Print Reading for Industry 212 Class Date Name Industry Print Exercise 10-2 Refer to the print PR 10-2 and answer the questions below. 1. The basic depth of this part is .715. What is the tolerance on that dimension? 2. In the auxiliary section view, there is a chamfer note. What is the tolerance on the chamfer? 3. The central, smallest hole has a target size of .1577". What is the tolerance on that hole? 4. What is the maximum material condition of the largest body diameter of this part? 5. What is the angular tolerance for angles, unless otherwise specified? 6. What is the tolerance for three-place decimal values, unless otherwise specified? Review questions based on previous units: 7. Are there any hidden lines shown on this drawing? 8. What is the name of this part? 9. What scale are the views on the original drawing? 10. Is Section B-B shown in alignment with other views or as a removed view? 11. What thread class is designated for the four small holes? 12. How many cutting planes are indicated? 13. Does this drawing feature any auxiliary views?. 14. Are there any reference dimensions on this print? 15. As dimensioned, does this drawing follow the cylinder rule? OYM 94112 4 Unless Otherwise Specifed Tolerence Fraction 2 Place 3 Place Inch (Metric] = t.015 t.38] .010 t.25] t.005 (t.13] +1° Angle Do Not Scale Drawing Dimenslons & Tolerance Are In Accordance With ASME Y14.5-1994 Using The Inch System - .715± .003 A 0.0005 118 4X HOLES MUST OPEN INTO 4-40 TAPPED HOLES 30°- .076 074 2X.010 CORNER BREAK- .62 .035 - 446 030 X 45 CHAMFER 407 (R.512) .100 R.359 ON ECC R.464 ON ECC. B 2X R- .1579 D575 TARGET Ø.1577 A 0.0005/.250 A .03X45 1.497 1.503 P1.500 0395 468 CHAMFER 431 Ø.340 ECC. B 1.403 P1.400 D(.969) R.03 400 544 R- 424 389 20 R.02 (445) l.500) B .375 +.003 .500-001 4X 4-40 UNC-2BV 0.32 MIN. - 1.379 1.375 1.323 2X R.099 CONCENTRIC- WITH 100 WIDE SLOT SEE NOTE 3- R.282 312 -.197 3X R.020 MAX. 2X R.020 MAX. .19 A 440 417- 562- -.47 640 TO BOTTOM OF Ø.375 SECTION A-A NOTES: 1. BREAK ALL SHARP CORNERS WHERE POSSIBLE 2. APPLICATIONS: (.380) TAP DRILL DEPTH 3. ALL POINTS LYING WITHIN THE Ø.969 MUST BE FLUSH TO 0005 BELOW (CONCAVE) THE PLANE DEFINED BY THE AREA BETWEEN ø.969 AND Ø1.377 4X .02/.03 X 30 4. UNLESS OTHERWISE NOTED, FEATURES SHOWN ON SHALL BE TO WITHIN+.005 CHAMFER Part No INLET PORTING PLATE Part Name SECTION B-B Scale 2:1 Material Check By Date Drawn By Disk # Rev # Rel C PR ECO# Change No. bo 00 C 00-9A bodomedt 5rt ehbege etoousolotr Goodheart-Willcox Publish

Print Reading for Industry 212 Class Date Name Industry Print Exercise 10-2 Refer to the print PR 10-2 and answer the questions below. 1. The basic depth of this part is .715. What is the tolerance on that dimension? 2. In the auxiliary section view, there is a chamfer note. What is the tolerance on the chamfer? 3. The central, smallest hole has a target size of .1577". What is the tolerance on that hole? 4. What is the maximum material condition of the largest body diameter of this part? 5. What is the angular tolerance for angles, unless otherwise specified? 6. What is the tolerance for three-place decimal values, unless otherwise specified? Review questions based on previous units: 7. Are there any hidden lines shown on this drawing? 8. What is the name of this part? 9. What scale are the views on the original drawing? 10. Is Section B-B shown in alignment with other views or as a removed view? 11. What thread class is designated for the four small holes? 12. How many cutting planes are indicated? 13. Does this drawing feature any auxiliary views?. 14. Are there any reference dimensions on this print? 15. As dimensioned, does this drawing follow the cylinder rule? OYM 94112 4 Unless Otherwise Specifed Tolerence Fraction 2 Place 3 Place Inch (Metric] = t.015 t.38] .010 t.25] t.005 (t.13] +1° Angle Do Not Scale Drawing Dimenslons & Tolerance Are In Accordance With ASME Y14.5-1994 Using The Inch System - .715± .003 A 0.0005 118 4X HOLES MUST OPEN INTO 4-40 TAPPED HOLES 30°- .076 074 2X.010 CORNER BREAK- .62 .035 - 446 030 X 45 CHAMFER 407 (R.512) .100 R.359 ON ECC R.464 ON ECC. B 2X R- .1579 D575 TARGET Ø.1577 A 0.0005/.250 A .03X45 1.497 1.503 P1.500 0395 468 CHAMFER 431 Ø.340 ECC. B 1.403 P1.400 D(.969) R.03 400 544 R- 424 389 20 R.02 (445) l.500) B .375 +.003 .500-001 4X 4-40 UNC-2BV 0.32 MIN. - 1.379 1.375 1.323 2X R.099 CONCENTRIC- WITH 100 WIDE SLOT SEE NOTE 3- R.282 312 -.197 3X R.020 MAX. 2X R.020 MAX. .19 A 440 417- 562- -.47 640 TO BOTTOM OF Ø.375 SECTION A-A NOTES: 1. BREAK ALL SHARP CORNERS WHERE POSSIBLE 2. APPLICATIONS: (.380) TAP DRILL DEPTH 3. ALL POINTS LYING WITHIN THE Ø.969 MUST BE FLUSH TO 0005 BELOW (CONCAVE) THE PLANE DEFINED BY THE AREA BETWEEN ø.969 AND Ø1.377 4X .02/.03 X 30 4. UNLESS OTHERWISE NOTED, FEATURES SHOWN ON SHALL BE TO WITHIN+.005 CHAMFER Part No INLET PORTING PLATE Part Name SECTION B-B Scale 2:1 Material Check By Date Drawn By Disk # Rev # Rel C PR ECO# Change No. bo 00 C 00-9A bodomedt 5rt ehbege etoousolotr Goodheart-Willcox Publish

Welding: Principles and Applications (MindTap Course List)

8th Edition

ISBN:9781305494695

Author:Larry Jeffus

Publisher:Larry Jeffus

Chapter20: Shop Math And Weld Cost

Section: Chapter Questions

Problem 24R: What is a dimensioning tolerance?

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