Rate of water cooling through copper pipe?

AI Thread Summary
To cool 2000ml of water from 80 degrees Celsius to ambient room temperature (20 degrees Celsius) using 3/8 inch copper pipe, approximately 70 meters of tubing is required. This calculation assumes a heat dissipation of 500W and a flow rate of 0.13 liters per minute. The effectiveness of the cooling system is influenced by both the length of the tubing and the flow rate. Proper design is crucial for achieving optimal cooling in custom PC water cooling systems. Accurate measurements and calculations are essential for effective thermal management.
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So say I have a tank of water of about 2000mls which is at around 80 degrees celsius and is pumped around a copper system which is 3/8th inch thick pipe. how many meters would the water have to travel through copper pipe to return to ambient room temperature of about 20 degrees celsius. any help is much appreciated. this does relate to a real world idea i have at the moment for a custom pc water cooling system.
 
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Assuming you mean 3/8 inch outside diameter copper tubing, and you need to dissipate, say, 500W of heat. At a flow rate of 0.13 liters/min, cooling the water from 80oC to 24oC in a 20oC room, you'll need about 70 meters of tubing.
 
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