Using the schematic diagram in Figure 20–23, determine the number of control wires needed to control the three-phase motor. Use the terminal and wire identification shown in the schematic as well as proper power circuit identification. FIG. 20–23

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Answer 1

Textbook Question

Chapter 20, Problem 1SQ

Using the schematic diagram in Figure 20–23, determine the number of control wires needed to control the three-phase motor. Use the terminal and wire identification shown in the schematic as well as proper power circuit identification.

Chapter 20, Problem 1SQ, Using the schematic diagram in Figure 2023, determine the number of control wires needed to control

FIG. 20–23

Expert Solution & Answer

To determine

Calculate the number of control wires required to control the three-phase motor in Figure 20–23.

Explanation of Solution

The 3 wires are connected to the externally operated disconnect switch, and the switch is connected to pull box through 3 wires. Four wires are used to connect stations 1 and 2. Four wires and three wires are used to connect station 2 and station 3 to pull box, respectively. The pull box is connected to motor starter using 6 wires, and finally, starter is connected to a three-phase motor using 3 wires. Redraw the given figure with the representation of the required control wires as shown in Figure 1.

Electric Motor Control, Chapter 20, Problem 1SQ

Conclusion:

Thus, the number of control wires required to control the three-phase motor in Figure 20-23 is calculated.

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Answer 2

Textbook Question

Chapter 20, Problem 1SQ

Using the schematic diagram in Figure 20–23, determine the number of control wires needed to control the three-phase motor. Use the terminal and wire identification shown in the schematic as well as proper power circuit identification.

Chapter 20, Problem 1SQ, Using the schematic diagram in Figure 2023, determine the number of control wires needed to control

FIG. 20–23

Expert Solution & Answer

To determine

Calculate the number of control wires required to control the three-phase motor in Figure 20–23.

Explanation of Solution

The 3 wires are connected to the externally operated disconnect switch, and the switch is connected to pull box through 3 wires. Four wires are used to connect stations 1 and 2. Four wires and three wires are used to connect station 2 and station 3 to pull box, respectively. The pull box is connected to motor starter using 6 wires, and finally, starter is connected to a three-phase motor using 3 wires. Redraw the given figure with the representation of the required control wires as shown in Figure 1.

Electric Motor Control, Chapter 20, Problem 1SQ

Conclusion:

Thus, the number of control wires required to control the three-phase motor in Figure 20-23 is calculated.

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Answer 3

Textbook Question

Chapter 20, Problem 1SQ

Using the schematic diagram in Figure 20–23, determine the number of control wires needed to control the three-phase motor. Use the terminal and wire identification shown in the schematic as well as proper power circuit identification.

Chapter 20, Problem 1SQ, Using the schematic diagram in Figure 2023, determine the number of control wires needed to control

FIG. 20–23

Expert Solution & Answer

To determine

Calculate the number of control wires required to control the three-phase motor in Figure 20–23.

Explanation of Solution

The 3 wires are connected to the externally operated disconnect switch, and the switch is connected to pull box through 3 wires. Four wires are used to connect stations 1 and 2. Four wires and three wires are used to connect station 2 and station 3 to pull box, respectively. The pull box is connected to motor starter using 6 wires, and finally, starter is connected to a three-phase motor using 3 wires. Redraw the given figure with the representation of the required control wires as shown in Figure 1.

Electric Motor Control, Chapter 20, Problem 1SQ

Conclusion:

Thus, the number of control wires required to control the three-phase motor in Figure 20-23 is calculated.

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Answer 4

Textbook Question

Chapter 20, Problem 1SQ

Using the schematic diagram in Figure 20–23, determine the number of control wires needed to control the three-phase motor. Use the terminal and wire identification shown in the schematic as well as proper power circuit identification.

Chapter 20, Problem 1SQ, Using the schematic diagram in Figure 2023, determine the number of control wires needed to control

FIG. 20–23

Expert Solution & Answer

To determine

Calculate the number of control wires required to control the three-phase motor in Figure 20–23.

Explanation of Solution

The 3 wires are connected to the externally operated disconnect switch, and the switch is connected to pull box through 3 wires. Four wires are used to connect stations 1 and 2. Four wires and three wires are used to connect station 2 and station 3 to pull box, respectively. The pull box is connected to motor starter using 6 wires, and finally, starter is connected to a three-phase motor using 3 wires. Redraw the given figure with the representation of the required control wires as shown in Figure 1.

Electric Motor Control, Chapter 20, Problem 1SQ

Conclusion:

Thus, the number of control wires required to control the three-phase motor in Figure 20-23 is calculated.

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

To determine

Calculate the number of control wires required to control the three-phase motor in Figure 20–23.

Explanation of Solution

The 3 wires are connected to the externally operated disconnect switch, and the switch is connected to pull box through 3 wires. Four wires are used to connect stations 1 and 2. Four wires and three wires are used to connect station 2 and station 3 to pull box, respectively. The pull box is connected to motor starter using 6 wires, and finally, starter is connected to a three-phase motor using 3 wires. Redraw the given figure with the representation of the required control wires as shown in Figure 1.

Electric Motor Control, Chapter 20, Problem 1SQ

Conclusion:

Thus, the number of control wires required to control the three-phase motor in Figure 20-23 is calculated.

Answer 8

Expert Solution & Answer

To determine

Calculate the number of control wires required to control the three-phase motor in Figure 20–23.

Explanation of Solution

The 3 wires are connected to the externally operated disconnect switch, and the switch is connected to pull box through 3 wires. Four wires are used to connect stations 1 and 2. Four wires and three wires are used to connect station 2 and station 3 to pull box, respectively. The pull box is connected to motor starter using 6 wires, and finally, starter is connected to a three-phase motor using 3 wires. Redraw the given figure with the representation of the required control wires as shown in Figure 1.

Electric Motor Control, Chapter 20, Problem 1SQ

Conclusion:

Thus, the number of control wires required to control the three-phase motor in Figure 20-23 is calculated.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

To determine

Calculate the number of control wires required to control the three-phase motor in Figure 20–23.

Answer 12

Explanation of Solution

The 3 wires are connected to the externally operated disconnect switch, and the switch is connected to pull box through 3 wires. Four wires are used to connect stations 1 and 2. Four wires and three wires are used to connect station 2 and station 3 to pull box, respectively. The pull box is connected to motor starter using 6 wires, and finally, starter is connected to a three-phase motor using 3 wires. Redraw the given figure with the representation of the required control wires as shown in Figure 1.

Electric Motor Control, Chapter 20, Problem 1SQ

Conclusion:

Thus, the number of control wires required to control the three-phase motor in Figure 20-23 is calculated.

Answer 13

Ch. 20 - Using the schematic diagram in Figure 2023,...

Using the schematic diagram in Figure 20–23, determine the number of control wires needed to control the three-phase motor. Use the terminal and wire identification shown in the schematic as well as proper power circuit identification. FIG. 20–23

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