A 1725 rpm electric motor is to be used to drive a "flat belt" conveyor in a manufacturing facility as shown in the following figure. The conveyor must move "parts" along an assembly line at a rate of 9 ft/s. The roller used to drive the conveyor belt has a diameter of 5 in. A roller chain is used to transfer power from the electric motor to the conveyor drive roller. Answer the following questions based on this information. i.) What is the rotational speed (rpm) of the driven sprocket? ii.) If the "drive" sprocket on the motor has 12 teeth, How many teeth should be on the “driven” sprocket which is connected to the flat belt drive roller (Round to the nearest tooth.)? iii.) If the electric motor is producing 3/4 hp and there is a 5% power loss through the roller chain drive system, what torque (ft lb) does the driven sprocket apply to the shaft of the flat belt drive roller?

A 1725 rpm electric motor is to be used to drive a "flat belt" conveyor in a manufacturing facility as shown in the following figure. The conveyor must move "parts" along an assembly line at a rate of 9 ft/s. The roller used to drive the conveyor belt has a diameter of 5 in. A roller chain is used to transfer power from the electric motor to the conveyor drive roller. Answer the following questions based on this information. i.) What is the rotational speed (rpm) of the driven sprocket? ii.) If the "drive" sprocket on the motor has 12 teeth, How many teeth should be on the “driven” sprocket which is connected to the flat belt drive roller (Round to the nearest tooth.)? iii.) If the electric motor is producing 3/4 hp and there is a 5% power loss through the roller chain drive system, what torque (ft lb) does the driven sprocket apply to the shaft of the flat belt drive roller?

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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Concept explainers

Power Transmission Elements

It is defined as the energy transfer from one location to another location. The energy will start moving from the energy generation source to the energy applied position to obtain the work output. From this method, a large amount of electric energy moves from the power station to various electrical substations.

Question

solve all 3. show all steps for given solutions

A 1725 rpm electric motor is to be used to drive a "flat belt" conveyor in a manufacturing facility as shown
in the following figure. The conveyor must move "parts" along an assembly line at a rate of 9 ft/s. The
roller used to drive the conveyor belt has a diameter of 5 in. A roller chain is used to transfer power from
the electric motor to the conveyor drive roller. Answer the following questions based on this information.
i.) What is the rotational speed (rpm) of the driven sprocket?
ii.) If the "drive" sprocket on the motor has 12 teeth, How many teeth should be on the “driven”
sprocket which is connected to the flat belt drive roller (Round to the nearest tooth.)?
iii.) If the electric motor is producing 3/4 hp and there is a 5% power loss through the roller chain
drive system, what torque (ft lb) does the driven sprocket apply to the shaft of the flat belt drive
roller?
Drive
Sprocket
Driven
Sprocket
1725rpm
Electric
Motor
Roller
Chain
Flat
Belt
Ans. i.)
412.5 rpm
ii.) 50 teeth
iii.) 9.039 lb ft

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Step 2: i) To find the rotational speed of the driven sprocket.

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Step 3: ii) To find the number of teeth the driven sprocket

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Step 4: iii) To find the torque on the driven sprocket

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