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The connection between an electric motor and a work machine shaft is achieved through a flanged rigid coupling where the torque is transmitted via coupling flanges. The power and rotational speed of the electric motor are determined using the last two digits of the student numbers, according to the formulas provided below. The coupling flanges are connected with three bolts of grade 5.6 with a 40 mm pitch circle diameter. The surface pressure endurance limit for the bolts is 16 MPa. The contact length between the bolt and the coupling flange is 12 mm. The coefficient of friction on the flange surfaces is 0.14, and the operating factor for the coupling is 0.8. The working conditions and material properties of the contact element are well-known, allowing for accurate force and stress analysis. (NO=35) a) Determine the bolt to be used in the coupling from the table.  b) Draw the full sectional view of the used coupling.  Power (N): N = NO [kW] Speed (n): n = NOx12 + 450 [rpm]

The connection between an electric motor and a work machine shaft is achieved through a flanged rigid coupling where the torque is transmitted via coupling flanges. The power and rotational speed of the electric motor are determined using the last two digits of the student numbers, according to the formulas provided below. The coupling flanges are connected with three bolts of grade 5.6 with a 40 mm pitch circle diameter. The surface pressure endurance limit for the bolts is 16 MPa. The contact length between the bolt and the coupling flange is 12 mm. The coefficient of friction on the flange surfaces is 0.14, and the operating factor for the coupling is 0.8. The working conditions and material properties of the contact element are well-known, allowing for accurate force and stress analysis. (NO=35) a) Determine the bolt to be used in the coupling from the table.  b) Draw the full sectional view of the used coupling.  Power (N): N = NO [kW] Speed (n): n = NOx12 + 450 [rpm]

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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The connection between an electric motor and a work machine shaft is achieved through a flanged rigid coupling where the torque is transmitted via coupling flanges. The power and rotational speed of the electric motor are determined using the last two digits of the student numbers, according to the formulas provided below. The coupling flanges are connected with three bolts of grade 5.6 with a 40 mm pitch circle diameter. The surface pressure endurance limit for the bolts is 16 MPa. The contact length between the bolt and the coupling flange is 12 mm. The coefficient of friction on the flange surfaces is 0.14, and the operating factor for the coupling is 0.8. The working conditions and material properties of the contact element are well-known, allowing for accurate force and stress analysis. (NO=35)

a) Determine the bolt to be used in the coupling from the table. 
b) Draw the full sectional view of the used coupling. 
Power (N): N = NO [kW]
Speed (n): n = NOx12 + 450 [rpm]


METRİK VİDA NORMAL DİŞ TABLOSU TS 61/DIN 13 Vida anma çapı Adim D=d P MI M2 M3 M4 MS M6 M8 M10 M12 M14 M16 M18 M20 M22 M24 M27 M30 M32 M36 M39 M42 M45 M48 M52 0,25 0,40 0,50 0,70 0,80 1,00 1,25 1,50 1,75 2,00 2,00 2,50 2,50 2,50 3,00 3,00 3,50 3,50 4,00 4,00 4,50 4,50 5,00 5,00 р h3 Das vida dl 0,693 1,509 2,387 3,141 4,019 zp d1 Dis dibi çapt İç vida D1 0,729 1,567 2,459 3,242 4,134 P 60° Dış vida Matkap Bölüm çapı çapı d2-D2 0,75 1,00 2,50 3,30 4,20 5,00 6,80 8,50 10,20 İç vida 12,00 14,00 0,638 1,740 2,675 3,545 4,480 5,350 7,188 9,026 10,863 12,701 14,701 D₁ D₂ Diş vida h3 0,153 0,245 0,307 0,429 0,491 0,613 0,767 0,920 1,074 4,773 4,917 6,466 6,647 8,160 8,376 9,853 10,106 11,546 11,835 13,546 13,835 14,933 15,294 15,50 16,376 1,534 16,933 17,294 17,50 18,376 1,534 18,933 19,294 19,50 20,376 1,534 20,319 20,752 21,00 22,051 1,840 23,319 23,752 24,00 25,051 1,840 25,706 26,211 26,50 27,727 2,147 28,706 29,211 29,50 30,727 2,147 31,093 31,670 32,00 33,402 2,454 34,093 34,670 35,00 36,402 2,454 36,479 37,129 37,50 39,077 2,760 39,479 40,129 40,50 42,077 2,760 41,866 42,587 43,00 44,752 3,067 45,866 46,587 47,00 48,752 3,067 16 Diş yüksekliği F 1,227 1,227 D İç vida H1 0,135 0,217 0,271 0,379 0,443 0,541 0,677 0,812 0,947 1,083 1,083 1,353 1,353 1,353 1,624 1,624 1,894 1,894 2,185 2,165 2,436 2,436 2,706 2,706
Transcribed Image Text:METRİK VİDA NORMAL DİŞ TABLOSU TS 61/DIN 13 Vida anma çapı Adim D=d P MI M2 M3 M4 MS M6 M8 M10 M12 M14 M16 M18 M20 M22 M24 M27 M30 M32 M36 M39 M42 M45 M48 M52 0,25 0,40 0,50 0,70 0,80 1,00 1,25 1,50 1,75 2,00 2,00 2,50 2,50 2,50 3,00 3,00 3,50 3,50 4,00 4,00 4,50 4,50 5,00 5,00 р h3 Das vida dl 0,693 1,509 2,387 3,141 4,019 zp d1 Dis dibi çapt İç vida D1 0,729 1,567 2,459 3,242 4,134 P 60° Dış vida Matkap Bölüm çapı çapı d2-D2 0,75 1,00 2,50 3,30 4,20 5,00 6,80 8,50 10,20 İç vida 12,00 14,00 0,638 1,740 2,675 3,545 4,480 5,350 7,188 9,026 10,863 12,701 14,701 D₁ D₂ Diş vida h3 0,153 0,245 0,307 0,429 0,491 0,613 0,767 0,920 1,074 4,773 4,917 6,466 6,647 8,160 8,376 9,853 10,106 11,546 11,835 13,546 13,835 14,933 15,294 15,50 16,376 1,534 16,933 17,294 17,50 18,376 1,534 18,933 19,294 19,50 20,376 1,534 20,319 20,752 21,00 22,051 1,840 23,319 23,752 24,00 25,051 1,840 25,706 26,211 26,50 27,727 2,147 28,706 29,211 29,50 30,727 2,147 31,093 31,670 32,00 33,402 2,454 34,093 34,670 35,00 36,402 2,454 36,479 37,129 37,50 39,077 2,760 39,479 40,129 40,50 42,077 2,760 41,866 42,587 43,00 44,752 3,067 45,866 46,587 47,00 48,752 3,067 16 Diş yüksekliği F 1,227 1,227 D İç vida H1 0,135 0,217 0,271 0,379 0,443 0,541 0,677 0,812 0,947 1,083 1,083 1,353 1,353 1,353 1,624 1,624 1,894 1,894 2,185 2,165 2,436 2,436 2,706 2,706
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