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The number of V belts required for a given application are given by (ignoring correction factor for arc of contact and belt length) Transmitted power/kW rating of single belt x Industrial Service Factor.
- a)True
- b)False
Correct answer is option 'B'. Can you explain this answer?
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Verified Answer
The number of V belts required for a given application are given by (i...
Explanation: It is given by Transmitted power x Industrial Service Factor /kW rating of single belt.
Most Upvoted Answer
The number of V belts required for a given application are given by (i...
Explanation:
Transmitted Power Calculation:
- The number of V belts required for a given application is not calculated based on the transmitted power (kW rating) of a single belt.
- The number of V belts required is determined based on the total transmitted power of the application, taking into account factors such as speed, torque, and service conditions.
Industrial Service Factor:
- The Industrial Service Factor is used to adjust the rated power of the belt for specific operating conditions such as shock loads, starting and stopping, ambient temperature, and duty cycle.
- It is a multiplier that accounts for the actual operating conditions of the application.
Correct Formula:
- The correct formula for determining the number of V belts required for a given application is:
Number of V belts = Total transmitted power / (kW rating of single belt x Industrial Service Factor)
- This formula takes into consideration the total power to be transmitted and adjusts for the specific operating conditions using the Industrial Service Factor.
Conclusion:
- Therefore, the statement that the number of V belts required is given by Transmitted power/kW rating of single belt x Industrial Service Factor is false. The correct formula takes into account the total power to be transmitted and adjusts for operating conditions using the Industrial Service Factor.
Transmitted Power Calculation:
- The number of V belts required for a given application is not calculated based on the transmitted power (kW rating) of a single belt.
- The number of V belts required is determined based on the total transmitted power of the application, taking into account factors such as speed, torque, and service conditions.
Industrial Service Factor:
- The Industrial Service Factor is used to adjust the rated power of the belt for specific operating conditions such as shock loads, starting and stopping, ambient temperature, and duty cycle.
- It is a multiplier that accounts for the actual operating conditions of the application.
Correct Formula:
- The correct formula for determining the number of V belts required for a given application is:
Number of V belts = Total transmitted power / (kW rating of single belt x Industrial Service Factor)
- This formula takes into consideration the total power to be transmitted and adjusts for the specific operating conditions using the Industrial Service Factor.
Conclusion:
- Therefore, the statement that the number of V belts required is given by Transmitted power/kW rating of single belt x Industrial Service Factor is false. The correct formula takes into account the total power to be transmitted and adjusts for operating conditions using the Industrial Service Factor.
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The number of V belts required for a given application are given by (ignoring correction factor for arc of contact and belt length) Transmitted power/kW rating of single belt x Industrial Service Factor.a)Trueb)FalseCorrect answer is option 'B'. Can you explain this answer?
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