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Calculation Performed at www.codecalculation.com

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Project

Project No:
Project Title:
Document No:
Revision No:
Date :
     

Inputs

Motor Shaft Power [[ gUL('power')]]

[[err]]

Poles

[[err]]

     
     

Errors

[[ err ]]

Results

Motor Rating [[ retSilent(doc,['result','motor_rating', '_val']) ]] [[ gUL('power') ]]
Speed [[ retSilent(doc,['result','Speed', '_val']) ]] rpm
Efficiency (100% load) [[ retSilent(doc,['result','eta_full', '_val']) ]] %
Efficiency (75% load) [[ retSilent(doc,['result','eta_three_fourth', '_val']) ]] %
Efficiency (50% load) [[ retSilent(doc,['result','eta_half', '_val']) ]] %
Power Factor [[ retSilent(doc,['result','pf', '_val']) ]]
In(Full Load Current) [[ retSilent(doc,['result','In', '_val']) ]] A
Is(Starting Current) [[ retSilent(doc,['result','Is', '_val']) ]] A
Is/In [[ retSilent(doc,['result','Is_by_In', '_val']) ]]
Tn(Full Load Torque) [[ retSilent(doc,['result','Tn', '_val']) ]] N.m
Ti(Starting Torque) [[ retSilent(doc,['result','Ti', '_val']) ]] N.m
Ti/Tn [[ retSilent(doc,['result','Ti_by_Tn', '_val']) ]]
Tb(Breakdown Torque) [[ retSilent(doc,['result','Tb', '_val']) ]] N.m
Tb/Tn [[ retSilent(doc,['result','Tb_by_Tn', '_val']) ]]
Moment of Inertia [[ retSilent(doc,['result','J', '_val']) ]] kg.m²
Weight [[ retSilent(doc,['result','weight', '_val']) ]] kg