answer quickly (b)10Refer to hoist system arrangement as in Figure Q1(b) and specifications details in TableQ1(b).(1)Calculate the motor torque,Examine the maximum torque delivered by motor to the drum's end, and(iii) Given the drum's radius is 150 mm and find the maximum weight of m withinthe hoist capability.9876gh press543No12Table Q1(b)DetailsElectric Motor1 gear mesh ratio2 gear mesh ratio1M2ndgear mesh efficiencygear mesh efficiencyMotor shaft momentinertia, InCenter shaft momentinertia, I,Drum moment inertia, laMotor shaft frictiontorque, TxmCenter shaft frictiontorque, TSpecifications10 kW,2800 RPM with am -0.2mrad/s0.20.20.90.950 kgm²100 kgm²500 kgm²10 Nm10 Nm MotorTxmRadius-X meterD₁TxtFigure Q1(b)1₂,D₂Drum

Answered: Image /qna-images/answer/4eed0271-8763-404a-a6c6-c5cf828c1d65.jpg

Refer to hoist system arrangement as in Figure Q1(b) and specifications details in Table Q1(b). Calculate the motor torque, (1) (ii) (ii) Given the drum's radius is 150 mm and find the maximum weight of m within Examine the maximum torque delivered by motor to the drum's end, and the hoist capability.

Refer to hoist system arrangement as in Figure Q1(b) and specifications details in Table Q1(b). Calculate the motor torque, (1) (ii) (ii) Given the drum's radius is 150 mm and find the maximum weight of m within Examine the maximum torque delivered by motor to the drum's end, and the hoist capability.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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