This is the result of the heat loss of a non-isolated compressor that is a part of a refrigerator cycle. The fan was obs

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This is the result of the heat loss of a non-isolated compressorthat is a part of a refrigerator cycle. The fan was observed inboth capillary mode and TXV mode. In the TXV mode,the evaporator fan speed, condenser fan speed, and level ofrefrigerant was varied. Do these results make sense (does the heatloss follow the theoretical trends when these variables arevaried)? Why or why not?

This Is The Result Of The Heat Loss Of A Non Isolated Compressor That Is A Part Of A Refrigerator Cycle The Fan Was Obs 1 (28.18 KiB) Viewed 59 times

Condenser Fan Speed $5 High Medium Low High High High High High High Evaporator Fan Speed S6 Low Low Low Low Medium High Low Low Low Mode TXV 1 TXV 1 TXV 1 TXV 2 TXV 2 TXV 2 Capillary 3 TXV 4 TXV 4 Refrigerant Level 2.7 2.6 2.7 2.75 2.5 2.6 2.6 2.7 4 Heat Loss from Compressor (Btu/min) 47.03 64.18 65.29 62.91 64.41 65.1135 62.65 47.03 62.98