While constructing a building, an engineer need to fix two steel beams together using a bracket as shown in Figure 1. Using absolute coordinate system, construct a G-code program for drilling hole number 3 only. To remove the metal chips the hole should be done in three equal steps. During the drilling, coolant should be on before spindle starts and stop after spindle stops. The spindle speed set to 1750 RPM. Drilling bit in rack number 2 and it should be 1 mm over the work piece. Drilling feed rate is 20 mm/min. Explain each code used in the program in a column

While constructing a building, an engineer need to fix two steel beams together using a bracket as shown in Figure 1. Using absolute coordinate system, construct a G-code program for drilling hole number 3 only. To remove the metal chips the hole should be done in three equal steps. During the drilling, coolant should be on before spindle starts and stop after spindle stops. The spindle speed set to 1750 RPM. Drilling bit in rack number 2 and it should be 1 mm over the work piece. Drilling feed rate is 20 mm/min. Explain each code used in the program in a column

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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While constructing a building, an engineer need to fix two steel beams together using a bracket as shown in Figure 1. Using absolute coordinate system, construct a G-code program for drilling hole number 2 only. To remove the metal chips the hole should be done in two equal steps. During the drilling, coolant should be on after spindle starts and stop before spindle stops. The spindle speed set to 1750 RPM. Drilling bit in rack number 2 and it should be 2 mm over the work piece. Drilling feed rate is 25 mm/min. Explain each code used in the program in a column. 57.5- 12.5 Hole (4) Hole (3) 30 10 Hole (2) Hole (1) X0 YO ZO 10 15 All dimensions shown are in mm Figure 1
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