.
Are you considering buying an Air Cooled Chiller System for your application in areas bearing water scarcity?
Are you sourcing for a best-ever company, manufacturer, and supplier of for Air Cooled Chiller System?
TopChiller offers Air Cooled Chiller System with a vast variety of characteristics to size your application. Contact today with TopChiller’s team for a free quote and chilling system at a reasonable price.
Features and Advantages
- Air Cooled Chilling System is constructed with environment suited design and low noise maintenance supporting working for each type of application configured by the installed of air blowers that can set suited sound level.
- High efficiency of Air Cooled Chiller System is maintained by the specific refrigerant charge and refrigerant flow in condenser due to the installation of propeller over the condenser to chill refrigerant for efficient cooling.
- Built-in water tanks and pumps can be installed depending upon the type and need of application as well as type of Air Cooled Chiller System that can be a portable or stationary Air Cooled Chiller System providing vast level reliability and specification in operation.
- Air Cooling Chiller System is installed at mechanical equipped rooms, installed outside or areas near the cooling site to discharge heat with no effect.
|Cooling capacity *||kW||184.9||247.6||315.6||432.5||495.6||563.2||631.2||752.4||865||928.1||991.2||1180.6||1262.4||1496.2||1730|
|Power supply||380-460V/3PH /50-60Hz|
|Max working current||A||107.9||134.6||178.9||228.8||282.5||313.6||357.9||407.7||457.3||511.1||564.8||636.3||715.7||815.2||914.3|
|Max starting current||A||619.9||729.9||907.3||1089.3||1459.7||1001.2||1041.9||1268.2||1324.5||1688.5||1735.8||1402.9||1444.1||1497||1775.5|
|Energy adjustment||\||25%~100% for single compressor|
|Control||\||External balanced expansion valve||External balanced expansion valve|
|Water flow rate||m3/h||31.8||42.6||54.3||74.4||85.2||96.9||108.5||129.4||148.8||159.6||170.5||203||217.1||257.3||297.5|
|Water side pressure drop||kPa||41||42||42||42||42||43||43||44||45||45||43||43||42||43||43|
|Pipe size||DN||80||80||100||125||125||125||125||125||150||150||150||100 150||125 150||125 150||150|
|Sound pressure level **||dB(A)||76||76||77||77||78||80||81||81||81||82||83||84||84||84||84|
|* The performance values refer to the following conditions:|
Cooling: ambient air temperature 35ºC; evaporator water in/out temperature 12/7 ºC;
** Sound pressure measured at a distance of 1 m and a height of 1.5 m above the ground in a dear field.
Air Cooled Chiller System Configuration Table
|2||Shell&tube heat exchanger||Extek/ Shilinbo’er||Jiangsu||Taiwan|
|4||Electric Expansion valve||ALCO / Danfoss||Suzhou/Tianjin||USA|
|6||High pressure sensor||Sensata||Jiangsu||Taiwan|
|7||Low pressure sensor||Sensata||Jiangsu||Taiwan|
|11||Three phase protector||Kesi||Wuxi||Japan|
|13||Water flow swtich||ACOL||Shanghai||China|
TopChiller Free Service and Technical Support
As the professional chiller manufacturer over 20 years, TopChiller is always happy to provide our free service and technical support accessible to our clients before,during and after sales. If you need any help, welcome to call us or send your inquiry to our email. These free service and technical support including；
- Listening to your detailed chiller requirements and give your best chiller solution for your applications based on our rich experience.
- If you have no idea about how to size your chiller model or cooling capacity, it’s no a big issue, Just tell us your specific cooling demands, we will guide you to select the right economical chiller model.
- 7*24 online service,If you have any problem about chiller,you may call us or send email, we are always here to support you.
TopChiller Standard Warranty Time
After purchasing TopChiller product, you are our valued customers in TopChiller ERP system.
We will do regular tracking service and Your chiller having up to 24 months warranty time after installation and commissioning,
If your chiller is down, you can contact TopChiller for support to solve your problem..Once we received your message,Our service technician on duty will contact you as soon as possible.
TopChiller Start-up & Commissioning
TopChiller also provides the additional service of start-up or commissioning of your chiller.You’d better prior to scheduling your start-up, it is important that the proper installation procedures have been followed and the chiller is ready.
TopChiller technician will guide you how to start-up your chiller when your chiller is ready, besides this we have full sets of paper works including: Chiller installation manual, operation manual, electrical drawing for you.
Free Replacement Spare Parts
Providing free replacement spare parts for TopChiller,is the best customer service in the industry to support you when you are sourcing replacement parts.
We have most parts are in stock and available for next day shipment for your chillers.
If you want have some replacement spare parts,just provide us your chiller serial number and model number to expedite the sourcing process.
Better to have the nameplate and pictures of your chiller for our reference. This will help us find the proper replacements at earliest time.
6 Points Why TopChiller Is Your Best Air Cooled Chiller System Manufacturer and Supplier in China?
Air Cooled Chiller System-An Ultimate Buying Guide by TopChiller
When It comes to aesthetics and environmental conditions, and water access restrictions exist or water is not easily available, then an Air Cooled Chiller System is exactly what you need.
Extra heat in the atmosphere can affect your Industrial applications, so using the Air Cooled Chiller System, you can cope with this problem.
This extra heat also damages your industrial machines and decreases your applications working performance which leads to the great loss of your business.
This guide contains every detail about an Air Cooled Chiller System. If you are going to purchase it.
Hopefully, this guide will help you in selecting the best Air Cooled Chiller System for your industry.
Let’s start it.
- What is an Air Cooled Chiller System?
- What are the Features of an Air Cooled Chiller System?
- What are the Components of an Air Cooled Chiller System?
- What are the working Principles of Air Cooled Chiller System?
- What are the Advantages of Using an Air Cooled Chiller System for your Application?
- What Applications Can be used in Your Air Cooled Chiller System?
- What are the Instructions to Install Your Air Cooled Chiller System?
- How to Maintain Your Air Cooled Chiller System?
- How to Increase the Working Efficiency of your Air Cooled Chiller System?
- What is the difference between an Air Cooled Chiller System and a Water-Cooled Chiller System?
- How do you choose between an Air Cooled Chiller System and a Water Cooled Chiller?
- FAQ of Air Cooled Chiller System
What is an Air Cooled Chiller System?
Air Cooled Chiller System are refrigeration systems utilized in both business and modern facilities to cool fluids or dehumidify the air.
It is utilized in a wide range of settings, including hotels, corporate occasions, restaurants, gaming events, huge scope construction, mechanical and manufacturing plants, etc.
A versatile Air Cooled Chiller System is extraordinary for one-time occasions or permanent foundations. It is smaller and exceptionally proficient and efficient, just as simple to install and remove.
This makes them ideal for supplemental, temporary, or urgent applications.
While it is normally expected that water-cooled chillers are more proficient and efficient than Air Cooled Chiller System, this is just evident when you take a look at compressor costs.
If you investigate the variable speed control and centrifugal compressors, Air Cooled Chiller System may settle on a superior decision.
A modern Air Cooled Chiller System is a refrigeration system that cools fluids and works with an office’s handler system.
It is extremely normal and common, particularly in small size to medium size business and office type places.
It is typically located remotely, either on the rooftop or at ground level. This is because Air Cooled Chiller System does not utilize cooling towers.
Rather, they release their heat into the ambient air and accordingly need access to a great deal of outside air, to dismiss the undesirable heat from the building.
What are the Features of an Air Cooled Chiller System?
An Air Cooled Chiller System has numerous features that are essential for your personal and industrial use.
- High-Proficiency, Efficiency, and Energy-Saving Of an Air Cooled Chiller System
The heat exchanger on the waterside with a protected design of counter flow in combination with the inward threaded, high tube can increase heat movement’s effectiveness by 20% to 30%.
The different flow designs an adopted for the heat exchanger on the airside.
So, the refrigerant is at the ideal flow rate under any working condition.
It is to diminish the pressure drop of refrigerant inside the heat exchanger copper refrigerant pipes on the airside the least to decrease power utilization of compressor successfully.
And to improve the energy productivity of the Air Cooled Chiller System.
New open window aluminum blades are utilized, extraordinarily air bother on the outside of heat movement cylinders and balances on the airside and improving heat movement productivity by 8%.
Hierarchical control of the fans decreases power utilization of fans when the Air Cooled Chiller System is in the transition season.
Double level of superheat control adopted for electronic extension valve in collaboration with high-accuracy sensor controls the circular flow of refrigerant in the Air Cooled Chiller System quickly.
- Natural Or Environmental Friendliness
Adoption of semi-close twin-screw compressor supported by special build-in muffler’s design decreases sound or noise and vibration of the compressor.
The design of the Air Cooled Chiller System by incorporating finned coil heat exchanger in reverse m-type structure.
It is in the combination with the design of low sound or noises outer rotor axial flow fan and flows, followed by extra-large air duct decreases sound or noise in airflow successfully and effectively.
- Easy And Simple Installation
Lug configuration enables basic and safe lifting.
Water flow switch has been installed on the water pipeline of heat transfer on the waterside, and operation creatures after startup, saving the time of site installation.
Inlet land outlet water pipes are outfitted with standard spines, helpful for site connection and linkage.
Starting cabinet and control cabinet are independent of the Air Cooled Chiller System, and then refrigerant and refrigeration off have been filled before delivering.
So, just the water pipe and power supply need to be connected nearby.
- Modular Design of an Air Cooled Chiller System
The modular design and the joint control module interface are held on the microcomputer regulator of every Air Cooled Chiller System.
Systems networking control can be completed exclusively by interfacing or linking lines of communication among numerous Air Cooled Chiller System and setting the host and save machines.
Centralized control of all module’s determination of the number of modules and observing of working information and states can be performed utilizing the host machine.
All modules of an Air Cooled Chiller System work generally independently of one another and are under unified control.
- Solid and Reliable Performance
Cool point OEM designers direct ideal design for basic segments, components, and system pipelines of the Air Cooled Chiller System based on existing hypotheses.
And in combination with universally progressed design ideas and consistently putting the strength of the Air Cooled Chiller System in any case.
The Air Cooled Chiller System has a compressor of the worldwide celebrated brand with high solidness.
Original control of electronic expansion valve successfully takes care of issues of conveying a liquid, throwing oil and system oscillation, etc.
It empowers the stable activity of the Air Cooled Chiller System.
What are the Components of an Air Cooled Chiller System?
The Air Cooled Chiller System has 5 main components.
The Compressor – regularly screw, scroll, or reciprocating.
The Condenser – a bundle of flat pipes which contain the hot refrigerant, is covered by the various number of thin sheets of metal vertically.
These help transfer heat away from the cylinders and into the air, which is blown across the cylinders and slim sheets of metal.
Condenser Fans – These suck air across the condenser coils, entering from the sides, and afterward force out this air at the highest point of the Air Cooled Chiller System upwards into ambient climate.
Expansion Valve – This extends the refrigerant before it enters the evaporator.
Evaporator – This is the place where the chilled water is created and the heat from the warm return “chilled water” is separated, to be sent to the condenser.
What are the working Principles of Air Cooled Chiller System?
The compressor is the main operating element of the refrigerant.
The refrigerant first leaves the compressor as high pressure, high temperature, and superheated vapor and afterward enters the condenser.
At the point when the refrigerant goes into the condenser, it will run along the even lines and move its thermal power into the ambient air stream which is pushed and forced by the fans on top.
As the refrigerant exchanges its thermal power, it starts to consolidate into a liquid.
When the refrigerant leaves the condenser, it will be high pressure, medium temperature, and saturated fluid. Afterward, the refrigerant enters the extension valve.
The expansion valve meters the progression or flow of refrigerant around the Air Cooled Chiller System.
The most essential type is the thermal expansion valve which manages the progression of refrigerant by estimating the pipe temperature at the evaporator outlet.
And it will change the flow rate to keep the temperature inside an ideal set point.
The expansion valve keeps down the refrigerant and maintains the high pressure of the condenser.
Inside the expansion valve of an Air Cooled Chiller System, a little opening allows a confined measure of refrigerant to keep on flowing.
As it moves through this limitation it arrives at the low-pressure side of the valve. This quick pressure drop permits the refrigerant to grow from a liquid into a fluid/vapor combination.
As this happens, it will drop in pressure and temperature.
A similar measure of refrigerant moves through, it simply has more space, so it grows to fill this hole or gap.
The refrigerant at that point enters the evaporator and will go through a progression of level cylinders which are covered by the “chilled water” and these will flow in the opposing, counter flow to one another.
When the refrigerant leaves the evaporator, it will have picked up the undesirable heat from the return chilled water and will leave as low pressure, low temperature saturated vapor.
The chilled water inside an Air Cooled Chiller System will have surrendered its thermal power to the refrigerant and will leave around 6°C (42.8°F).
What are the Advantages of Using an Air Cooled Chiller System for your Application?
The advantages of an Air Cooled Chiller System cannot be ignored.
There are a lot of advantages and beneficial factors that can be enjoyed by utilizing an Air Cooled Chiller System.
Air Cooled Chiller System is usually very easily affordable to buy and install because of the way that they have a couple of types of equipment that are already mentioned above. It is less expensive to install because they have less equipment.
- Air Cooled Chiller System Occupy Less Space
As compared to the water chillers, the Air Cooled Chiller System will consume next to no space.
This means the Air Cooled Chiller System can easily be adjusted in a small space, no extra spaces are required for it.
You can normally put it on the top of your building with no need of developing a mechanical space or storeroom.
- Low Cost of Maintenance
You will likewise spend less during the process of maintaining and keeping up the Air Cooled Chiller System, it has not many parts.
The less the quantity of parts, the lower the expense of maintaining and keeping up the Air Cooled Chiller System.
On a similar note, it is less expensive, simpler to maintain or keep up, and does not require any water pump. It will work productively without the condenser water pump or cooling tower.
Whereas in contrast water chillers will require a water pump or cooling tower and is more expensive comparatively.
- Simple Design
Air Cooled Chiller System has a straightforward ergonomic design and structure, hence taking out the requirement for additional arrangements of pumps for the condensers.
- Safety of an Air Cooled Chiller System.
The Air Cooled Chiller System takes out the requirement for liquid nitrogen or other refrigerated gases.
By doing this, it helps in removing the potential for suffocation, injuries, or different risks related to the compressed gas.
- Easy Connectivity
The Air Cooled Chiller System does not require to be equipped with a cooling tower and appropriate for use in regions where water quality is not acceptable.
The piping and channeling are basic, just two ice water lines and supply lines can be installed.
What Applications Can be used in Your Air Cooled Chiller System?
Air Cooled Chiller System is regularly applied in single and different industries to provide chilled water for cooling structures and buildings, and locale cooling systems.
It is likewise utilized in the heat pump structure for both heating and cooling.
An Air Cooled Chiller System is a perfect match and solution for the following mentioned applications.
- Plastics and Rubber
Air Cooled Chiller System squeezes and presses, infusion shaping, expulsion.
It is used in confectionery, bread kitchens or bakeries, refineries, breweries, and wineries.
- Chemical and Pharmaceutical
It helps in jacketed vessels, polyurethane froth blenders, flammable gas, modern cleaning.
- Metal Working
An Air Cooled Chiller System supports in preparation and change of valuable metals, aluminum working.
- Mechanical and Engineering
it is being used in machine devices, welding machines, moving plants, presses, Extruders, electric sparkle hardware, pressure-driven control unit oil cooling, and heat treatment.
- Paper and Related Applications
An Air Cooled Chiller assists in printers, cardboard, marks, plastic film.
What are the Instructions to Install Your Air Cooled Chiller System?
Several factors must be considered during the installation of an Air Cooled Chiller System.
- Transportation and Lifting
To prevent the Air Cooled Chiller System from being harmed during the moving procedure, it is prescribed to load by crane.
If it is a short pull moving, a fork truck can be utilized, and the Air Cooled Chiller System bears the balanced flat force with the whole gasket wood.
It is prescribed that put 3 to 6 simple move bars under it for the slow-moving.
- Lifting and Mounting
Pick a reasonable and perfectly suitable crane as indicated by the Air Cooled Chiller System weight (Buy protection for an Air Cooled Chiller System if it is convenient).
Lift it as indicated by the accompanying outline carefully.
The steel-string will wind the lifting hook one circle to avoid steel rope slipping and causing risk when the weight is irregular.
Move it by putting a roller in the lower part of the Air Cooled Chiller System to keep it away from harm. A safety guard circle must set up when raising it. Furthermore, abide by the nearby safety regulations when lifting it
Forbid non-staff from entering the safety circle or remaining under the Air Cooled Chiller System when crane lifting it.
- Necessities on the Installation
Be certain to take the planning, preparation, and design of the base into consideration during the installation.
- Particularly stay away from the power and noise of the floor when the machine is installed on the roof of buildings.
- It is prescribed to talk with the building architect before directing the installation of an Air Cooled Chiller System.
- An anti-vibration pad will be fixed between the base casing and base to prevent sending vibrations and noise from operating the Air Cooled Chiller System. And ensure it even during installation.
- Use a safeguard when required.
- Required Installation Space
Leave sufficient space around and between the Air Cooled Chiller System, for air flowing and activity as well maintenance.
For the place where maybe get snow heaped during the winter season, the following factors should be highlighted:
- Do not install it under an eve of a house.
- Raise the foundation according to the height of the snow.
- Do not install the Air Cooled Chiller System at a place where might be piled with snow.
How to Maintain Your Air Cooled Chiller System?
Using an Air Cooled Chiller System for personal or industrial use also requires maintenance to achieve optimal working performance.
Following are the factors of maintenance.
Maintenance and Support List
Examine and assessment of all water channels and sources for leaks inside an Air Cooled Chiller System must be done regularly.
- All parts of the compressor unit must be reviewed including checks for oil levels, leakages, vibrations, working temperature varieties inside an Air Cooled Chiller System.
- Electrical connections must be reviewed and cleaned.
- Filter dryers of the Air Cooled Chiller System must be checked, and messy, old, or flawed filters should be replaced.
- Cooling coils must be examined for distortion in blades, and indications of erosion.
- Condenser fan checking must be done with an emphasis on bearing check for indications of wear, poor oil.
- Belts and couplings must likewise be checked and changed when important.
- Condenser fan checking should be assessed for breaks, erosion, and zones of blockage.
- For Air Cooled Chiller System, return air dampers must be assessed for ideal activity, adjustment combined with checks for bearing arrangement.
- Natural air dampers must be examined similarly as return air dampers are checked. Keep the Air Cooled Chiller System tubing clean.
- The Air Cooled Chiller System working rule is dependent on heat movement to apply a cooling impact. In shell and tube and brazed plate heat transfer, a hindrance to the progression of cooling fluid through condenser cylinders.
- It will altogether decrease the effective movement of an Air Cooled Chiller System heat.
- Over the long run, erosion can gather together inside the Air Cooled Chiller System tubing and obstruct the expulsion of created heat.
- Therefore, it is essential that regular quarterly or if nothing else yearly cleaning of the tube is planned and done.
- Decreasing the temperature of the condenser water inside an Air Cooled Chiller System.
- Decreasing the temperature of the water entering the condenser of an Air Cooled Chiller System.
- Essentially it improves productivity as it needs to work less to apply its general cooling impact.
- Although not suggested as standard work, decreasing the temperature of the water going through the Air Cooled Chiller System’s condenser unit may fill in as a measure to briefly defeat issues with its curl.
How to Increase the Working Efficiency of your Air Cooled Chiller System?
You can build effectiveness and increase the working efficiency with which the Air Cooled Chiller System works by seeing specific components.
Here is a portion of the variables that you can consider expanding and increasing the working effectiveness.
- Variable Retrofit Speed
You must consider the variable retrofit speed to help in the arrangement of energy-saving choices of an Air Cooled Chiller System.
You should, in any case, be very careful with different parts of the Air Cooled Chiller System to guarantee there are no harms.
Notwithstanding that, it is imperative to keep an eye on the variable now abilities to improve working proficiency.
- Run Multiple Parallel Devices
Running the Air Cooled Chiller System parts equal will help in saving enough energy, consequently expanding the machine productivity.
A portion of the Air Cooled Chiller System that you can pipe in equal incorporate system pumps and cooling fans.
Running a greater amount of the equipment will help in maximizing the surface region of heat move at the working focuses.
- Increment Temperatures of Supplies
You can expand the temperatures inside the stock system to build the dryness measure.
What is the difference between an Air Cooled Chiller System and a Water-Cooled Chiller System?
While the components of both Air Cooled and Water Cooled are generally the same.
The condenser, expansion valve, evaporator, and compressor. The fundamental difference is in how the refrigerant is cooled.
In an Air Cooled Chiller System, a hot refrigerant entering the condenser is presented to climatic air, which dismisses the heat before it gathers back to its liquid form.
However, in a Water Cooled Chiller System, the hot refrigerant gas is dispatched off a Water Cooled heat exchanger or condenser, and the refrigerant is cooled utilizing water from a cooling tower.
All chiller systems require essential support to perform at ideal levels, yet an Air Cooled Chiller System is simpler and more affordable to keep up and maintain than a Water Cooled Chiller system.
It does not need a cooling tower or a condenser water pump. An Air Cooled Chiller System utilizes around 10% more power than a Water Cooled Chiller System; wet surfaces are greater at moving heat than dry surfaces.
It has a condenser that is cooled by the environment air. It is selected for small or medium installations, but lately, the quality improvement in their building, allows the utilization, in modular type, for large installations also.
An Air Cooled Chiller System is chosen, especially in circumstances that there is not enough water available or the water is very expensive.
Whereas Water Cooled Chiller System is usually preferred and chosen medium and large installations where there is easy access to water.
Also, it is preferred and selected situations or circumstances that are demanded the constant performance of the system.
It is dependent on the ambient temperature because the capacity of the Water Cooled Chiller Unit is not affected by the ambient temperature fluctuations.
How do you choose between an Air Cooled Chiller System and a Water Cooled Chiller?
The cooling capacity and limit is the main guideline for the choice and the selection between the Air Cooled Chiller System and Water Cooled Chiller.
It is equally important to balance between operating costs and capital costs of an Air Cooled Chiller System and Water Cooled Chiller System.
Some decisions are dependent on initial costs.
However, a value-based and beneficial option highlights both operational cost and the initial cost of the Air Cooled Chiller System and water-cooled chiller system.
To calculate the starting cost of each available option, sum up the costs for both contractors and equipment.
For the water-cooled chiller, remember to add a cooling tower.
When it comes to life cycle cost, you have to highlight both the purchase cost and operating cost of both the Air Cooled Chiller System and Water Cooled Chiller.
When you evaluate each of the two chillers this way, you can determine and figure out its total cost.
What you must note is that water-cooled chillers normally appear more valuable if you ignore the first cost and water cost.
However, it is only after you look at the broader costs that the true image appears clearly.
FAQ of Air Cooled Chiller System
Does an Air Cooled Chiller System need a cooling tower?
No, an Air Cooled Chiller System does not require any cooling tower.
Do high tubes inside an Air Cooled Chiller System, increase heat transfer effectiveness?
Yes, these high tubes inside Air Cooled Chiller System increase the heat transferring effectiveness by 20 to 30%.
Where is an anti-vibration pad placed?
An anti-vibration pad is placed between the base casings.
What is the role of an Air Cooled Chiller System in welding application?
It supports in preparing and change of valuable metals, aluminum working.
What does a condenser do inside an Air Cooled Chiller System?
These help transfer heat away from the cylinders and into the air, which is blown across the cylinders and slim sheets of metal.
What is the temperature of chiller water inside an Air Cooled Chiller System when it leaves it?
The chilled water inside an Air Cooled Chiller System will have surrendered its thermal power to the refrigerant and will leave around 6°C (42.8°F).
Why does an evaporator change the flow rate in Air Cooled Chiller System?
The evaporator will change the flow rate to keep the temperature inside at the ideal set point.