Using below equations Estimation of Starting Torque at Full Supply voltage %3D VSR Isv=starting borque ak full supply voltage Ter=starting barque at reduced supply voltage. VSF= Full supply oltage VoR = Reduced supply valtage Estimation of starbing aurrent at full supply volbage VSR Hay= starting leV= startng curens at reduced supply voltage Vsf= Eull supply voltage VsR= Reduced supply voltage current at full supply valtage IN The measured eddy cumant brake barque is Oh 48Non The line Voltage (Vey) is 29.8V, stator current is 4.94A, Total (3ph) inpot real power is 214.7W. The Stator phase resistance is 1.92

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Usng below equations.
Estimation of Starting Torque at Ful.
Supply voltage
TRY
VsR
%3D
Iv=starting borque ak full supply voltage
Tev=starting barque at reduced supply volkage
VSF= Full supply voltage
VoR= Reduced supply voltage
Estimation of starbing current at full supply valbage
Tav=VSE lRv
lov = starting current at full supply veltage
lev= starting current at reduced supply voltage
Vsf= Full supply altage
Vsp= Reduced supply voltage
%3D
The measured eddy current brake torque is Ou 48 Nom
The line Voltage CVay) is 29.8V, stator current
is 4.94A, Total (3ph) input real power is
214.7W. The Stator phase resistance is
1.92
Transcribed Image Text:Usng below equations. Estimation of Starting Torque at Ful. Supply voltage TRY VsR %3D Iv=starting borque ak full supply voltage Tev=starting barque at reduced supply volkage VSF= Full supply voltage VoR= Reduced supply voltage Estimation of starbing current at full supply valbage Tav=VSE lRv lov = starting current at full supply veltage lev= starting current at reduced supply voltage Vsf= Full supply altage Vsp= Reduced supply voltage %3D The measured eddy current brake torque is Ou 48 Nom The line Voltage CVay) is 29.8V, stator current is 4.94A, Total (3ph) input real power is 214.7W. The Stator phase resistance is 1.92
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