Question

Draw the circle diagram for a 3 phase 5KW 4 pole, 50Hz, 400V star connected Induction motor from the following data No Load test: 400 V, 3.1A, 350 W Short Circuit test: 52 V, 7.6A, 440W The stator loss at a standstill is 65% of the total copper losses and the full load current is 7.6A from the circle diagram determining Power factor , Slip, output , Efficiency.

Name: draw the circle diagram for a 3 phase 5kw 4 pole 50hz 400v star connected induction motor from the following data no load test 400 v 31a 350 w short circuit test 52 v 76a 440w the stator loss at a sta
Uploaded: 2024-12-15T19:08:24-08:00
Duration: 1 min 31 s
Channel: Lien Le
Description: draw the circle diagram for a 3 phase 5kw 4 pole 50hz 400v star connected induction motor from the following data no load test 400 v 31a 350 w short circuit test 52 v 76a 440w the stator loss at a sta

          Draw the circle diagram for a 3 phase 5KW 4 pole, 50Hz, 400V star connected
Induction motor from the following data
No Load test: 400 V, 3.1A, 350 W
Short Circuit test: 52 V, 7.6A, 440W
The stator loss at a standstill is 65% of the total copper losses and the full load current is 7.6A
from the circle diagram determining Power factor , Slip, output , Efficiency.

Added by Abhishek K.

Calculus: Early Transcendentals

James Stewart 8th Edition

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Draw the circle diagram for a 3 phase 5KW 4 pole, 50Hz, 400V star connected Induction motor from the following data No Load test: 400 V, 3.1A, 350 W Short Circuit test: 52 V, 7.6A, 440W The stator loss at a standstill is 65% of the total copper losses and the full load current is 7.6A from the circle diagram determining Power factor , Slip, output , Efficiency.