P.1- The asynchronous motor and the other equipment of Fig 1 parameters are:Dmotor = 0.005 Nm.s/rad, Jmotor = 0.016 Kgm7sem-fim(sf) = 92 % , Df =0.003 Nm.s/rad, Ja = 0.028 Kgm² , i="m = 200,Dearga = 50 Nm.s/rad, Mcarga= 800 Kg , Fearga = 50 N%3DCalculate firstly Dotal: Jtotal, then the Pm required at t-4 s.FrargaFigMcargaDearga= 50 tt (s)M3-Msem-fimbem-fimJmotorDmotorFeargeTmdơmJtotal dtM.cargaJtotal =J,+Jf++ Dtotal -OmmotorPm=Tm mcargaDtotal = D,+Df +%3Dmotor

It is given that: Dmotor=0.005 Nms/radJmotor=0.016 kgm2 ηsf=92 %=0.92Dsf=0.003 Nm.s/radJsf=0.028…

P.1- The asynchronous motor and the other equipment or Fig 1 parameters are: = 0.016 Kgm D, motor = 0.005 Nm.s/rad, Jmotor 7sem-fim(sf) = 92 %, Df =0.003 Nm.s/rad, Jr 0.028 Kgm2,i="m Dcarga = 50 Nm.s/rad, M. = 200 %3! 800 Kg, Fearga = 50 N carga Calculate firstly Dotals Jrotal , then the Pm required at t-4's. Frarga Mearga Dearga Fig O = 50 t (

P.1- The asynchronous motor and the other equipment or Fig 1 parameters are: = 0.016 Kgm D, motor = 0.005 Nm.s/rad, Jmotor 7sem-fim(sf) = 92 %, Df =0.003 Nm.s/rad, Jr 0.028 Kgm2,i="m Dcarga = 50 Nm.s/rad, M. = 200 %3! 800 Kg, Fearga = 50 N carga Calculate firstly Dotals Jrotal , then the Pm required at t-4's. Frarga Mearga Dearga Fig O = 50 t (

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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