Write a complete part program using canned cycles to produce the drilled hole, groove, and thread on the workpiece that is shown in figure with Fanue syntax. You may assume that the OD (Outside Diameter) and chamfer are already finished. Use the following parameters: Material: 1018 steel Tool: Ф0.25 HSS drill, T0101 60° carbide threading tool, T0202 0.125 carbide grooving tool, T0303 Cutting speed: 300 SFPM for carbide and 100 SFPM for HSS tools. Use constant surface speed where appropriate Feed: 0.005 IPR (except for thread)
Write a complete part program using canned cycles to produce the drilled hole, groove, and thread on the workpiece that is shown in figure with Fanue syntax. You may assume that the OD (Outside Diameter) and chamfer are already finished. Use the following parameters: Material: 1018 steel Tool: Ф0.25 HSS drill, T0101 60° carbide threading tool, T0202 0.125 carbide grooving tool, T0303 Cutting speed: 300 SFPM for carbide and 100 SFPM for HSS tools. Use constant surface speed where appropriate Feed: 0.005 IPR (except for thread)
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 9RQ: A dimension listed on an engineering drawing is known as the _______ _______.
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Write a complete part program using canned cycles to produce the drilled hole, groove, and thread on the workpiece that is shown in figure
with Fanue syntax.
You may assume that the OD (Outside Diameter) and chamfer are already finished.
Use the following parameters:
Material: 1018 steel
Tool:
Ф0.25 HSS drill, T0101
60° carbide threading tool, T0202
0.125 carbide grooving tool, T0303
Cutting speed:
300 SFPM for carbide and 100 SFPM for HSS tools.
Use constant surface speed where appropriate
Feed:
0.005 IPR (except for thread)
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