Dave wrote:
You should consider CL. For several reasons...
You can see the logic on the screen as you run the machine. You can
make changes on the fly (almost). Stop, edit, start. You can put
various functions in
different sections of CL logic. You can comment each line and use
I have a large number of machine controls that are on my Bridgeport
Interact mill, such as jog controls, spindle
forward/reverse/start/stop, brake etc.
I would like to wire them all through EMC/PPMC.
Where I am very concerned is producing a configuration that I will be
able to understand 3-5-10
On Sat, 2010-08-07 at 11:02 -0500, Igor Chudov wrote:
... snip
With that in mind, would anyone comment on what is the most
documentable approach at wiring those buttons.
I also must mention that in my past, I wrote a few
parsers/interpreters/compilers and am wondering if anyone looked at
On 7 August 2010 17:02, Igor Chudov ichu...@gmail.com wrote:
I looked into HALUI and HAL files and logical elements. While I think
that I understand why things were done the way they were, I am very
concerned that a while later, I will not be able to make any sense of
the config and logical
Igor Chudov wrote:
I have a large number of machine controls that are on my Bridgeport
Interact mill, such as jog controls, spindle
forward/reverse/start/stop, brake etc.
I would like to wire them all through EMC/PPMC.
Where I am very concerned is producing a configuration that I will be
You should consider CL. For several reasons...
You can see the logic on the screen as you run the machine. You can
make changes on the fly (almost). Stop, edit, start. You can put
various functions in
different sections of CL logic. You can comment each line and use
symbols to show what
