Application Notes

Technical support pages for your reference. These application notes contain information about the operation, manufacture and application of our products. For quarterly notice of new technical support pages on our website, sign up for our newsletter. If you need additional information contact a Lytron Applications Engineer at +1-781-933-7300. View: All Application Notes Cold Plate Application Notes Cooling System Application Notes Heat Exchangers Application Notes Other Application Notes Cold Plate Application Notes A Primer on Pressure Drop Aircraft Liquid Cooling Aluminum Corrosion Resistance for Cold Plates and Plate-Fin Heat Exchangers Assessing the Quality of a Tubed Cold Plate Avoiding Galvanic Corrosion Choosing a Quick Disconnect Coupler Choosing the Right Fluid Connector for Your Liquid Cooling Application – Part 1: Fittings Cold Plate Manufacturing Cost Drivers Deionized Water Demystifying Cold Plates   Design and Analysis of Liquid-Cooling Systems Using Flow Network Modeling (FNM) Designing a Liquid Cooling Loop for High-Performance Systems Designing a Liquid Cooling Loop Webinar   Designing Custom Cold Plates Erosion-Corrosion in Cooling Systems Fins for Cooling Success Fitting and Hose Clamp Selection for Cold Plates and Heat Exchangers How to Measure your Heat Load Liquid Cooled Cold Plate to Dissipate up to 800 W   Liquid Cooling a Laser for System Optimization MacroFlow™ Software Complimentary Trial Version MacroFlow™ Software: Downloading the Trial Version   MacroFlow™ Software: Using the Trial Version Reducing Contact Thermal Resistance Safeguarding Aluminum From Water Corrosion Selecting A Cold Plate Technology Sizing a Heat Exchanger for Cold Plate Applications Ten Rules for Liquid Cooling   The Best Heat Transfer Fluids for Liquid Cooling Thermal Interface Materials - A Brief Overview Lytron's Vacuum Brazing Process   Vacuum Furnace Brazing in Brief Cooling System Application Notes A Primer on Pressure Drop Avoiding Galvanic Corrosion The Basics of Compressor-Based Refrigeration Centrifugal Pump Overview Choosing the Correct Pump for Your Recirculating Chiller Choosing the Right Fluid Connector for Your Liquid Cooling Application – Part 1: Fittings Custom Cooling System Economics Deionized Water Design and Analysis of Liquid-Cooling Systems Using Flow Network Modeling (FNM) Designing a Liquid Cooling Loop Webinar   Erosion-Corrosion in Cooling Systems Factors Impacting Cooling Capacity of Recirculating Chillers Fins for Cooling Success How to Measure your Heat Load Liquid Cooling a Laser for System Optimization Low Coolant Flow From Your Recirculating Chiller MacroFlow™ Software Complimentary Trial Version MacroFlow™ Software: Downloading the Trial Version   MacroFlow™ Software: Using the Trial Version Positive Displacement Pumps: Advantages and Operating Principles Preventing Corrosion in Cooling Systems Recirculating Chiller Options for Special Applications and Fluid Compatibility Recirculating Chiller Protection Options Recirculating Chiller Tune Ups: Operation and Maintenance of Your Coolest Equipment Regenerative Turbine Pumps Introduction Selecting a Cooling System Selecting a Kodiak Recirculating Chiller Selecting a MCS™ Modular Cooling System Selecting an LCS™ Liquid-to-Liquid Cooling System Ten Rules for Liquid Cooling   The Best Heat Transfer Fluids for Liquid Cooling Using RS232 Communication to Your Advantage When is it necessary to add glycol in your coolant? Heat Exchangers Application Notes A Primer on Pressure Drop Aircraft Liquid Cooling Aluminum Corrosion Resistance for Cold Plates and Plate-Fin Heat Exchangers Avoiding Galvanic Corrosion Choosing a Quick Disconnect Coupler Choosing the Right Fluid Connector for Your Liquid Cooling Application – Part 1: Fittings Deionized Water Design and Analysis of Liquid-Cooling Systems Using Flow Network Modeling (FNM) Designing a Liquid Cooling Loop for High-Performance Systems Designing a Liquid Cooling Loop Webinar   Erosion-Corrosion in Cooling Systems Fins for Cooling Success Fitting and Hose Clamp Selection for Cold Plates and Heat Exchangers Heat Exchanger Fan Selection - Part 1 of 2 Heat Exchanger Fan Selection – Part 2 of 2 Heat Exchanger Manufacturing Cost Drivers How to Measure your Heat Load Integrating a Heat Exchanger into your System: Fan Considerations Lightweight Titanium Heat Exchangers for Airborne Applications Liquid Cooling a Laser for System Optimization MacroFlow™ Software Complimentary Trial Version MacroFlow™ Software: Downloading the Trial Version   MacroFlow™ Software: Using the Trial Version Reducing Contact Thermal Resistance Safeguarding Aluminum From Water Corrosion Selecting a Heat Exchanger Sizing a Heat Exchanger for Cold Plate Applications Ten Rules for Liquid Cooling   The Best Heat Transfer Fluids for Liquid Cooling Thermal Calculations for Cabinet Cooling Lytron's Vacuum Brazing Process   Vacuum Furnace Brazing in Brief What is a Heat Exchanger? Other Application Notes A Primer on Pressure Drop Aircraft Liquid Cooling Aluminum Corrosion Resistance for Cold Plates and Plate-Fin Heat Exchangers Assessing the Quality of a Tubed Cold Plate Avoiding Galvanic Corrosion The Basics of Compressor-Based Refrigeration Centrifugal Pump Overview Choosing a Quick Disconnect Coupler Choosing the Correct Pump for Your Recirculating Chiller Choosing the Right Fluid Connector for Your Liquid Cooling Application – Part 1: Fittings Cold Plate Manufacturing Cost Drivers Custom Cooling System Economics Deionized Water Design and Analysis of Liquid-Cooling Systems Using Flow Network Modeling (FNM) Designing a Liquid Cooling Loop for High-Performance Systems Designing a Liquid Cooling Loop Webinar   Designing Custom Cold Plates Erosion-Corrosion in Cooling Systems Factors Impacting Cooling Capacity of Recirculating Chillers Fitting and Hose Clamp Selection for Cold Plates and Heat Exchangers Fundamentals of Heat Transfer Heat Exchanger Fan Selection - Part 1 of 2 Heat Exchanger Fan Selection – Part 2 of 2 How to Measure your Heat Load Integrating a Heat Exchanger into your System: Fan Considerations Lightweight Titanium Heat Exchangers for Airborne Applications Liquid Cooled Cold Plate to Dissipate up to 800 W   Liquid Cooling a Laser for System Optimization Low Coolant Flow From Your Recirculating Chiller MacroFlow™ Software Complimentary Trial Version MacroFlow™ Software: Downloading the Trial Version   MacroFlow™ Software: Using the Trial Version Positive Displacement Pumps: Advantages and Operating Principles Preventing Corrosion in Cooling Systems Recirculating Chiller Options for Special Applications and Fluid Compatibility Recirculating Chiller Protection Options Recirculating Chiller Tune Ups: Operation and Maintenance of Your Coolest Equipment Reducing Contact Thermal Resistance Regenerative Turbine Pumps Introduction Safeguarding Aluminum From Water Corrosion 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 Ten Rules for Liquid Cooling   The Best Heat Transfer Fluids for Liquid Cooling Thermal Calculations for Cabinet Cooling Thermal Interface Materials - A Brief Overview Using RS232 Communication to Your Advantage Lytron's Vacuum Brazing Process   Vacuum Furnace Brazing in Brief What is a Heat Exchanger? When is it necessary to add glycol in your coolant?