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Design an inclined belt-roller conveyor system for a production plant as shown in Figure 1. The required angle of inclination is a = 10°. The AC induction motor with 4-poles that drives the pulley and belt has to be selected based on the requirements listed in Table 1 and the motor catalogue provided in Brighten portal (Topic 8). Select a suitable motor for your design and justify your decision. The product transfer speed required is minimum 0.05 m/sec and maximum 0.45 m/sec. Assume suitable safety factor to provide sufficient warranty for the system.

Design an inclined belt-roller conveyor system for a production plant as shown in Figure 1. The required angle of inclination is a = 10°. The AC induction motor with 4-poles that drives the pulley and belt has to be selected based on the requirements listed in Table 1 and the motor catalogue provided in Brighten portal (Topic 8). Select a suitable motor for your design and justify your decision. The product transfer speed required is minimum 0.05 m/sec and maximum 0.45 m/sec. Assume suitable safety factor to provide sufficient warranty for the system.

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
Problem 1.1MA
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Design an inclined belt-roller conveyor system for a production plant as shown in Figure 1. The required angle of inclination is a = 10°. The AC induction motor with 4-poles that drives the pulley and belt has to be selected based on the requirements listed in Table 1 and the motor catalogue provided in Brighten portal (Topic 8). Select a suitable motor for your design and justify your decision. The product transfer speed required is minimum 0.05 m/sec and maximum 0.45 m/sec. Assume suitable safety factor to provide sufficient warranty for the system. Table 1: Required Specification and Structural Specification Total mass of table and work, m₁ = 20 kg Mass of pulley 2 = 450 grams Drum diameter, Da = 110mm Belt roller efficiency, r = 0.85 Mass of the roller, m2 = 1.5kg Belt-pulley efficiency, ¹p = 0.85 Pulley 1 diameter, D₁ = 50mm Friction coefficient of sliding, μ = 0.04 Pulley 2 diameter, D₂ = 110mm Available power supply: 19, 220 V, 50Hz Mass of pulley 1 = 250 grams Operation: Continuous duty. Belt Conveyor Load Linear Guide Belt Drive Pulley Secondary Pulley Figure 1: Conveyor Belt System Primary Pulley Motor
Transcribed Image Text:Design an inclined belt-roller conveyor system for a production plant as shown in Figure 1. The required angle of inclination is a = 10°. The AC induction motor with 4-poles that drives the pulley and belt has to be selected based on the requirements listed in Table 1 and the motor catalogue provided in Brighten portal (Topic 8). Select a suitable motor for your design and justify your decision. The product transfer speed required is minimum 0.05 m/sec and maximum 0.45 m/sec. Assume suitable safety factor to provide sufficient warranty for the system. Table 1: Required Specification and Structural Specification Total mass of table and work, m₁ = 20 kg Mass of pulley 2 = 450 grams Drum diameter, Da = 110mm Belt roller efficiency, r = 0.85 Mass of the roller, m2 = 1.5kg Belt-pulley efficiency, ¹p = 0.85 Pulley 1 diameter, D₁ = 50mm Friction coefficient of sliding, μ = 0.04 Pulley 2 diameter, D₂ = 110mm Available power supply: 19, 220 V, 50Hz Mass of pulley 1 = 250 grams Operation: Continuous duty. Belt Conveyor Load Linear Guide Belt Drive Pulley Secondary Pulley Figure 1: Conveyor Belt System Primary Pulley Motor
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