In the above program, when the GOTO 10 block is read, the program will advance to the N10 block and bypass all code between it and the N10 block. Try it in a program as shown following, then single block through the program to see if the GOTO command is accepted by the control and exercised. The GOTO statement is used to branch to another part of the program and is frequently used in conjunction with a Conditional Statement, but it can be used on its own. Another method is to include a Macro Statement in a program, and see if the control will exercise it. If you are able to do that then you control has the Macro option. To check if your machine has the User Macro option, press the Offset button and from the page that appearts you will be able to navigate to the Macro Registry page. Thanks!Fanuc controls do have Sub Programs they're called with M98. Does the controller determine capability or does the machine / added software? Currently running a Kitamura w 16i-T. Im new to macros, and i really want to try the GOTO command, but im not sure if it will work. Missing my Haas already and im just away from it for a day or two.Īnyway. Just found out about the lack of M97 subroutines in fanucs. If you do NOT have the Macro option it will not understand the "GOTO" statements You will need to use a "GOTO#" statement and have a line following the "M99P#" with a "N#" to match the "#" on the GOTO# line. Using "M99" will NOT return you to the line following the "M99P#", it will return you to the start of the program. The return is where the biggest change will be. On the Fanuc you will have to use "M99P#" to make the program hop to "N#" like the M98H# did above. That exact format does not work in a Fanuc BUT you can create a program that will give you that result, as long as you have Macro option. This allows for a part program to contain everything i needs.Įxam: M98H# wil hop to a place within the program that contains the N# that the H# refers to, when done M99 sends you back to the line following the "M98" line to continue with the program. I run many machines with mitsubishi controls and they have the ability to keep sub routines within the main program. I think I understand where you are coming from. The older version is O9135, the newer version O9136 so when I wrote my own macro drill program I called it O9134. Hardinge has a couple deep drilling subroutines that come with their lathes. Turns out these programs can be called with an M. I put them in O9001, O9002, O9003 and O9004 to keep them from being modified or accidentally deleted.
EDGECAM TRAINING SUBPROGRAMS SERIES
You may want to take advantage of these calls, but it is your choice what type of subprograms you want associated with each series of program numbers.Īs an example Hardinge uses Safe Index Subprograms O1, O2 (front spindle), and O3, O4 (subspindle). These are all 9000 series protected programs (9000-9029). Each parameter is associated with a SPECIFIC program number. I don't use the T-call for obvious reasons. There are parameters that allow you to run subprograms with a G, an M or a T call. Is there a convention for how you name the files containing subroutines?
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