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Question 1 Figure 4 shows the conveyor systems actuate by a 3 phase induction motor (3-phase 415 volts 50 Hz star connection). The conveyor belt is running in forward and reverse direction. • The conveyor will move FORWARD direction when the forward pushbutton S1 (N/O) is pressed then released. • The stop push button S3 (N/C) will stop the motor regardless of which direction it is turning. • The conveyor will move REVERSE direction when the reverse pushbutton S2 (N/O) is pressed then released. • Safety requirement: o Electrical interlock for RIGHT and LEFT movement Crane will be stopped if: Conveyor Thermal overload relay F1 is tripped Emergency stopped pushbutton S4 is actuated FORWARD CONTROL PANEL STOP REVERSE EMERGENCY STOP Figure 4: Conveyor system BOX Motor MOTOR RUNNING a) Draw the power circuit for direct on line reversing motor starter (forward reverse) of an induction motor.

Question 1 Figure 4 shows the conveyor systems actuate by a 3 phase induction motor (3-phase 415 volts 50 Hz star connection). The conveyor belt is running in forward and reverse direction. • The conveyor will move FORWARD direction when the forward pushbutton S1 (N/O) is pressed then released. • The stop push button S3 (N/C) will stop the motor regardless of which direction it is turning. • The conveyor will move REVERSE direction when the reverse pushbutton S2 (N/O) is pressed then released. • Safety requirement: o Electrical interlock for RIGHT and LEFT movement Crane will be stopped if: Conveyor Thermal overload relay F1 is tripped Emergency stopped pushbutton S4 is actuated FORWARD CONTROL PANEL STOP REVERSE EMERGENCY STOP Figure 4: Conveyor system BOX Motor MOTOR RUNNING a) Draw the power circuit for direct on line reversing motor starter (forward reverse) of an induction motor.

Introductory Circuit Analysis (13th Edition)
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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Question 1 Figure 4 shows the conveyor systems actuate by a 3 phase induction motor (3-phase 415 volts 50 Hz star connection). The conveyor belt is running in forward and reverse direction. • The conveyor will move FORWARD direction when the forward pushbutton S1 (N/O) is pressed then released. • The stop push button S3 (N/C) will stop the motor regardless of which direction it is turning. • The conveyor will move REVERSE direction when the reverse pushbutton S2 (N/O) is pressed then released. • Safety requirement: 0 Conveyor Electrical interlock for RIGHT and LEFT movement Crane will be stopped if: ■ Thermal overload relay F1 is tripped Emergency stopped pushbutton S4 is actuated FORWARD CONTROL PANEL STOP REVERSE EMERGENCY STOP Figure 4: Conveyor system BOX Motor MOTOR RUNNING a) Draw the power circuit for direct on line reversing motor starter (forward reverse) of an induction motor.
Transcribed Image Text:Question 1 Figure 4 shows the conveyor systems actuate by a 3 phase induction motor (3-phase 415 volts 50 Hz star connection). The conveyor belt is running in forward and reverse direction. • The conveyor will move FORWARD direction when the forward pushbutton S1 (N/O) is pressed then released. • The stop push button S3 (N/C) will stop the motor regardless of which direction it is turning. • The conveyor will move REVERSE direction when the reverse pushbutton S2 (N/O) is pressed then released. • Safety requirement: 0 Conveyor Electrical interlock for RIGHT and LEFT movement Crane will be stopped if: ■ Thermal overload relay F1 is tripped Emergency stopped pushbutton S4 is actuated FORWARD CONTROL PANEL STOP REVERSE EMERGENCY STOP Figure 4: Conveyor system BOX Motor MOTOR RUNNING a) Draw the power circuit for direct on line reversing motor starter (forward reverse) of an induction motor.
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