Is it convenient using Plasmac without an Arc Voltage signal? (External THC)

Hello,

I want to know if it's possible to configure Plasmac to function with the THC I have. With it the "ArcVoltage" signal will not reach the PC only the "ArcOk" when the torch starts.

The THC I have that has its own ohmic probe, checks the voltage, controls the Z motor, and turns on/off the torch. What it needs is the signal to "start" and "end" the cut. Also you can send signals for disable automatic THC and move z axis manually.

I want to use some of Plasmac's features like disabling the THC in some trajectories and the cut statistics for example. Even if I can't give full use of Plasmac.

Do you recommend this? If it's possible, which mode of PlasmaC should I start off to adapt to my THC? Does anyone know any reference I can use for the adaptation?

PS. I'm attaching the manual of the THC I have if you want to know it.

Thank you very much.

Plasmac is to be configuration as you like on the same PIN setup as you are on Axis
it benefits with some PLASMA/LASER/Waterjet Functions normal Machines dont need
you can configure it like you want to work
so YES

Hello,

Thank you for your comments.

The THC I'm using is the "PTHC-2" from Heavth, is a chinnese one so it's a little hard to google it, I uploaded the manual in the first post.

To use plasmac without the ArcVoltage and without ohmic probe or float switch. Should I simply comment the lines for it in the hal file?

Also, if possible I want to use the ClassicLadder to setup some logic since I'm familiar with it. In the guide I undertood that it says you can activate the classicLadder programing after the PlasmaC configurator is done. How do you activate it? Or should I activate it when the stepconfig is being setup? I pretend to use Axis.

I had a bit of a look in your manual and it seems there are a couple of modes in your THC as well.
Its not designed to control a conventional Z axis but a PWM motor to raise and lower the torch so you could use one of the cheap Chinese lifters.

I think I would skip Plasmac and build a simple XY table with axis or Gmoccappy.
You would simply connect spindle.0.on and spindle.0.at-speed to your THC unit

This means probing would start on an M3 and when the arc was established, LinuxCNC motion would commence as soon as it sees the spindle.0-at-speed signal. The torch would turn off on an M5.

I understand, thank you very much for your comments.