CPC - Colder Products Company’s Post

For liquid cooling, water-based systems are often picked for their low viscosity, low cost, and high thermal conductivity but many options exist. Each has a unique impact on flow. Learn more in this clever video. https://ow.ly/OJAe50PPoWn

High thermal conductivity makes water-based liquid cooling popular. Water also has a specific gravity of 1, which helps in the calculations for heat transfer potential. https://ow.ly/ckXB50PXL0e

Some rack mounted power supply systems offer redundancy options and customizations with specific output voltage and current. Rack systems are designed to facilitate efficient cooling and thermal management, The extruded aluminum alloy enclosure with air flow fins for cooling.

Some rack mounted power supply systems offer redundancy options and customizations with specific output voltage and current. Rack systems are designed to facilitate efficient cooling and thermal management, The extruded aluminum alloy enclosure with air flow fins for cooling.

Thermal engineers specifying fluids for liquid cooling have more than two options. Coolants under consideration have a range of viscosities and this affects flow. Watch now to learn more. https://ow.ly/BUxZ50PMYIJ

Go watch CPC’s short, fun video on flow dynamics in liquid cooling systems and get more up to speed on considerations for thermal management applications. https://ow.ly/Pmtm50PMZ2Z

Can you Answer? What are the three primary methods of heat transfer? A) Conduction, Convection, and Insulation B) Radiation, Conduction, and Cooling C) Conduction, Convection, and Radiation D) Insulation, Cooling, and Heating - #HeatExchangers - #HeatTransfer - #Engineering - #MechanicalEngineering - #EnergyEfficiency - #Sustainability

I recommend that new paper A REVIEW OF RECENT STUDIES OF BOTH HEAT PIPE AND EVAPORATIVE COOLING IN PASSIVE HEAT RECOVERY

Why should the Anti-condensation heaters be used? The relationship between the temperature of the air and the humidity in the air is one of the most important issues especially in electrical applications. Using thermodynamic properties of moist air, the thermodynamic branch, which deals with the processes and conditions in moist air, is called “Psychometry”. Psychometric diagrams and its values illuminate the necessity of anti-condensation heaters.

Thermal Resistance (R) U-values are calculated from the thermal resistances of the parts making up a particular part of the structure. Thermal Resistance is defined as a measure of a material’s ability to resist heat flow. In order to calculate thermal resistance, you must know the thickness of the building materials and the Thermal Conductivity (K) value