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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
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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(b) 10 Refer to hoist system arrangement as in Figure Q1(b) and specifications details in Table Q1(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 within the hoist capability. 9 8 7 6 gh press 5 4 3 No 1 2 Table Q1(b) Details Electric Motor 1 gear mesh ratio 2 gear mesh ratio 1M 2nd gear mesh efficiency gear mesh efficiency Motor shaft moment inertia, In Center shaft moment inertia, I, Drum moment inertia, la Motor shaft friction torque, Txm Center shaft friction torque, T Specifications 10 kW, 2800 RPM with am -0.2 mrad/s 0.2 0.2 0.9 0.9 50 kgm² 100 kgm² 500 kgm² 10 Nm 10 Nm
Transcribed Image Text:(b) 10 Refer to hoist system arrangement as in Figure Q1(b) and specifications details in Table Q1(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 within the hoist capability. 9 8 7 6 gh press 5 4 3 No 1 2 Table Q1(b) Details Electric Motor 1 gear mesh ratio 2 gear mesh ratio 1M 2nd gear mesh efficiency gear mesh efficiency Motor shaft moment inertia, In Center shaft moment inertia, I, Drum moment inertia, la Motor shaft friction torque, Txm Center shaft friction torque, T Specifications 10 kW, 2800 RPM with am -0.2 mrad/s 0.2 0.2 0.9 0.9 50 kgm² 100 kgm² 500 kgm² 10 Nm 10 Nm
Motor Txm Radius-X meter D₁ Txt Figure Q1(b) 1₂, D₂ Drum
Transcribed Image Text:Motor Txm Radius-X meter D₁ Txt Figure Q1(b) 1₂, D₂ Drum
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