Hypersensing with THCAD - better way to do ohmic sensing

Well Rod, after my 2nd read through this thread I'm going to give this a whirl on my table too. Just put the order in for the THCAD-5.

It looks really promising.

Hi, I read the whole topic and I think you did very well. There is no development of the topic lately and in this regard I have a suggestion to people who cut with Hypertherm. Add post.Text ("\ n M03 \ n") and post.Text ("M05 \ n") to the Sheetcam postprocessor right at the beginning of "function OnPenDown ()".
This way with Duramax torches you will avoid the recurring error due to a drop of water inside the nozzle.

So your saying to a delay before the torch moves down to allow the water to blow out?

thefabricator03 wrote:

So your saying to a delay before the torch moves down to allow the water to blow out?

I think what he's saying is to pulse the torch on and off before probing. Its not able to be done in PLasmac becasuse a M3 triggers a probe sequence. Its really only an issue on the first probe and after that it the postflow keeps the nozzle clear of water. Maybe there is a case for Plasmac to do that on the first pierce or if x seconds has elapsed from the end of the last cut.

I think it would be handy to have the air flow start just before the torch starts probing on each probe, not just as the beginning.

I think the slow machine comment has explained what I was seeing. On my Hypertherm 125 the post flow must be rather short. I was having the air go off before the next probe.

I only just recently change my Z axis acceleration and velocity settings and now its running very quickly so I might not have the issue. I dont have Hyper sensing set up just yet to check.

Hmm, some plasma cutters have control over the postflow duration but Hypertherm does not.
Do you ever have trouble with ohmic sensing? If not, its not an issue then.