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BMS Controls FAQ

What is 1500 Ton Chiller?

Introduction

What is a chiller? A chiller is a machine that removes heat from a liquid to produce a gas. Chiller systems are used in many industrial applications and can come in many different types. The most common kind of chiller is the DX chiller, which uses water as its cooling medium (as opposed to an oil-based system). Water passes through coils inside the air handler and cools down again before going back into the cooling tower where it repeats this cycle over and over again until it has reached its set temperature.

A chiller is a machine that removes heat from a liquid to produce a gas.

A chiller is a machine that removes heat from a liquid to produce a gas. Chilling is used in many industrial applications, including water and air cooling, food preservation, and chemical reactions.

Chillers are also used for cooling purposes on ships and submarines where they are called “air conditioners”. In this case they remove heat from inside these vessels by blowing cold air into them from outside of them via ducts running through their hulls (hulls).

Chiller systems are used in many industrial applications.

Chiller systems are used in many industrial applications. For example, they can be found in breweries, bakeries and food processing plants. A chiller system consists of a compressor and an evaporator that work together to cool down a liquid to its desired temperature.

There are different types of chillers, including direct expansion (DX) or indirect evaporative (IE) chillers.

There are different types of chillers, including direct expansion (DX) or indirect evaporative (IE) chillers. DX chillers are the most common type of chiller. They use a compressor to compress the refrigerant, which is then expanded through a heat exchanger. The resulting hot gas is passed over water tubes or coils in an air-cooled condenser unit outside your building where it cools down and condenses back into liquid form before returning to its original state as it enters another expansion valve inside the compressor.

IE chillers use a cooling tower instead of an evaporative condenser like DX models do; instead of using heat transfer coils on top of each other within one large body, they’re separated into multiple parts that sit side by side vertically so that warm air can flow up through them all at once without having any contact with each other until it reaches its destination near top level where there’s only one more step left before reaching outer space: getting rid off excess moisture left behind after passing through hundreds–if not thousands!–times over again during those many hours spent cycling between hot/cold temperatures

The most common kind of chiller is the DX chiller.

The most common kind of chiller is the DX chiller.

DX chillers are direct expansion machines, meaning that they use refrigerant to absorb heat from one place and release it into another. They’re often used in industrial applications, but they can also be used for domestic heating and cooling–for example, if you have an air conditioner in your home that uses a DX chiller instead of an absorption-type system (more on those later).

Water is passed through coils inside the air handler.

The water then goes back into the cooling tower where it cools down again and repeats the cycle.

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It’s important to understand what type of chiller you need depending on your industry.

A chiller is a device that extracts heat from a fluid to lower its temperature. Chillers are used in many industries, including:

  • Food and beverage production
  • Pharmaceutical manufacturing
  • Oil refining and chemical processing

Chillers can be customized for your facility depending on your needs. They can also be used to cool water and air, so they are versatile machines that can be installed anywhere you have need for them!

Conclusion

We hope this article helped you to understand the different types of chillers and how they work. If you have any questions or concerns, please feel free to contact us at 888-851-9100 or email sales@chillertech.com