Application Notes

Calculations / Sizing

• A Primer on Pressure Drop
• How To Choose a Product
• How to Measure your Heat Load
• Selecting A Cold Plate Technology
• Sizing a Heat Exchanger for Cold Plate Applications

Corrosion Prevention

• Aluminum Corrosion Resistance for Cold Plates and Plate-Fin Heat Exchangers
• Avoiding Galvanic Corrosion
• Erosion-Corrosion in Cooling Systems
• Safeguarding Aluminum From Water Corrosion

Custom Product Design

• “Right-Sizing” Components & Systems
• Cold Plate Manufacturing Cost Drivers
• Data Center Equipment Cooling Configurations
• Designing a Liquid Cooling Loop for High-Performance Systems
• Designing a Liquid Cooling Loop Webinar
• Designing Custom Cold Plates
• Factory Video Tour
• Fins for Cooling Success
• Kays and London’s Colburn and Friction Factors
• Electronics Cooling Case Study
• Coatings for Heat Exchangers and Cold Plates

Fittings

• Choosing the Right Fluid Connector for Your Liquid Cooling Application – Part 1: Fittings
• Choosing the Right Fluid Connector for Your Liquid Cooling Application – Part 2: Couplings
• Choosing a Quick Disconnect Coupler
• Fitting and Hose Clamp Selection for Cold Plates and Heat Exchangers

Fluids / Coolants

• Deionized Water
• Liquid Cooling
• The Best Heat Transfer Fluids for Liquid Cooling

Laser Cooling

• Liquid Cooling a Laser for System Optimization
• Ten Rules for Liquid Cooling

Military/Aerospace

• Aircraft Liquid Cooling

Thermal Engineering Basics

• Assessing the Quality of a Tubed Cold Plate
• Demystifying Cold Plates
• Fundamentals of Heat Transfer
• Liquid Cooled Cold Plate to Dissipate up to 800 W
• Reducing Contact Thermal Resistance
• Thermal Interface Materials

Thermal Software

• Design and Analysis of Liquid-Cooling Systems Using Flow Network Modeling (FNM)
• MacroFlow™ Software Complimentary Trial Version
• MacroFlow™ Software: Downloading the Trial Version
• MacroFlow™ Software: Using the Trial Version

Vacuum Brazing

• Aluminum Vacuum Brazing

Calculations / Sizing

• A Primer on Pressure Drop
• How To Choose a Product
• How to Measure your Heat Load
• Selecting a Cooling System
• Selecting a Kodiak Recirculating Chiller
• Selecting a MCS™ Modular Cooling System
• Selecting an LCS™ Liquid-to-Liquid Cooling System

Corrosion Prevention

• Avoiding Galvanic Corrosion
• Erosion-Corrosion in Cooling Systems
• Preventing Corrosion in Cooling Systems

Custom Product Design

• “Right-Sizing” Components & Systems
• CASE STUDY: A Chiller for Avionics System Testing
• CASE STUDY: Designing a Lighter Recirculating Chiller with Tight Temperature Stability
• Custom Cooling System Economics
• Data Center Equipment Cooling Configurations
• Designing a Liquid Cooling Loop Webinar
• Factory Video Tour

Fittings

• Choosing the Right Fluid Connector for Your Liquid Cooling Application – Part 1: Fittings
• Choosing the Right Fluid Connector for Your Liquid Cooling Application – Part 2: Couplings

Fluids / Coolants

• Deionized Water
• Liquid Cooling
• The Best Heat Transfer Fluids for Liquid Cooling
• When is it necessary to add glycol in your coolant?

Laser Cooling

• Liquid Cooling a Laser for System Optimization
• Ten Rules for Liquid Cooling

Operation & Maintenance

• S Series Chiller Remote User Interface
• Factors Impacting Cooling Capacity of Recirculating Chillers
• Low Coolant Flow From Your Recirculating Chiller
• Recirculating Chiller Tune Ups
• RS232 Communication Software
• Using RS232 Communication to Your Advantage

Options & Accessories

• Recirculating Chiller Options for Special Applications and Fluid Compatibility
• Recirculating Chiller Protection Options

Pumps

• Centrifugal Pump Overview
• Choosing the Correct Pump for Your Recirculating Chiller
• Positive Displacement Pumps: Advantages and Operating Principles
• Regenerative Turbine Pumps

Thermal Engineering Basics

• Basics of Compressor-Based Refrigeration
• Fundamentals of Heat Transfer

Thermal Software

• Design and Analysis of Liquid-Cooling Systems Using Flow Network Modeling (FNM)
• MacroFlow™ Software Complimentary Trial Version
• MacroFlow™ Software: Downloading the Trial Version
• MacroFlow™ Software: Using the Trial Version

Calculations / Sizing

• A Primer on Pressure Drop
• How To Choose a Product
• How to Measure your Heat Load
• Selecting a Heat Exchanger
• Sizing a Heat Exchanger for Cold Plate Applications
• Thermal Calculations for Cabinet Cooling

Corrosion Prevention

• Aluminum Corrosion Resistance for Cold Plates and Plate-Fin Heat Exchangers
• Avoiding Galvanic Corrosion
• Erosion-Corrosion in Cooling Systems
• Safeguarding Aluminum From Water Corrosion

Custom Product Design

• “Right-Sizing” Components & Systems
• Data Center Equipment Cooling Configurations
• Designing a Liquid Cooling Loop for High-Performance Systems
• Designing a Liquid Cooling Loop Webinar
• Factory Video Tour
• Fins for Cooling Success
• Heat Exchanger Manufacturing Cost Drivers
• Kays and London’s Colburn and Friction Factors
• Coatings for Heat Exchangers and Cold Plates

Fans

• Heat Exchanger Fan Selection
• Heat Exchanger Fan Selection - Part 2
• Integrating a Heat Exchanger into your System: Fan Considerations

Fittings

• Choosing the Right Fluid Connector for Your Liquid Cooling Application – Part 1: Fittings
• Choosing the Right Fluid Connector for Your Liquid Cooling Application – Part 2: Couplings
• Choosing a Quick Disconnect Coupler
• Fitting and Hose Clamp Selection for Cold Plates and Heat Exchangers

Fluids / Coolants

• Deionized Water
• Liquid Cooling
• The Best Heat Transfer Fluids for Liquid Cooling

Laser Cooling

• Liquid Cooling a Laser for System Optimization
• Ten Rules for Liquid Cooling

Military/Aerospace

• Aircraft Liquid Cooling

Thermal Engineering Basics

• Fundamentals of Heat Transfer
• Reducing Contact Thermal Resistance
• What is a Heat Exchanger?

Thermal Software

• Design and Analysis of Liquid-Cooling Systems Using Flow Network Modeling (FNM)
• MacroFlow™ Software Complimentary Trial Version
• MacroFlow™ Software: Downloading the Trial Version
• MacroFlow™ Software: Using the Trial Version

Vacuum Brazing

• Aluminum Vacuum Brazing

Calculations / Sizing

• A Primer on Pressure Drop
• How To Choose a Product
• How to Measure your Heat Load
• Selecting A Cold Plate Technology
• Selecting a Cooling System
• Selecting a Heat Exchanger
• Selecting a Kodiak Recirculating Chiller
• Selecting a MCS™ Modular Cooling System
• Selecting an LCS™ Liquid-to-Liquid Cooling System
• Sizing a Heat Exchanger for Cold Plate Applications
• Thermal Calculations for Cabinet Cooling

Corrosion Prevention

• Aluminum Corrosion Resistance for Cold Plates and Plate-Fin Heat Exchangers
• Avoiding Galvanic Corrosion
• Erosion-Corrosion in Cooling Systems
• Preventing Corrosion in Cooling Systems
• Safeguarding Aluminum From Water Corrosion

Custom Product Design

• CASE STUDY: A Chiller for Avionics System Testing
• Cold Plate Manufacturing Cost Drivers
• CASE STUDY: Designing a Lighter Recirculating Chiller with Tight Temperature Stability
• Custom Cooling System Economics
• Data Center Equipment Cooling Configurations
• Designing a Liquid Cooling Loop for High-Performance Systems
• Designing a Liquid Cooling Loop Webinar
• Designing Custom Cold Plates
• Electronics Cooling Case Study
• Coatings for Heat Exchangers and Cold Plates

Fans

• Heat Exchanger Fan Selection
• Heat Exchanger Fan Selection - Part 2
• Integrating a Heat Exchanger into your System: Fan Considerations

Fittings

• Choosing the Right Fluid Connector for Your Liquid Cooling Application – Part 1: Fittings
• Choosing the Right Fluid Connector for Your Liquid Cooling Application – Part 2: Couplings
• Choosing a Quick Disconnect Coupler
• Fitting and Hose Clamp Selection for Cold Plates and Heat Exchangers

Fluids / Coolants

• Deionized Water
• Liquid Cooling
• The Best Heat Transfer Fluids for Liquid Cooling
• When is it necessary to add glycol in your coolant?

Laser Cooling

• Liquid Cooling a Laser for System Optimization
• Ten Rules for Liquid Cooling

Military/Aerospace

• Aircraft Liquid Cooling

Operation & Maintenance

• Factors Impacting Cooling Capacity of Recirculating Chillers
• Low Coolant Flow From Your Recirculating Chiller
• Recirculating Chiller Tune Ups
• RS232 Communication Software
• Using RS232 Communication to Your Advantage

Options & Accessories

• Recirculating Chiller Options for Special Applications and Fluid Compatibility
• Recirculating Chiller Protection Options

Pumps

• Centrifugal Pump Overview
• Choosing the Correct Pump for Your Recirculating Chiller
• Positive Displacement Pumps: Advantages and Operating Principles
• Regenerative Turbine Pumps

Thermal Engineering Basics

• Assessing the Quality of a Tubed Cold Plate
• Basics of Compressor-Based Refrigeration
• Fundamentals of Heat Transfer
• Liquid Cooled Cold Plate to Dissipate up to 800 W
• Reducing Contact Thermal Resistance
• Thermal Interface Materials
• What is a Heat Exchanger?

Thermal Software

• Design and Analysis of Liquid-Cooling Systems Using Flow Network Modeling (FNM)
• MacroFlow™ Software Complimentary Trial Version
• MacroFlow™ Software: Downloading the Trial Version
• MacroFlow™ Software: Using the Trial Version

Vacuum Brazing

• Aluminum Vacuum Brazing