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Select a proper key from the table below. The shaft has a diameter of 55 fium and transfers a torque of 220 Nm. The hub has length of 70 mm. The key is made from steel with o,y = 355 MPa, the shaft is made from steel with o, = 235 MPa, and the hub is made from steel with oy = 275 MPa. On IP1 and BAC 1016- 87 Key 1, h14 from Shaft d. b. h. S or I till 12 over h9 h11 to from to 10 4. 4 8. 45 0,16 0,25 12 17 5. 10 56 17 22 6. 14 70 0,25 0,4 22 30 8. 7. 90 18 22 30 38 10 8. 110 38 44 12 28 140 44 50 14 36 160 0,4 0,6 50 58 16 10 45 180 58 65 18 11 50 200 65 75 20 12 56 220 75 85 22 14 63 250 0,6 0,8 85 95 25 70 280 95 110 28 16 80 320

Select a proper key from the table below. The shaft has a diameter of 55 fium and transfers a torque of 220 Nm. The hub has length of 70 mm. The key is made from steel with o,y = 355 MPa, the shaft is made from steel with o, = 235 MPa, and the hub is made from steel with oy = 275 MPa. On IP1 and BAC 1016- 87 Key 1, h14 from Shaft d. b. h. S or I till 12 over h9 h11 to from to 10 4. 4 8. 45 0,16 0,25 12 17 5. 10 56 17 22 6. 14 70 0,25 0,4 22 30 8. 7. 90 18 22 30 38 10 8. 110 38 44 12 28 140 44 50 14 36 160 0,4 0,6 50 58 16 10 45 180 58 65 18 11 50 200 65 75 20 12 56 220 75 85 22 14 63 250 0,6 0,8 85 95 25 70 280 95 110 28 16 80 320

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Select a proper key from the table below. The shaft has a diameter of 55 um and transfers a torque of 220 Nm. The hub has length of 70 mm. The key is made from steel with oy = 355 MPa, the shaft is made from steel with o, = 235 MPa, and 3D 275 MPа. the hub is made from steel with ơy Shaft On IIP1 and BIC 1016- 87 d. Key 1, h14 from b. h h11 S or r over till h9 to from to 10 12 4. 4 45 0,16 0,25 12 17 10 56 17 22 6. 14 70 0,25 0,4 22 30 8. 7. 18 90 30 38 10 22 110 38 44 12 28 140 44 50 14 36 160 0,4 0,6 50 58 16 10 45 180 58 65 18 11 50 200 65 75 20 12 56 220 75 85 22 14 63 250 0,6 0,8 85 95 25 70 280 95 110 28 16 320 08
Transcribed Image Text:Select a proper key from the table below. The shaft has a diameter of 55 um and transfers a torque of 220 Nm. The hub has length of 70 mm. The key is made from steel with oy = 355 MPa, the shaft is made from steel with o, = 235 MPa, and 3D 275 MPа. the hub is made from steel with ơy Shaft On IIP1 and BIC 1016- 87 d. Key 1, h14 from b. h h11 S or r over till h9 to from to 10 12 4. 4 45 0,16 0,25 12 17 10 56 17 22 6. 14 70 0,25 0,4 22 30 8. 7. 18 90 30 38 10 22 110 38 44 12 28 140 44 50 14 36 160 0,4 0,6 50 58 16 10 45 180 58 65 18 11 50 200 65 75 20 12 56 220 75 85 22 14 63 250 0,6 0,8 85 95 25 70 280 95 110 28 16 320 08
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Here, on the third row, we have 0.577. How we got to this number?

From the table ginen For Shaft diametur range d> 50mm to 58mm b=16mm h = 10mm. To find length of key T = 1 1/2 2 (bL) x d. 220 = (0.016x L) x 0.055 2 T = 0·577x 235 = 135-595 mpa (according to -6 Thefore L = 220x2x10 135-x0-016 x0-055 distorsion enrgy) = 3.7mm JL
Transcribed Image Text:From the table ginen For Shaft diametur range d> 50mm to 58mm b=16mm h = 10mm. To find length of key T = 1 1/2 2 (bL) x d. 220 = (0.016x L) x 0.055 2 T = 0·577x 235 = 135-595 mpa (according to -6 Thefore L = 220x2x10 135-x0-016 x0-055 distorsion enrgy) = 3.7mm JL
Given data d = Shaft dia, = 55mm Torque, T = 220 Nm hub length - Tomm = 355mpa. = key maturial yield Shaft material yield = 235mpa hub maturial yield = 275mpa. JL
Transcribed Image Text:Given data d = Shaft dia, = 55mm Torque, T = 220 Nm hub length - Tomm = 355mpa. = key maturial yield Shaft material yield = 235mpa hub maturial yield = 275mpa. JL
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