A multiple-disk clutch is to operate in oil and be able to transmit a design overload torque of 800 N. m. The disks are alternately high-carbon steel and molded asbestos, with inside and outside diameters of 90 and 150 mm, respectively. Design values based on test experience for this application are Pmax = 1000 kPa and f = 0.10. What total number of disks is required? Also, what minimum clamping force is required to transfer this torque through the clutch? == Ans. (8 Molded Asbestos Friction Disks and 9 High-Carbon Steel Plates) Note: The number of friction interface surfaces: N = 16. FClamping = 8333 N
A multiple-disk clutch is to operate in oil and be able to transmit a design overload torque of 800 N. m. The disks are alternately high-carbon steel and molded asbestos, with inside and outside diameters of 90 and 150 mm, respectively. Design values based on test experience for this application are Pmax = 1000 kPa and f = 0.10. What total number of disks is required? Also, what minimum clamping force is required to transfer this torque through the clutch? == Ans. (8 Molded Asbestos Friction Disks and 9 High-Carbon Steel Plates) Note: The number of friction interface surfaces: N = 16. FClamping = 8333 N
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Transcribed Image Text:A multiple-disk clutch is to operate in oil and be able to transmit a design
overload torque of 800 N m. The disks are alternately high-carbon steel
and molded asbestos, with inside and outside diameters of 90 and 150 mm,
respectively. Design values based on test experience for this application
are Pmax = 1000 kPa and f = 0.10. What total number of disks is required?
Also, what minimum clamping force is required to transfer this torque
through the clutch?
Ans. (8 Molded Asbestos Friction Disks and 9 High-Carbon Steel Plates) Note:
The number of friction interface surfaces: N = 16.
FClamping 8333 N
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