Help with Convection/Cooling System

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In summary, to determine the appropriate size and length of copper tubing for your application of sending compressed air into a temperature chamber, it is best to consult a thermal engineer or HVAC specialist. They will use the temperature difference and pressure of the air to determine the tubing requirements and may also provide a system design for optimal results.
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I am looking to send compressed air into a temperature chamber which will be cooler than ambient . The air is to be utilized inside the chamber but before it is I want to make sure it has dropped to the temperature of the chamber so pressure readings won't be skewed.

I am envisioning some sort of copper tube system that the air will flow through in the chamber (already cooled) before it is used, I need help figuring out the length and size of tube that would be required to ensure my temp drop is reached.

I was thinking it would be along the line of Q=hA(Tw-Tt) This won't help me figure out the tubing required though because I don't know Q ahead of time or do I?
 
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The best way to determine the size and length of the tubing required for your application is to consult a thermal engineer or HVAC specialist. They will be able to use the temperature difference between the ambient air and the temperature chamber, as well as the pressure of the compressed air, to determine the size and length of copper tubing that should be used. Additionally, they may be able to provide you with a system design that could be implemented to optimize your desired temperature drop.
 

Related to Help with Convection/Cooling System

What is convection?

Convection is a process in which heat is transferred through the movement of fluids, such as air or water. It occurs when a warm fluid rises and is replaced by a cooler fluid, creating a continuous cycle of heat transfer.

Why is convection important in cooling systems?

Convection is important in cooling systems because it helps to transfer heat away from the object or system being cooled. By creating a continuous flow of cooler fluid, convection helps to dissipate heat and maintain a stable temperature.

How do you improve the convection in a cooling system?

To improve convection in a cooling system, you can increase the flow rate of the fluid, use a more efficient cooling medium, or add additional cooling elements such as fans or heat sinks.

What are some common types of cooling systems that use convection?

Some common types of cooling systems that use convection include air conditioners, refrigerators, and car radiators. These systems use the movement of air or other fluids to cool the internal components and maintain a stable temperature.

How does convection differ from other forms of heat transfer?

Convection differs from other forms of heat transfer, such as conduction and radiation, because it requires the movement of fluids. In conduction, heat is transferred through direct contact, while in radiation, heat is transferred through electromagnetic waves. Convection relies on the movement of fluids to transfer heat.

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