ausman
Industrial
- Oct 5, 2008
- 85
thread380-372923
Hi,
About this time last year there was a thread discussing the except same thing I am asking about, an easy & fast way to burn the plastic coating before cutting on an Amada FO.
Rposty was very close to answering the question to my problem, but I don't fully understand if & how he got the pre burn to function.
Can anyone please elaborate if they know about this?
Machine- Amada FO, LC Etc
Control: 160i-L (Non windows based)
Rposty's solution, Change macro M103 to M134
The outcome of this is that the head come does (head purge is eliminated), I can see the etch cutting condition is selected in the head down movement but there is no actual beam out, once the material is sensed (the gap is where it needs to be) it switches straight to the pierce condition, pierces then switches to cutting condition then proceeds to cut.
It would seem that M134 does not function?
Changing the pierce code to 133,134 or 135 does not work on the 160i-L controller. (Only the AMNPC type)
Currently we etch a circle (via the nesting software) over the piece points, it works but is painfully slow.
Hi Rposty, if you read this did you get this M134 burn process working on the 160i-L controller? can you explain it in more detail please?
Any guru's out there proved any input about this?
Thank you.
Hi,
About this time last year there was a thread discussing the except same thing I am asking about, an easy & fast way to burn the plastic coating before cutting on an Amada FO.
Rposty was very close to answering the question to my problem, but I don't fully understand if & how he got the pre burn to function.
Can anyone please elaborate if they know about this?
Machine- Amada FO, LC Etc
Control: 160i-L (Non windows based)
Rposty's solution, Change macro M103 to M134
The outcome of this is that the head come does (head purge is eliminated), I can see the etch cutting condition is selected in the head down movement but there is no actual beam out, once the material is sensed (the gap is where it needs to be) it switches straight to the pierce condition, pierces then switches to cutting condition then proceeds to cut.
It would seem that M134 does not function?
Changing the pierce code to 133,134 or 135 does not work on the 160i-L controller. (Only the AMNPC type)
Currently we etch a circle (via the nesting software) over the piece points, it works but is painfully slow.
Hi Rposty, if you read this did you get this M134 burn process working on the 160i-L controller? can you explain it in more detail please?
Any guru's out there proved any input about this?
Thank you.