Heidenhain ISO sample program

[Dowty123]

Could anyone please post a sample ISO program with at least a tool change so I can know what the output looks like. I'm pretty new to Heidenhain, the control is a iTNC530. If possible program would include 5 axis indexing with cycle 19. The machine is a Mikron with a B and C axis. Thanks a bunch in advance!

 

Simon

[Ashan]

this a program for 415 control

 

% HALFTAP G70 *

; PROGRAM UNQUALIFIED DATE 29 JUN 07 *

; MACHINE TOS 110 WHN / HEIDENHAIN TNC 415 *

; INCH PROGRAM *

; T)

; FILENAME: HALFTAP.NC *

; OPERATION: *

; SETUP INFO: *

; SHAN 29 JUN 07 *

; LAST PROGRAM REV BY: *

; *

; CENTER DRILL *

N10 G51 T13 *

N20 M06 *

; *

N30 T13 G17 G40 G90 *

N40 G53 P01 1 *

N50 S900 *

; *

N60 M41 ; B0. *

N70 G00 G90 X-9.5725 Y-9.5725 M73 *

N80 W+0. M03 *

N90 Z+3. M08 *

N100 G83 P01 -.1 P02 -.1 P03 -.1 P04 +0. P05 50 *

N110 Z+.1 M99 *

N120 Z+3. *

N130 Y+9.5725 *

N140 Z+.1 M99 *

N150 Z+3. *

N160 X+9.5725 *

N170 Z+.1 M99 *

N180 Z+3. *

N190 Y-9.5725 *

N200 Z+.1 M99 *

N210 Z+3. *

N220 M09 *

N230 M05 *

N240 G00 Z+0. M91 *

; *

; 27/64 HSS DRILL *

N250 G51 T31 *

N260 M06 *

; *

N270 T31 G17 G40 G90 *

N280 G53 P01 1 *

N290 S750 *

; *

N300 M41 ; B0. *

N310 G00 G90 X-9.5725 Y-9.5725 M73 *

N320 W+0. M03 *

N330 Z+3. M08 *

N340 G83 P01 -.1 P02 -1.5 P03 -1.5 P04 +0. P05 40 *

N350 Z+.1 M99 *

N360 Z+3. *

N370 Y+9.5725 *

N380 Z+.1 M99 *

N390 Z+3. *

N400 X+9.5725 *

N410 Z+.1 M99 *

N420 Z+3. *

N430 Y-9.5725 *

N440 Z+.1 M99 *

N450 Z+3. *

N460 M09 *

N470 M05 *

N480 G00 Z+0. M91 *

; *

; COUNTERSINK *

N490 G51 T7 *

N500 M06 *

; *

N510 T7 G17 G40 G90 *

N520 G53 P01 1 *

N530 S400 *

; *

N540 M41 ; B0. *

N550 G00 G90 X-9.5725 Y-9.5725 M73 *

N560 W+0. M03 *

N570 Z+3. M08 *

N580 G83 P01 -.1 P02 -.1 P03 -.1 P04 +0. P05 40 *

N590 Z+.1 M99 *

N600 Z+3. *

N610 Y+9.5725 *

N620 Z+.1 M99 *

N630 Z+3. *

N640 X+9.5725 *

N650 Z+.1 M99 *

N660 Z+3. *

N670 Y-9.5725 *

N680 Z+.1 M99 *

N690 Z+3. *

N700 M09 *

N710 M05 *

N720 G00 Z+0. M91 *

; *

; 1/2-13 UNC TAP - *

N730 G51 T8 *

N740 M06 *

; *

N750 T8 G17 G40 G90 *

N760 G53 P01 1 *

N770 S195 *

; *

N780 M41 ; B0. *

N790 G00 G90 X-9.5725 Y-9.5725 M73 *

N800 W+0. M03 *

N810 Z+3. M08 *

N820 G85 P01 -.1 P02 -1. P03 .0769 *

N830 Z+.1 M99 *

N840 Z+3. *

N850 Y+9.5725 *

N860 Z+.1 M99 *

N870 Z+3. *

N880 X+9.5725 *

N890 Z+.1 M99 *

N900 Z+3. *

N910 Y-9.5725 *

N920 Z+.1 M99 *

N930 Z+3. *

N940 M09 *

N950 M05 *

N960 G00 Z+0. M91 *

N970 M30 *

N99999 % HALFTAP G70 *

[88Matt]

quote:

---

the control is a iTNC530.

---

What machine is it on? We are getting 2 Hermles with the same control on them.

[Dowty123]

The machine is a Mikron.

 

p.s. Thanks Ashan!

 

Simon

[daryl_y]

Dowty, Why use ISO with that controler? We have a Hermle C40 with the same control and Hiedenhain conversational is the only why to go in my opinion. Also if you already have a good understanding of g-code it will only take a small amount of time to learn Heidenhain conversational as well.

[Bruce Caulley]

+1 Daryl,

Using ISO would be tying one hand behind the controls back. Heidi conversational processes faster and once you learn it it makes a LOT of sense.

 

Bruce

[Henk]

+++ to Daryl and Bruce

Inhouse has a great mpmaster_TNC post, ask your dealer to contact them.

[rdshear]

I agree with the above three. Conversational on the Heidenhain is the way. Very easy to learn and read. We have 6 machines here with Heidenhain controls and conversational is the way we program all of them. (none are 5 axis though)

 

Rick