Explain the procedure to engage and disengage the magnetic clutch.

Question

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Answer 1

Question

Chapter 56, Problem 1SQ

To determine

Explain the procedure to engage and disengage the magnetic clutch.

Expert Solution & Answer

Explanation of Solution

Discussion:

The clutches provide smooth start for the motors and engage the large motors to their loads. The clutches are able to control electrically. The clutches are categorized as single-face clutch and multiple-face clutch.

The single-face clutch consists of two discs that are field member and armature member. The field winding disc (field member) is an electromagnet. The field member and the armature member are brought together by applying the current to the field winding disc through slip rings (collector). The friction is produced when the current is applied to the field member and that friction tightly pulls the field member toward the armature member. That is, the clutches are engaged by applying the current to the field member through slip rings.

The field member and the armature member are mechanically disconnected by removing the current to the field member. That is, the clutches are disengaged by removing the current to the field member.

Refer Figure 56-3 in the textbook for the principle of operation of electrically controlled clutches.

Conclusion:

Thus, the procedure to engage and disengage the magnetic clutch is explained.

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Answer 2

Question

Chapter 56, Problem 1SQ

To determine

Explain the procedure to engage and disengage the magnetic clutch.

Expert Solution & Answer

Explanation of Solution

Discussion:

The clutches provide smooth start for the motors and engage the large motors to their loads. The clutches are able to control electrically. The clutches are categorized as single-face clutch and multiple-face clutch.

The single-face clutch consists of two discs that are field member and armature member. The field winding disc (field member) is an electromagnet. The field member and the armature member are brought together by applying the current to the field winding disc through slip rings (collector). The friction is produced when the current is applied to the field member and that friction tightly pulls the field member toward the armature member. That is, the clutches are engaged by applying the current to the field member through slip rings.

The field member and the armature member are mechanically disconnected by removing the current to the field member. That is, the clutches are disengaged by removing the current to the field member.

Refer Figure 56-3 in the textbook for the principle of operation of electrically controlled clutches.

Conclusion:

Thus, the procedure to engage and disengage the magnetic clutch is explained.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 3

Question

Chapter 56, Problem 1SQ

To determine

Explain the procedure to engage and disengage the magnetic clutch.

Expert Solution & Answer

Explanation of Solution

Discussion:

The clutches provide smooth start for the motors and engage the large motors to their loads. The clutches are able to control electrically. The clutches are categorized as single-face clutch and multiple-face clutch.

The single-face clutch consists of two discs that are field member and armature member. The field winding disc (field member) is an electromagnet. The field member and the armature member are brought together by applying the current to the field winding disc through slip rings (collector). The friction is produced when the current is applied to the field member and that friction tightly pulls the field member toward the armature member. That is, the clutches are engaged by applying the current to the field member through slip rings.

The field member and the armature member are mechanically disconnected by removing the current to the field member. That is, the clutches are disengaged by removing the current to the field member.

Refer Figure 56-3 in the textbook for the principle of operation of electrically controlled clutches.

Conclusion:

Thus, the procedure to engage and disengage the magnetic clutch is explained.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Question

Chapter 56, Problem 1SQ

To determine

Explain the procedure to engage and disengage the magnetic clutch.

Expert Solution & Answer

Explanation of Solution

Discussion:

The clutches provide smooth start for the motors and engage the large motors to their loads. The clutches are able to control electrically. The clutches are categorized as single-face clutch and multiple-face clutch.

The single-face clutch consists of two discs that are field member and armature member. The field winding disc (field member) is an electromagnet. The field member and the armature member are brought together by applying the current to the field winding disc through slip rings (collector). The friction is produced when the current is applied to the field member and that friction tightly pulls the field member toward the armature member. That is, the clutches are engaged by applying the current to the field member through slip rings.

The field member and the armature member are mechanically disconnected by removing the current to the field member. That is, the clutches are disengaged by removing the current to the field member.

Refer Figure 56-3 in the textbook for the principle of operation of electrically controlled clutches.

Conclusion:

Thus, the procedure to engage and disengage the magnetic clutch is explained.

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Chapter 56, Problem 1SQ

To determine

Explain the procedure to engage and disengage the magnetic clutch.

Expert Solution & Answer

Explanation of Solution

Discussion:

The clutches provide smooth start for the motors and engage the large motors to their loads. The clutches are able to control electrically. The clutches are categorized as single-face clutch and multiple-face clutch.

The single-face clutch consists of two discs that are field member and armature member. The field winding disc (field member) is an electromagnet. The field member and the armature member are brought together by applying the current to the field winding disc through slip rings (collector). The friction is produced when the current is applied to the field member and that friction tightly pulls the field member toward the armature member. That is, the clutches are engaged by applying the current to the field member through slip rings.

The field member and the armature member are mechanically disconnected by removing the current to the field member. That is, the clutches are disengaged by removing the current to the field member.

Refer Figure 56-3 in the textbook for the principle of operation of electrically controlled clutches.

Conclusion:

Thus, the procedure to engage and disengage the magnetic clutch is explained.

Answer 6

Chapter 56, Problem 1SQ

To determine

Explain the procedure to engage and disengage the magnetic clutch.

Expert Solution & Answer

Explanation of Solution

Discussion:

The clutches provide smooth start for the motors and engage the large motors to their loads. The clutches are able to control electrically. The clutches are categorized as single-face clutch and multiple-face clutch.

The single-face clutch consists of two discs that are field member and armature member. The field winding disc (field member) is an electromagnet. The field member and the armature member are brought together by applying the current to the field winding disc through slip rings (collector). The friction is produced when the current is applied to the field member and that friction tightly pulls the field member toward the armature member. That is, the clutches are engaged by applying the current to the field member through slip rings.

The field member and the armature member are mechanically disconnected by removing the current to the field member. That is, the clutches are disengaged by removing the current to the field member.

Refer Figure 56-3 in the textbook for the principle of operation of electrically controlled clutches.

Conclusion:

Thus, the procedure to engage and disengage the magnetic clutch is explained.

Answer 7

Chapter 56, Problem 1SQ

To determine

Explain the procedure to engage and disengage the magnetic clutch.

Answer 8

Expert Solution & Answer

Explanation of Solution

Discussion:

The clutches provide smooth start for the motors and engage the large motors to their loads. The clutches are able to control electrically. The clutches are categorized as single-face clutch and multiple-face clutch.

The single-face clutch consists of two discs that are field member and armature member. The field winding disc (field member) is an electromagnet. The field member and the armature member are brought together by applying the current to the field winding disc through slip rings (collector). The friction is produced when the current is applied to the field member and that friction tightly pulls the field member toward the armature member. That is, the clutches are engaged by applying the current to the field member through slip rings.

The field member and the armature member are mechanically disconnected by removing the current to the field member. That is, the clutches are disengaged by removing the current to the field member.

Refer Figure 56-3 in the textbook for the principle of operation of electrically controlled clutches.

Conclusion:

Thus, the procedure to engage and disengage the magnetic clutch is explained.