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Suppose there was a mating fit requirement with a tight size tolerance on the 3.000 OD above and then a separate location requirement to be met. Which coaxial control would you consider using? Explain?

Suppose there was a mating fit requirement with a tight size tolerance on the 3.000 OD above and then a separate location requirement to be met. Which coaxial control would you consider using? Explain?

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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#24. Suppose there was a mating fit requirement with a tight size tolerance on the 3.000 OD above and then a separate location requirement to be met. Which coaxial control would you consider using? Explain?

**Workshop Exercise 14.1** **This Application** The wheel mounts on the axle and cannot be adjusted up and down. The air gap is critical and must remain within 0.010 to 0.020. **Diagram Explanation** - The diagram shows an axle and wheel assembly. - The axle is represented in blue and the wheel in green. - The axle is labeled as such, and an arrow points to the wheel. - A section labeled "Mating Part" highlights the contact area between the wheel and axle. - The air gap tolerance is specified as 0.010 Min to 0.020 Max. - The outer diameter of the axle where it meets the wheel is 1.515. **This on the Drawing** - Another diagram provides detailed measurements. - It shows a cross-section of a cylindrical part with dimensions specified. - Diameter marked as Ø 1.000 with a tolerance of 0.998. - Another diameter marked as Ø 3.000. - A green circle illustrates these dimensions with crosshairs intersecting at the center. **Questions** 23. Read and study the functional requirements of the application above. On the product drawing, select the datum feature and apply one of the coaxial controls discussed in this unit. Make sure your feature control frame and tolerance meet the requirements stated above. 24. Consider another example. Suppose there was a mating fit requirement with a tight size tolerance on the 3.000 OD above and then a separate location requirement to be met. Which coaxial control would you consider using? Explain?
Transcribed Image Text:**Workshop Exercise 14.1** **This Application** The wheel mounts on the axle and cannot be adjusted up and down. The air gap is critical and must remain within 0.010 to 0.020. **Diagram Explanation** - The diagram shows an axle and wheel assembly. - The axle is represented in blue and the wheel in green. - The axle is labeled as such, and an arrow points to the wheel. - A section labeled "Mating Part" highlights the contact area between the wheel and axle. - The air gap tolerance is specified as 0.010 Min to 0.020 Max. - The outer diameter of the axle where it meets the wheel is 1.515. **This on the Drawing** - Another diagram provides detailed measurements. - It shows a cross-section of a cylindrical part with dimensions specified. - Diameter marked as Ø 1.000 with a tolerance of 0.998. - Another diameter marked as Ø 3.000. - A green circle illustrates these dimensions with crosshairs intersecting at the center. **Questions** 23. Read and study the functional requirements of the application above. On the product drawing, select the datum feature and apply one of the coaxial controls discussed in this unit. Make sure your feature control frame and tolerance meet the requirements stated above. 24. Consider another example. Suppose there was a mating fit requirement with a tight size tolerance on the 3.000 OD above and then a separate location requirement to be met. Which coaxial control would you consider using? Explain?
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