Heaters, CoolersA condenser (cooler) receives 0.05 kg/s of

Chapter 4, Problem 64HP

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QUESTION:

Problem 64HP

Heaters, Coolers

A condenser (cooler) receives 0.05 kg/s of R-410a at 2000 kPa, 80°C and cools it to 10°C. Assume the exit properties are as for saturated liquid with the same T. What cooling capacity (kW) must the condenser have?

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QUESTION:

Problem 64HP

Heaters, Coolers

A condenser (cooler) receives 0.05 kg/s of R-410a at 2000 kPa, 80°C and cools it to 10°C. Assume the exit properties are as for saturated liquid with the same T. What cooling capacity (kW) must the condenser have?

ANSWER:

Solution 64HP

Step 1 of 4

Here we have to calculate the cooling capacity of the condenser when it receives R-410a and cools it down.

Given data,

Flow rate,

Pressure,

Initial temperature,  

Final temperature,  

To find,

Cooling capacity or heat transfer out,

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