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A differential band brake shown below is being considered for use and requires a brake torque of 4213 Nm to hold the drum from slipping. Available space limits the cast-iron brake drum diameter to 489.8 mm, with brake band contact extending over an angle of 230°. Design values for the brake lining selected are u=0.4, pmax = 1.3 MPa. Start out by determining the difference in P, and P2 in Newtons to one decimal place. F P2 120 650

A differential band brake shown below is being considered for use and requires a brake torque of 4213 Nm to hold the drum from slipping. Available space limits the cast-iron brake drum diameter to 489.8 mm, with brake band contact extending over an angle of 230°. Design values for the brake lining selected are u=0.4, pmax = 1.3 MPa. Start out by determining the difference in P, and P2 in Newtons to one decimal place. F P2 120 650

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Calculate the ratio of P1/P2. Answer: Calculate the value of P2 in Newtons to one decimal place. Answer: Calculate the value of P1 in Newtons to two decimal places. Answer:
Transcribed Image Text:Calculate the ratio of P1/P2. Answer: Calculate the value of P2 in Newtons to one decimal place. Answer: Calculate the value of P1 in Newtons to two decimal places. Answer:
Brake Question A differential band brake shown below is being considered for use and requires a brake torque of 4213 Nm to hold the drum from slipping. Available space limits the cast-iron brake drum diameter to 489.8 mm, with brake band contact extending over an angle of 230°. Design values for the brake lining selected are u=0.4, pmax = 1.3 MPa. Start out by determining the difference in P, and P2 in Newtons to one decimal place. F P2 120 S 650
Transcribed Image Text:Brake Question A differential band brake shown below is being considered for use and requires a brake torque of 4213 Nm to hold the drum from slipping. Available space limits the cast-iron brake drum diameter to 489.8 mm, with brake band contact extending over an angle of 230°. Design values for the brake lining selected are u=0.4, pmax = 1.3 MPa. Start out by determining the difference in P, and P2 in Newtons to one decimal place. F P2 120 S 650
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