Your Reliable Centrifugal Chiller Manufacturer and Supplier Over 20 Years
TopChiller is supplying a full line of high quality&low cost centrifugal chillers to support your business

TopChiller can design and manufacture all types of centrifugal chillers for you

  • Cooling capacity 200Ton to 4500Ton
  • Dual stages centrifugal compressor
  • With atmospheric lubrication system
  • Stable operation with high efficiency evaporator&condenser
  • 0-ODP R134a refrigerant
  • Compact in chiller size & lighter in weight
  • Energy efficiency improved and operating costs reduced
  • Optimized central controlling

Your Premier Centrifugal Chiller Manufacturer and Supplier in China

Centrifugal Chillers are advanced big capacity refrigeration chillers that widely used in both industrial and commercial applications.

TopChiller is a professional centrifugal chiller designer, manufacturer, and supplier in China over decades-years’ of experience.

Generally, a centrifugal chiller is composed of a centrifugal refrigeration compressor, evaporator, condenser, main motor, air extraction and recovery device, lubrication system, control cabinet, and starting cabinet.

As a leader of centrifugal chiller company, TopChiller provides a wide range of centrifugal chiller cooling capacity from 200ton up to 4500ton to meet all your requirements.

High-quality centrifugal chiller designed at TopChiller features outstanding advantages including:

1. Energy efficiency centrifugal compressor is a two-stage compressor, in which the main shaft of high-strength alloy, closed impeller of high-strength aluminum alloy material and high-precision gear are used. The bearing adopts the nonflat bearing of high-strength ball/roller bearing, so it is not afraid of the emergency stop of the compressor. The start-up interval can be shortened to 10 minutes, and the bearing life can reach 80000 hours.

2. The high-efficiency condenser of centrifugal chiller is divided into two parts: the upper part and the lower part. A guide plate is set in the middle to guide the liquid refrigerant to the edge of the shell, which can greatly improve the heat exchange efficiency of the lower half of the copper tube. For large tonnage units, this design is very effective, which can reduce the condensation temperature by about 0.5 ℃ ~ 1 ℃.

3. Centrifugal chiller is using a falling film evaporator. the refrigerant entering the evaporator is sprayed down and up by the heat exchange tube array. Liquid refrigerant forms a film on the tube wall and flows downward, so it is also called a falling film evaporator.

Because only a layer of liquid refrigerant film is covered on the surface of the heat exchange tube, the heat transfer effect is excellent.use the refrigerant circulating pump as the refrigerant throttling device from the economizer to the evaporator.

At the same time, draw out the liquid refrigerant at the bottom of the evaporator for recycling, so as to improve the refrigerant supply above the tube array in the evaporator and ensure that all the copper tubes can cover the liquid refrigerant.

The unit does not need to correct the level accurately. Only for general positioning, the evaporator can play a normal and efficient function.

There is only a small amount of liquid refrigerant at the bottom of the evaporator, so the refrigerant filling volume of the unit is low, which meets the environmental protection requirements.

After a large amount of refrigerant evaporates, the lubricating oil is concentrated at the bottom of the evaporator, where the return pump can smoothly extract the oil and return it to the oil tank of the compressor.

4. Economizer, oil cooler, and return oil heat exchanger used in the Centrifugal chiller.
The application of the three in one technology of economizer, oil cooler and return oil heat exchanger improves the effective separation of medium pressure saturated flash gas and medium pressure saturated liquid refrigerant produced by the system operation in the economizer.

After separation, the medium pressure saturated flash steam is led into the compressor to complete the secondary compression.

The oil-rich liquid refrigerant from the evaporator is heated into refrigerant vapor and oil in the economizer and then returned to the compressor oil tank.

The high-temperature refrigerant oil from the compressor enters the economizer to cool to proper oil temperature, and then it is injected into the parts to be lubricated by the compressor.

5.Heat recovery function of our Centrifugal chiller

The heat recovery centrifugal chiller can effectively heat domestic hot water or production process hot water through specially designed heat recovery device, which can not only realize the utilization of waste heat, reduce the heat pollution of condensation heat to the environment, but also reduce the operation cost and noise of cooling tower.

6. Our centrifugal chiller has full protection functions, these protections will carry out over-voltage, under-voltage, three-phase imbalance, and under reverse phase protection for the power supply provided by the client to the unit. And the centrifugal chiller has more than 30 protection functions.

7. Multiple anti-surge functions
The centrifugal chiller has advanced multiple anti-surge functions and adopts a combination of prevention, control, and alarm so that the centrifugal chiller can meet the customer’s cooling demand within the safe operating range.

Prevention – through the accurate calculation of the surge curve, when the centrifugal chiller operation approaches the surge curve, the chiller unit will automatically adjust the state.
Control – adjust the operation status in a time when the unit surge is detected to effectively control the surge.

Alarm – if the centrifugal chiller surge lasts for a period of time, it will alert the customer in the form of an alarm and perform a shutdown action.

Our centrifugal chillers are also with advanced temperature controlling system including:

1.Microcomputer controller
The centrifugal water chiller of TopChiller company is equipped with advanced microcomputer controller, adopts double CPU core components, and has an operating speed of only 0.25ms for executing 1K words program, so as to ensure the safe and stable operation of the centrifugal water chiller.

2. Human-friendly Interface
The touch screen of our centrifugal chiller has its own storage space and high response speed, so users can master the complete operation status of the centrifugal chiller in real-time.

The intuitive operation screen can be used for English language selection, and the centrifugal chiller operation and setting can be carried out only by clicking the screen.

3.PID control function
The microcomputer controller of centrifugal chiller adopts the advanced PID control function to automatically adjust the unit load according to the whole value of the cold water outlet temperature and the target temperature so that the water temperature can reach the demand in the shortest time, and the water temperature can be stabilized within ± 0.2 ℃ of the target temperature.

4. Our centrifugal chiller has reserved user connection point
The control points of the cooling tower fan, cooling water pump, and freezing water pump shall be reserved for the user so that the fan and water pump are controlled by the chiller unit, and the user system structure is optimized.

The centrifugal chiller is reserved with an alarm output point for a remote alarm display. A central monitoring connection point (RS-485 interface) is reserved so that the centrifugal chiller can be seamlessly connected to the building monitoring system.

If you are looking for high quality and durable centrifugal chiller, you are coming to the right price.

We are designing and manufacturing high-quality centrifugal chillers to support your business.

Centrifugal Chiller Technical Specifications
Model                                                               Items500550600650700800900100011001200130014001500
Cooling CapacitykW1760196521302324249728583224357539534323466549255350
Input PowerkW288320348381406467526586647704761805874
COPkW/kW6.116.146.126.16.156.126.136.16.116.146.136.126.12
kW/RT0.580.570.570.580.570.570.570.580.580.570.570.570.57
CondenserWater Flow Ratem³/h3523934264654995726457167918659339861071
Water Pressure DropkPa7286868686959512012012012012085
Inlet/outlet PipeDN200200250250250250300300300300300300350
EvaporatorWater Flow Ratem³/h303338366400429492555615680744802847920
Water Pressure DropkPa7080808080919111611611611611676
Inlet/outlet PipeDN200200250250250250300300300300300300350
DimensionLengethmm3920412041204120412044804570487049504950500050005700
Widthmm2320232024802480258026502650265028502850290030005300
Heightmm2450245025002500250027402800280028502850290029002740
Installation Dimensionmm2944314431443144314433843384368436843684368436843384
mm1800180018001800200020002000205023002300230024004450
Net Weightkg910096001010010600112001180012500132001450015500165001800023200
Running Weightkg9100105501110011700123501310014000148001635017500186002000025700
Refrigerantkg4504955405856307208109009901080117012601350
Centrifugal Chiller Technical Specifications
Model                                                               Items1600170018001900200021002200230024002500260027002800
Cooling CapacitykW5716608264486799715075287905827686458988933095909850
Input PowerkW93299210541110116812301292135014101467152515671610
COPkW/kW6.136.136.126.136.126.126.126.136.136.136.126.126.12
kW/RT0.570.570.570.570.570.570.570.570.570.570.570.570.57
CondenserWater Flow Ratem³/h1143121712901360143115061582165617291798186719191971
Water Pressure DropkPa85858585105105105105105105105105105
Inlet/outlet PipeDN350350350350400400400400450450450450450
EvaporatorWater Flow Ratem³/h983104611091169123012951360142314871546160516491694
Water Pressure DropkPa76767676959595959595959595
Inlet/outlet PipeDN350350350350400400400400450450450450450
DimensionLengethmm5700570057005700600060006000600060006000600060006000
Widthmm5300530053005300575057505750575058505850585060006000
Heightmm2740280028002800280028502850285028502900290029002900
Installation Dimensionmm3384338433843384368436843684368436843684368436843684
mm4450445044504450500050005000500050005000500052005200
Net Weightkg23600243002500025700264002770029000300003100032000330003450036000
Running Weightkg26500271002800028800296003115032700338503500036100372003860040000
Refrigerantkg1440153016201710180018901980207021602250234024302520

Why TopChiller is Your Reliable Centrifugal Chiller Manufacturer and Supplier In China?

Experienced In Centrifugal Chiller
Over 20 years rich experience of centrifugal chiller manufacturing&offering a complete of centrifugal chiller designs and models to meet your requirements.
Full Solutions Provider
Our services including: centrifugal chiller requirement communication, analysis, design, manufacturing. We always advising not only manufacturing
Reduce Your Costs
With rich experience of making centrifugal chillers for your industrial applications can help to work out the correct centrifugal chiller suitable for your needs,our high quality centrifugal chillers will save your costs.
Top Quality Chiller
We always take good care of your centrifugal chiller order from design,raw material purchasing,manufacturing,testing and delivery to make sure all centrifugal chiller making processes are under quality control.
Global Chiller Shipment
No matter which country you are from, just tell your nearest seaport or airport name, we can arrange your centrifugal chiller order at fastest shipping even can do door to door delivery.
No Worries Service
World business trip/centrifugal chiller related exhibitions&fairs 2-3 times yearly can settle face to face meeting, 24*7*365 online service service with fast feedback.

Other Chiller Types Related With Centrifugal Chiller

Centrifugal Chiller: The Ultimate FAQ Guide

In this guide, you will find all information you’re looking for about centrifugal chillers.

Whether you want to learn about parts, working principles, standard specifications, or process optimization, you will find everything right here.

Keep reading to learn more.

What is a Centrifugal Chiller?

Centrifugal chiller is a type of chiller that uses a centrifugal compressor to compress refrigerants thus causing a chilling effect.

It employs the vapor compression cycle using the centrifugal compressors to help in the compression of refrigerants.

 Centrifugal chiller

 Centrifugal chiller

How Does a Centrifugal Chiller Compare to a Screw Chiller?

Centrifugal chillers and screw chillers are types of chillers that you can use to eliminate excess heat in different applications.

The main difference between the centrifugal chiller and the screw chiller is in the type of compressor.

You will note that the centrifugal chillers use the centrifugal compressors to compress the refrigerants.

On the other hand, screw chillers use the screw compressor system to compress the refrigerant.

Despite the difference in the compression system, you will realize that the other functions are all similar.

Screw chiller

 Screw chiller

Centrifugal chillers and screw chillers have more or less the same parts including evaporators, condensers, and expansion valves.

You can also choose between the water-cooled or air-cooled centrifugal chiller or screw chiller.

In other words, screw chillers and centrifugal chillers are available in both air-cooled and water-cooled versions.

In terms of efficiency, you will note that the centrifugal chillers are more efficient in comparison to the screw chillers.

How Do You Keep Your Chillers to Work in Top Condition?

You should keep your chillers working in top condition and reduce the downtime by maintaining it on a regular basis.

Implying that you should have a maintenance program that will help you in keeping the centrifugal chillers in perfect condition.

Here are some of the factors that you need to look at in order to keep the centrifugal chillers in top working condition.

· Operation Basics

You need to train your workers on the best practices of operating and maintaining the machine on a regular basis.

They need to have the basic knowledge of the factors that they can employ to properly operate the machine.

Apart from that, you need to have the centrifugal chillers with a proper maintenance schedule to keep it in check.

· Cleaning the Machine

In addition to having the operation basics at hand, you need to clean the machine on a regular basis.

Cleaning the machine involves getting rid of the dirt and debris from the system by flushing it with soap and water.

You can opt for a centrifugal chiller with a clean in place mechanism that will automatically clean it regularly.

· Replacing the Worn-out Parts

You must also conduct regular inspections on the machine to identify the issues that affect the machine such as broken parts.

After that, you will work on doing proper replacements of the broken parts to keep the machine operational for a long.

· Treating the Fluids

You must also treat the fluids that help in chilling different equipment on a regular basis to avoid contamination.

Treating the fluids will reduce the chances of contamination and mold growth within the pipes and also the storage facilities.

What Components Make the Centrifugal Chillers Work Successfully?

Centrifugal chillers have different components that help in the successful operations of the machine.

You will depend on these components to help in producing the chilling effect thus controlling the temperatures.

Here are the main components of the centrifugal chillers that you can use to produce a chilling effect.

Parts of centrifugal chiller

Parts of centrifugal chiller

· Compressor

Centrifugal chillers have a centrifugal compressor which helps in the compression of the refrigerant to increase the fluid pressure and speed.

It increases the speed and pressure of the fluid that propels it to the next stage or part of the centrifugal chillers.

· Evaporator

You will depend on the centrifugal chiller evaporator to absorb the heat from the flowing water into the refrigerant.

The refrigerant will absorb the heat from the system and change its form from a liquid refrigerant into a gas refrigerant.

· Condenser

It has a system where the chilling fluid which is air or water will flow through and condense the refrigerants.

As it happens, the chilling fluid will take away the heat from the system for better disposal into the environment.

· Expansion valve

Expansion devices come in different forms including electronic modulating valves or simple orifice plates that reduce pressure.

It helps in reducing the pressure of the refrigerant and controlling the flow of the refrigerant back to the compressor.

· Control Unit

This is a human-machine interface (HMI) system that you will use to control the operations of the centrifugal chillers.

It comes complete with a touch screen which allows you to control and monitor the operations of the machine.

· Lubrication System

You will also have a lubrication system on the centrifugal chillers that will oil the moving parts to reduce friction.

It helps the parts to move smoothly without and slide over one another without causing an abrasion on the system.

How Does the Centrifugal Chiller Work?

You should understand the basic working principles of the centrifugal chillers to help you operate it better.

Here is a step by step process that you can follow to properly operate the centrifugal chillers.

Centrifugal chiller system

Centrifugal chiller system

1) Preparing the Centrifugal Chillers

First, you will prepare the machine by loading it up with enough refrigerant fluid as well as the cooling fluid.

You have to make sure that the fluids are of the right quantity in the storage tanks before pressing the start button.

This will signal the machine to release the refrigerant from the refrigerant storage tanks and the evaporator to collect heat.

The refrigerant will flow all the way straight to the compressor system of the centrifugal chillers.

2) Compression of Refrigerant

You will proceed with the process of compression using the centrifugal compressors which will compress the refrigerant.

The compression process will increase the pressure of the refrigerant and the overall speed of movement.

The refrigerant in liquid form, high pressure, and high speed will move from the centrifugal chiller to the evaporator.

3) Absorption of Heat

In the evaporator, one of the things that will happen is the collecting or absorption of heat from the hot flowing water.

The hot flowing water comes all the way from the application system where it collects the heat.

It will move the heat in the water all the way to the evaporator which will help in getting rid of the heat.

In the evaporator, the refrigerant will collect the heat from the flowing hot water and change its form to gas.

The hot gas will load up with enough heat and flow to the condenser which will remove the heat from the refrigerant.

4) Heat Elimination

While at the condenser, the machine will allow the air or water to flow through the system and take away heat.

An increase in residence time will lead to better chances of heat collection from the refrigerants thus condensing the refrigerants.

The condensation process will leave the refrigerant in liquid form and then allow it to move straight to the expansion valve.

5) Pressure Control

Finally, you will control the speed and pressure of the centrifugal chillers using the expansion valve of the machine.

Speed and pressure reduction will help in controlling the movement of the refrigerant back to the compression system.

You should remember that all the above operations occur under the control of the control panel.

In other words, you will control everything that happens on the centrifugal chiller from the control panel.

What is Lift in the Centrifugal Chiller?

Lift is the process through which the centrifugal chillers exchange heat to help in keeping your industrial application cool.

It is the difference in temperature between the hot water that leaves the condenser and the cold water that leaves the chiller.

Implying that lift will determine the amount of work that the centrifugal chiller has to do to produce chilling effects.

You will also know the amount of work that the chiller has to perform in order to drop the refrigerant to the desired temperatures.

With that information, you will understand that fewer efforts of the centrifugal system means less energy expenditure thus saving cost.

Which Strategies Do You Employ to Reduce Lift in Centrifugal Chillers?

Lift is also the chiller operating pressure in place of the operating temperatures of the chillers.

You should work towards creating an efficient energy system that will reduce the overall lift of the chillers.

Here are some of the strategies that you can employ in order to reduce lift in centrifugal chillers.

· Chilled Water Reset

You can reduce lift by resetting the temperature of the water supply that is responsible for cooling your building.

This means that your centrifugal compressor will not be working as hard as it should be just by reducing the temperatures.

· Condenser Reset

You can also have a larger water tower or increase the number of fans during the designing process of the centrifugal chillers.

It will help in the provision of enough water and air that will reduce the temperature of heat leaving the condenser.

This will help in reducing the amount of energy expenditure in the process of eliminating heat from the system.

Do You Supply Both Water-Cooled Centrifugal Chillers and Air-Cooled Centrifugal Chillers?

Yes, we supply the two most basic types of centrifugal chillers which include water-cooled chillers and aircooled chillers.

You will specify on your order details the type of centrifugal chiller that you will need for the chilling process.

The main difference between the water-cooled and air-cooled centrifugal chiller is type of chilling agent.

You will use water as the main chilling agent in the water-cooled chillers.

On the other hand, you will use air as the main chilling agent in the air-cooled chillers.

Apart from that, all the other systems remain the same except for the point of locating the chillers.

You will house the water-cooled centrifugal chiller in a mechanical room away from the weather elements.

Apart from that, you will have to provide a cooling tower with enough water to help in the elimination of heat.

On the other hand, you will not need a water tower or mechanical room to house the air-cooled centrifugal chillers.

In case of a mechanical room, you must have plenty of ventilation to provide the machine with enough air.

In addition to that, air-cooled centrifugal chillers are often noisier in comparison to water-cooled centrifugal chillers.

It is the reason why you need to locate the air-cooled chillers in a location outside the building to avoid making noise.

How Does a Centrifugal Chiller Compare to a Rotary Scroll Chiller?

 Scroll chiller

 Scroll chiller

Centrifugal chillers and rotary scroll chillers are chilling equipment that you can use in the process of cooling different equipment.

You will note that the main difference between the centrifugal chillers and rotary scroll chillers is the compressor.

Centrifugal chillers use the centrifugal compressor while the t=rotary screw chiller uses the rotary screw compressors.

In addition to that, you will realize that the centrifugal chillers are the most efficient type of chiller among the two.

It is efficient in terms of energy consumption and will save you a lot of money in comparison the scroll chillers.

Most of the systems, in terms of operations in both types of chillers are the same as they use the same type of refrigerants.

Apart from that, they have similar parts including the condensers, evaporators, as well as the expansion valves.

You can also opt for the water-cooled or air-cooled versions of the centrifugal or rotary scroll chillers.

What is a Surge in Centrifugal Chillers?

Surge in the centrifugal chillers is a particular condition where the refrigerant will tend to move in the opposite direction.

Instead of moving from the condenser to the expansion valve, surge will force the refrigerant to move backward.

It will move from the condenser of the centrifugal chillers back to the evaporator and then to the compressor.

Surge is a problem that can damage the centrifugal chillers and you can rectify that through proper machine maintenance.

You can also prevent the surge in the system by choosing the right centrifugal chillers that fit your application requirements.

You must also ensure that the centrifugal chillers do not experience low load conditions as that might cause a surge.

What is the Purpose of an Antifreeze in Centrifugal Chillers?

You will use an anti-freeze as an additive that will lower the freezing point of the fluids or refrigerants.

It will help in the depression of freezing points especially when operating the machine in cold environments.

In addition to that, it increases the boiling point of the refrigerant thus allowing it to cool under higher coolant temperatures.

Which Quality Certifications Do You Consider When Choosing a Centrifugal Chiller?

You should always consider using very high-quality centrifugal chillers to increase efficiency in the chilling system and reduce downtime.

There are specific quality certifications that you will have to look at when choosing a centrifugal chiller.

Here are some of the quality specifications which will help you determine a high-quality centrifugal chiller.

Centrifugal chiller

Centrifugal chiller

  • DIN EN Quality Certifications

You must ensure that your machine has the DIN EN quality certification which certifies quality and environmental management systems.

  • AHRI Quality Certifications

You must also have the AHRI quality certification which will ensure that the machine adheres to specific quality requirements.

It becomes specific to particular details that affect the quality of both water-cooled and air-cooled centrifugal chillers.

  • CE Quality Certifications

This is the quality certification that will dictate the quality of the centrifugal chillers in the European union.

  • OHSAS Quality Certifications

This quality certification on the centrifugal chillers will help in compliance to occupational safety and health systems.

You will ensure that the centrifugal chiller adheres to the OHSAS quality certification with OHSAS 18001: 2007.

  • RoHS Quality Certifications

Your machine should have the ROHS quality certifications which is in accordance with the 2011/65/EU.

It will help in the prevention or restriction of hazardous substances from use in the centrifugal chillers.

What are the Typical Operating conditions of the Water-Cooled Centrifugal Chillers?

When operating the centrifugal chillers, you should have specific ARI rating conditions especially in water-cooled centrifugal chillers.

Here are the standards ARI rating conditions you should work with in water-cooled centrifugal chillers.

  • Leaving Chilled Water Temperature

You ought to have the leaving chilled water temperature at about 44 degrees Fahrenheit.

  • Chilled Water Flow Rate

This is the rate of flow of the chilled water within the water-cooled centrifugal chillers at a rate of 2.4 gpm/ton.

  • Entering Condenser Water Temperature

You should also have the temperature of the water entering the condenser at 85 degrees Fahrenheit.

  • Condenser Water Flow Rate

This is the rate of flow of the water within the condenser of the centrifugal chiller at rate of 3.0 gpm/ton.

  • Evaporator Fouling Factor

It should also have an evaporator fouling factor of 0.0001 and 0.00025 condenser fouling factor.

When is the Best Time for Using Your Centrifugal Chiller?

When choosing an option for your business, you should opt for the centrifugal type of chiller.

It will provide the best type of cooling that you will use for large scale installations.

Despite the high cost of investment, you will realize that the centrifugal chillers are way more economical.

It offers you the freedom of customization to fit the large-scale system with an ROI guarantee throughout their life circle.

You will also use the centrifugal chiller for indoor installations since it requires protection from the weather.

Due to its quiet nature, you can house it in mechanical rooms inside buildings such as hotels and industrial plants.

What are the Typical Industrial Applications of the Centrifugal Chillers?

You can use centrifugal chillers in different types of applications especially those that require large-scale cooling operations.

It is the most efficient type of centrifugal chiller that you will use to cool different types of applications including:

  • Hotel Industry

You will use the centrifugal chiller in the hotel industry to cool the kitchens, dining hall and hotel sleeping rooms.

  • Commercial Buildings

It is the most efficient type of chiller that will be able to cool large installations such as the large commercial buildings.

  • Industrial Plants

It is capable of producing enough cooling system that will cool off and control the temperatures in different industrial applications.

  • Educational Industry

In the educational industry, centrifugal chillers will help in cooling the classrooms and libraries since it makes little to no noise.

  • Airport Systems

You will find the centrifugal chillers in the large airport systems to cool the airports where large planes land.

It will cool the waiting rooms to a certain degree to make them comfortable for the airplane passengers.

  • Medical Institutions

In the medical institution, centrifugal chillers help in cooling off the high temperature within the hospitals.

Why Should you Choose Centrifugal Chillers Over other types of Chillers?

 Water-cooled centrifugal chiller

Water-cooled centrifugal chiller

All the projects have particular chilling requirements that you can sort out using different types of chillers.

Centrifugal chillers are, however, the best type of chiller that you can use over other types of chillers.

One of the reasons why you should choose centrifugal chillers over other types of chillers is the high level of efficiency.

Apart from that, the footprint of the centrifugal chillers also makes it better than other types of chillers.

In addition to that, you will also use centrifugal chillers in large-scale industries thus making it better than others.

In a nutshell, centrifugal chillers have a smaller footprint, with higher efficiency levels, and great cooling capacity.

It also the most energy-efficient type of chillers that will save you money in the chilling of different applications.

Do You Customize Centrifugal Chillers According to the Specifications of the Customers?

Absolutely, we customize the centrifugal chillers according to the specifications of the customers.

We also help in the designing process of the centrifugal chillers to fit your application requirements.

You should get in touch with us and discuss the matter with us and we will guide you through the whole process.

What are the Limitations of Using the Centrifugal Chillers?

Well, despite the numerous benefits of using centrifugal chillers, there are particular limitations.

Here are the main limitations that you will experience when you use the centrifugal chillers.

Here are some of the limitations that you might experience when you use the centrifugal chillers.

· High Cost of Purchase

You will spend a lot of money in the process of purchasing the centrifugal chillers since it is very expensive.

Apart from the cost of purchase, you will also spend a lot of money in the installation and testing of the centrifugal chillers.

· Difficult to Maintain

You will also have a lot of difficulty or expenses when it comes to the maintenance of the centrifugal chillers.

It has a hermetic system that is difficult to dismantle when it comes to doing the necessary cleaning procedures.

You might also need to hire professionals who have the information on how to clean and maintain the centrifugal chillers.

How Much Does a Centrifugal Chiller Cost?

You will pay different amounts of money when you are purchasing the centrifugal chillers.

The variation in cost comes as a result of the different types of centrifugal chillers available in the market.

High-quality centrifugal chillers use very high-quality materials thus making the overall cost of the machine high.

On the other hand, low-quality machines have low-quality materials and will cost you less to purchase.

You should also know that cheap machines will require a higher cost of operation as well as maintenance.

Despite the cost, you should often consider the option of high-quality centrifugal chillers.

None the less, you will spend between 10,000 to 300,000 US dollars to purchase the centrifugal chillers.

What are the Problems that Would Affect the Normal Operations of Centrifugal Chillers?

You might experience a few problems when using the centrifugal chillers to cool different application systems.

Since it is not a perfect machine, you should expect to experience a few problems which include:

· Power Failure

You may start the centrifugal chiller and the chiller might fail to start due to power issues.

The cause of the problem might be a dysfunctional power system or broken parts of the power system.

Through proper inspection of the power unit, you will identify the problem and sort it out accordingly.

· Inability of Fluid to Flow

The centrifugal chiller might fail to deliver the fluid from the storage tank to the point of action.

In such a case, the problem might be a blocked system where the fluid will not flow easily.

In the cold areas, the fluid might freeze in the storage unit thus preventing it from flowing.

You can sort this problem by cleaning the pipes on a regular basis t get rid of the molds growing in the pipes.

You should also treat the fluids with an antifreeze that will prevent it from freezing in the storage tank.

Treating of the fluid will also help in reducing the growth of molds within the pipes thus eliminating blockage.

How do you Maintain Centrifugal Chillers for optimal Efficiency?

There are particular factors that you have to maintain in order to increase the efficiency of the centrifugal chillers.

Here are some of the details that you have to follow to increase the optimal efficiency of the centrifugal chillers.

  • Proper Record Keeping

You must maintain good records on the performance of the centrifugal chillers on a daily basis.

These records will become reference points on the areas that will require improvement to optimize efficiency.

  • Regular Inspection Routine

You should make the inspection of the centrifugal chillers a habit so as to identify faults in the system.

During your inspection you should note down the physical and working condition of the centrifugal chillers.

In case of a fault in the system you can simply replace the faulty or broken part to maintain optimal efficiency.

  • Proper Control mechanisms

In addition to that, you must also control the working mechanisms of the machine from the control panel.

You should optimize the working conditions to an extent that every system works optimally thus increasing efficiency.

  • Hire Experienced Personnel

You should also consider hiring personnel who have the relevant level of experience in operating the machine.

They will know how to operate and maintain the machine on a regular basis to increase the machine efficiency.

  • Maintain the Machine Regularly

You must also maintain your centrifugal chillers by cleaning it and lubricating the parts to reduce friction.

Proper cleaning will help in clearing the systems and allowing the system to perform in the most efficient manner.

Which Factors Do You Look at When Choosing a Centrifugal Chiller?

  Centrifugal chiller system

 Centrifugal chiller system

Whenever you shop for a centrifugal chiller, there are specific features that you need to pay very close attention to.

You must look at these features in relation to the application requirements within the industry.

Here are the main features that you must pay very close attention to.

  • Chilling Capacity

You will look at the chilling capacity of the centrifugal chiller in terms of how much temperature it can control.

It must provide enough chilling effect to an extent where it cools the whole system with minimal effort and energy expenditure.

  • Dimensions of the Centrifugal Chiller

You should also look at the dimensions of the centrifugal chiller in terms of size and weight.

The idea is to make it as small and light as possible with the ability to produce maximum cooling performance.

  • Budget Considerations

In this case, you will look at the budget considerations in terms of purchasing as well as installation of the centrifugal chillers.

In addition to that, you will look at specific budget factors including cost of management, maintenance and operating the machine.

  • Durability of the Machine

In this case, you will look at factors such as the quality of the machine in terms of the type of manufacturing materials.

You must also know that high-quality machines are highly durable but will also cost you a lot more to purchase.

Which Formula Do You Use to Calculate Temperature Change in the Chilling Fluids?

You can describe the temperature change of the fluid for the evaporator or condenser using this formula.

Q = W × C × ΔTF

In the formula, the letters represent the following details.

  • Q is the quantity of the heat that the machine will exchange
  • W is the flow rate of the flowing fluid
  • C is the specific heat of the fluid in use
  • ΔTF is the change in temperature of the fluid in use

What is the Centrifugal Chiller Compressor Theory?

Centrifugal chillers use the centrifugal compressor to compress the refrigerant to increase the overall pressure and speed.

The centrifugal compressor often differs from other compressors which uses the positive displacement theory.

Instead, the centrifugal chillers use the turbine or aerodynamic type of compression which moves the refrigerants.

It will move the refrigerant through conversion of kinetic energy to pressure energy that increases velocity.

As the refrigerant reduces in volume, the pressure increases, and that leads to the creation of positive displacement.

How Do You Increase the Energy Efficiency in Centrifugal Chillers?

You can increase the energy efficiency of the centrifugal chillers by eliminating the factors that consume excess energy.

You can use modern centrifugal chillers that have automatic air purges and run time meters.

These systems will increase energy efficiency by eliminating the air that gets stuck in the loops of refrigerants.

The regular tracking of the run time will show the presence of a leak that might permit the entry of air to the system.

During the cold season, you can use the water-side economizer which will help in pushing the heat to the atmosphere faster.

You can also check and compare temperature levels and refrigerant readings to the original operational recommendations.

In case of a problem, you will adjust the area that presents the greatest problems to fit the optimal operation requirements.

Which Centrifugal Standard Conditions Do You Test through AHRI Certifications?

You will refer to AHRI working conditions to test the operating conditions of the centrifugal chillers.

It will help in the measurement of the efficiency of the metric more accurately and consistently.

What is COP in the Centrifugal Chillers?

This is a metric of the ratio of cooling output power to the input of the total power.

It is a unitless number since power input and cooling output are both in watts.

The higher the cooling output power (COP) the higher the efficiency of the centrifugal chillers.

Depending on your specific needs, we offer a range of centrifugal chiller systems.

We can configure centrifugal chillers for your unique process needs.

Contact us now for high-performance centrifugal chillers.

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