Induction motor the following data of a squirrel cage induction motor in delta connection are given nominal conditions Stator voltage V1 N(delta)=40ov stator freq f1 N=50HZ stator current 11 N=40A pole pair number p=10 open circuit conditions stator voltage V1 N(delta)=400v active power P1 oc=0W reactive power Q1 oc=9.3KVA short circuit conditions stator voltage V1 N(delta)=400V active power P1 sc=13.9kW reactive power Q1 sc=110.9 kVA for all calculations ,all losses are neglected,except the ohmic losses of the roto Calculate open circuit current ,short circuit current determine nominal slip SN,pull out slip Spo and power factor cos(phi)N and draw complete current locus and scale the slip line 1cm=10A

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Induction motor
the following data of a squirrel cage induction motor in delta connection are given
nominal conditions
Stator voltage V1 N(delta)=40ov
stator freq f1 N=50HZ
stator current 11 N=40A
pole pair number p=10
open circuit conditions
stator voltage V1 N(delta)=400v
active power P1 oc=0W
reactive power Q1 oc=9.3KVA
short circuit conditions
stator voltage V1 N(delta)=400V
active power P1 sc=13.9kW
reactive power Q1 sc=110.9 kVA
for all calculations ,all losses are neglected,except the ohmic losses of the roto
Calculate open circuit current ,short circuit current
determine nominal slip SN,pull out slip Spo and power factor cos(phi)N
and draw complete current locus and scale the slip line 1cm=10A
Transcribed Image Text:Induction motor the following data of a squirrel cage induction motor in delta connection are given nominal conditions Stator voltage V1 N(delta)=40ov stator freq f1 N=50HZ stator current 11 N=40A pole pair number p=10 open circuit conditions stator voltage V1 N(delta)=400v active power P1 oc=0W reactive power Q1 oc=9.3KVA short circuit conditions stator voltage V1 N(delta)=400V active power P1 sc=13.9kW reactive power Q1 sc=110.9 kVA for all calculations ,all losses are neglected,except the ohmic losses of the roto Calculate open circuit current ,short circuit current determine nominal slip SN,pull out slip Spo and power factor cos(phi)N and draw complete current locus and scale the slip line 1cm=10A
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