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1- What type of drawing is this (Assembly, detail assembly, detail, pictorial)? And What is the angle of projection for the drawing? 2- Was the drawing made to scale, if found, what is it? 3- The length of the shaft support has been changed to 2.75. what was the length before the changed was made.

1- What type of drawing is this (Assembly, detail assembly, detail, pictorial)? And What is the angle of projection for the drawing? 2- Was the drawing made to scale, if found, what is it? 3- The length of the shaft support has been changed to 2.75. what was the length before the changed was made.

Precision Machining Technology (MindTap Course List)
Precision Machining Technology (MindTap Course List)
2nd Edition
ISBN:9781285444543
Author:Peter J. Hoffman, Eric S. Hopewell, Brian Janes
Publisher:Peter J. Hoffman, Eric S. Hopewell, Brian Janes
Chapter3: Job Planning, Benchwork, And Layout
Section3.1: Understanding Drawings
Problem 6RQ: What two line types work together to show sizes on an engineering drawing?
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1- What type of drawing is this (Assembly, detail assembly, detail, pictorial)? And What is the angle of projection for the drawing? 2- Was the drawing made to scale, if found, what is it? 3- The length of the shaft support has been changed to 2.75. what was the length before the changed was made. 4- What is the dimeter of the oil hole? And at what angle to the vertical is it? 5- The support arm for the braket is shown in section A-A what are the outside over all diminution of the arm section and the radii on this arm? 6- How many counterbored holes are there and What is the diameter of it? 7- What is the diameter of the hole in which the shaft is to be run? 8- What is the upper limit dimension of the shaft hole? 9- What is the horizontal distance from the finished on the back of the support to the centerline of the shaft? 4.75 01- SHAFT SUPPORT SECTIONA-A 3.250 2.002 32 T 021 ㅗ 3.000 2.250.002. 000 2.75 1 REV 2.75 WAS 3.00 2/12/01 PJD DESCRIPTION DATE BY STANDARD TOLERANCES UNLESS OTHERWISE SPECIFIED FRACTIONAL 21/54 2 PLC. DECIMAL 201 3 PLC DECIMAL 2005 PLC. DECIMAL 20005 LIMITS ON ANGULAR DIMENSIONS: 1/2" FINISH BREAK ALL SHARP CORNERS Fig.(2) 2.75 1.375 OIL HOLE 0.12 ARM 01.250.002 000 1.00 187 312 1.375 DATE DWN BY: 4/5/00 PJD SCALE: CKD BY: APPR BY: SAS IDAG MATERIAL: CI 1:2 PART NAME: 444 SHAFT SUPPORT BLOCK PART NUMBER: A16716201 D-29
Transcribed Image Text:1- What type of drawing is this (Assembly, detail assembly, detail, pictorial)? And What is the angle of projection for the drawing? 2- Was the drawing made to scale, if found, what is it? 3- The length of the shaft support has been changed to 2.75. what was the length before the changed was made. 4- What is the dimeter of the oil hole? And at what angle to the vertical is it? 5- The support arm for the braket is shown in section A-A what are the outside over all diminution of the arm section and the radii on this arm? 6- How many counterbored holes are there and What is the diameter of it? 7- What is the diameter of the hole in which the shaft is to be run? 8- What is the upper limit dimension of the shaft hole? 9- What is the horizontal distance from the finished on the back of the support to the centerline of the shaft? 4.75 01- SHAFT SUPPORT SECTIONA-A 3.250 2.002 32 T 021 ㅗ 3.000 2.250.002. 000 2.75 1 REV 2.75 WAS 3.00 2/12/01 PJD DESCRIPTION DATE BY STANDARD TOLERANCES UNLESS OTHERWISE SPECIFIED FRACTIONAL 21/54 2 PLC. DECIMAL 201 3 PLC DECIMAL 2005 PLC. DECIMAL 20005 LIMITS ON ANGULAR DIMENSIONS: 1/2" FINISH BREAK ALL SHARP CORNERS Fig.(2) 2.75 1.375 OIL HOLE 0.12 ARM 01.250.002 000 1.00 187 312 1.375 DATE DWN BY: 4/5/00 PJD SCALE: CKD BY: APPR BY: SAS IDAG MATERIAL: CI 1:2 PART NAME: 444 SHAFT SUPPORT BLOCK PART NUMBER: A16716201 D-29
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