Finding the equivalent induction circuit parameters. then determine the variation of magnetizing leakage reactance with no load voltage. also, can you use these parameters to predict the performance of the machine vs. speed. ex, power, torque, current, stator copper loss, rotor copper loss and iron loss?

A B C 1 IM Testing 4-Sep-20: demonstration results. 2 Pope Electric machine: 2.2kW, 415V, 4.2A, 1435rpm, 0.86 pf 3 4 5 6 7 8 DC test 5 9 10 No Load 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 DC test 1.5548 29 29 30 Locked Rotor Test 31 www 1234353537 38 39 34 DC test resistance voltage current power Va phase line rms line rms total ohms V A W 2.8 1.522 36 Cooling Down Period 41 41 42 43 44 45 45 1.56 38 DC test 1.553 46 40 47 48 DC test 40 Locked Rotor Test 1.597 413.5 2.039 435.5 2.388 264.3 455.1 2.808 301.4 472 3.195 342.7 415.2 2.059 377.6 1.626 330.3 1.295 1.06 281.9 SO 233.6 wwww 186.3 wwwww D 139.5 www 126.9 www 114.3 101.9 91.11 78.6 67.56 43.4 22.45 E 0.884 0.771 9.772 3:133 0.755 239.8 206.8 187.4 169.8 **** 156.3 144.2 137 ar 0.774 134 www 0.828 136.5 0.894 134.8 0.985 134.1 1.18 137.8 F 235 239.2 2.072 G 20.83 0.879 12.66 45.44 1.892 59.91 2.84 134.9 67.93 89.76 3.812 242.1 110 4.807 380.9 594.5 133 6.043 155.3 7.343 866.7 la Pa phase rm line rms phase V A W H 39 Vb 1 lb J 237.5 2.092 2.821 134.1 39.56 2.931 44.95 38.74 2.826 1.796 54.57 0.938 14.65 Pb K Vc 47.28 L 94 239.3 38.75 Ic M 1.94 2.704 Pc N Comments. O this is the phase resistance 101 three-phase "balance" check no-load results done with V>Vrated no-load results done with V