Heat is a single common by-product of today‘s manufacturing machines that include the advanced automation technology required for both high speed operation and high precision. Components such as spindle motors, variable frequency drives, laser and x-ray sources all require cooling to operate properly and reliably – most often in the very adverse manufacturing environments.

With competitive price and timely delivery, Huateng sincerely hope to be your supplier and partner.

With manufacturing space at a premium, machine packages have become smaller and liquid cooling has emerged as the most efficient and economical means of removing process heat. Liquid cooling is especially well adapted to hot, dirty environments, where it provides a method of removing the heat from the machine and not contributing additional heat back into the environment.

Step 1: Determine the heat load.

It is important to determine the heat load of your application to ensure the chosen chiller is big enough for the intended application. 

There are several ways to determine the heat load (in kW) but understanding the process is essential to calculating an accurate heat load.

Step 2: Determine the coolant type, temperature & flow rate.

When the heat load is known, the next step is to determine the coolant, its target temperature and the flow rate that the chiller must provide to the process. This is determined by the method from which the heat is transferred from the process to the coolant and the type of coolant being used. For example, water has different characteristics than oil.

Step 4: Use chiller performance curves.

Now use the chiller performance curves available to select a chiller model that meets or exceeds the required capacity based on the chilled water supply temperature and the highest expected ambient air temperature. Consideration should be given to the safety margin of the application with respect to available frame sizes to maximise the value of the chiller selection. Find all Pfannenberg chillers performance curves in the related product page. 

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Pfannenberg offers a versatile range of packaged chillers, ranging in sizes from 1 kW to 150 kW insuring the proper capacity available for most applications. These packaged chillers are ready to use requiring only piping and power to install as part of your solution for process cooling applications – we‘ll even provide the coolant.
Ethylene & propylene glycol coolants, with proper corrosion inhibitors are available in a variety of packaging options – both full strength and pre-mixed. Each chiller model includes the pump, tank, refrigeration system and controls required for simple installation and reliable, efficient operation. 

Our knowledgeable applications staff is always on hand to discuss the application and to make sure that a proper selection is made. With our many available equipment options we can easily customise our standard chillers to meet specific application requirements. 

Contact us for more information!

A Complete Guide To Industrial Chiller

Types, Application And Selection

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A Complete Guide To Industrial Chiller – Types, Application And Selection

This industrial chiller guide explains types, applications & selection criteria. Learn how to choose the right cooling solution for your manufacturing process.

Every industry needs a proper thermal management system at a certain scale. In most cases, the level of precise temperature control requires an advanced setup called an industrial chiller.

In this guide, we will find out what these industrial chillers are, their types, and their applications. We will also assist you in finding the best industrial chiller for your industrial cooling requirements.

What is an Industrial Chiller?

An industrial chiller is a specialized refrigeration system installed on an industrial premise. This machine runs on coolants like air, water, glycol & brine, etc.

These machines are designed to meet a high industrial cooling demand that normal air conditioning systems cannot provide. They are designed to operate constantly even under heavy loads without compromising the control over temperature.

For more Brine Chiller Unitsinformation, please contact us. We will provide professional answers.

Key Components

• A compressor
• A condenser
• An expansion valve
• An evaporator
• A smart control panel system, etc

Industrial chillers function by circulating the chilled fluid through process equipment or production lines. This fluid then absorbs heat and returns to the chiller where the heat is removed and released externally. This process repeats the entire time a chiller is operating in an industrial setup.

Types of Industrial Chillers

These modern industrial chillers come in various configurations in terms of cooling operations and components. Such variation in an industrial chiller design offers unique advantages along with industrial applications.

Here is the list of modern industrial chillers Tempcon offers.

Industrial Air-Cooled Scroll Chiller

Industrial air-cooled scroll chillers provide an affordable and durable solution for various industrial processes. These units use scroll compression technology that features two low-noise spiral scrolls. Its cooling capacity ranges from 3 to 80 TR.

• Structure: Galvanized steel with epoxy powder coating IP-54 body
• Compressor: Hermetic scroll compressors produce minimal noise
• Fans: Available with either AC fans (A-version) or EC fans (B-version)
• Condenser: Copper fin tube with inner grooved copper tube (A-version) or coated aluminum microchannel condensers (B-version)

Industrial Air-Cooled Screw Chillers

These industrial chillers are designed for continuous operations and maximum energy efficiency. They provide cooling capacities ranging between 50TR and 250TR. The screw compressor offers a non-stop operation without cycling off.

• Structure: MS body with epoxy-polyester paint for industrial durability
• Compressor: Semi-hermetic screw compressor with stepless capacity control
• Fans: Customizable options include EC brushless or axial blow fan types
• Condenser: Modular air-cooled fin tube with sub-cooling circuit

Industrial Water-Cooled Scroll Chillers

These chillers are suitable for both indoor and outdoor usage. They offer quiet cooling operations that make them perfect for noise-sensitive environments. They provide cooling capacities from 11TR to 100TR.

• Frame: Galvanized steel with epoxy-polyester powder coating
• Compressor: Highly efficient scroll compressors for quiet operation
• Condenser: High-efficiency water-cooled shell & tube type
• Evaporator: Shell & tube type for reliable heat transfer

Industrial Water-Cooled Screw Chillers

These chillers use the latest refrigeration technologies for industrial processes that require high cooling capacity (60TR to 350TR). They are efficient, flexible, and reliable.

• Frame: Galvanized steel with epoxy-polyester powder coating
• Compressor: Semi-hermetic screw compressors using R134a refrigerant
• Condenser: Shell & tube design for efficient heat rejection
• Evaporator: Shell & tube evaporator engineered for easy inspection

Industrial Oil Chillers

These chillers are designed to cool hydraulic and lubricating oil during industrial processes. They can maintain oil temperatures as low as 25°C. They offer cooling capacities from 1TR to 30TR.

• Frame: Self-standing structure made of painted steel
• Compressor: Scroll compressor using R407c refrigerant
• Fans: Available with either axial (RB-A) or centrifugal (RB-C) fans
• Condenser: Finned pack type for efficient heat transfer

Glycol & Brine Chillers

These chillers use glycols as coolants. They provide cooling capacity from 1TR to 100TR and can operate at temperatures from -40°C to +4°C.

• Compressor Options: Semi-hermetic reciprocating, scroll, or open-type screw compressors
• Refrigerant Options: R40Aa, Ammonia, or CO2
• Condenser Choices: Water-cooled shell & tube, air-cooled fin & tube, or evaporative condenser

Industrial Reciprocating Chillers

These chillers offer wide temperature control (-40°C to +4°C). The modern designs are available with either semi-hermetic or hermetically-sealed reciprocating compressors.

• Frame: Stainless steel self-standing structure with protective paint coating
• Compressor Types: Semi-hermetic reciprocating or hermetic sealed reciprocating
• Refrigerant Options: Environmentally friendly R40Aa, Ammonia, or CO2

Variable Frequency Drive (VFD) Chillers

These VFD chillers offer excellent control over cooling efficiency while minimizing environmental impact. They provide cooling capacities from 5TR to 350TR.

• Frame: Modular design with galvanized steel and epoxy-polyester powder coating
• Compressor: Energy-efficient scroll compressors using R410a refrigerant
• Capacity Control: Stepless capacity adjustment from 10% to 100% via VFD technology

Applications of Industrial Chillers

An industrial chiller is chosen based on the industrial applications. Not all chillers set the parameters right. It depends on the equipment, industrial processes, temperature range, and temperature control. Here is the list of industries where chillers are used.

Plastic Manufacturing

• Injection Molding: Maintains consistent mold temperatures
• Blow Molding: Ensures uniform wall thickness
• Film Extrusion: Controls cooling for uniform thickness
• Compressed Molding: Regulates temperature for optimal curing

Pharmaceutical Industry

• API Manufacturing: Ensures chemical stability
• Laboratory Processes: Maintains precise temperatures
• Processing Equipment: Prevents heat-related degradation

Food and Beverage Production

• Dairy Processing: Controls temperatures for pasteurization
• Edible Oil Manufacturing: Prevents degradation
• Breweries: Ensures consistent fermentation temperatures
• Carbonated Beverage Production: Maintains carbonation

Metal Processing

• Aluminum Extrusion: Maintains die temperatures
• Electroplating: Regulates bath temperatures
• Galvanizing: Controls zinc bath temperature
• Metal Finishing: Ensures proper cooling

Oil and Hydraulic Systems

• Hydraulic Oil Cooling: Prevents overheating
• Cutting Oil Cooling: Maintains optimal machining
• Quenching Oil Cooling: Controls heat treatment
• CNC Machines: Prevents thermal expansion

Construction Materials

• Concrete Batch Mixing: Controls water temperature
• Pipe Extrusion: Ensures consistent pipe properties
• Composite Materials: Regulates curing temperatures

How to Select an Industrial Chiller?

Only the right industrial chiller offers the ideal industrial cooling outcomes. Check these key factors that control choosing the right industrial chiller:

Cooling Capacity Requirements: Calculate your heat load accurately based on process needs and add a safety margin. Chiller Type: Determine whether air-cooled, water-cooled, scroll, screw, or reciprocating technology best suits your application environment. Space Constraints: Consider available installation space, including clearance for airflow and maintenance access. Ambient Conditions: Factor in your facility’s temperature, humidity, and environmental characteristics. Energy Efficiency: Evaluate long-term operational costs through efficiency ratings and VFD technology options. Temperature Range: Match the chiller’s capabilities to your required process temperature needs. Budget Considerations: Balance initial investment against long-term operational and maintenance expenses. Refrigerant Type: Select environmentally compliant options that meet regulatory requirements. Control Systems: Assess the user interface and automation capabilities needed for your operation. Reliability and Support: Consider manufacturer reputation, warranty offerings, and local service availability.

Make Tempcon Your Industrial Chiller Partner

Tempcon offers expert guidance in selecting and installing the ideal industrial chiller for your specific requirements. Our 40 years of experience, along with a diverse product portfolio, allow you to choose an energy-efficient, reliable cooling solution.

Contact us today for our technical support and turnkey industrial chiller solution.

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