My information comes from IT support,for a while I ran a local authority IT dept including education dept and a few Denford's it was one of the recurring jobs talking numpties through the reset, which is why its remembered.
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My information comes from IT support,for a while I ran a local authority IT dept including education dept and a few Denford's it was one of the recurring jobs talking numpties through the reset, which is why its remembered.
for info
Triac
running ESS, PMDX126 and original digi plan drivers, it use nema 43 steppers
there is a home brew board between PMDX and digi plan driver which came with the machine
microrouter
running ESS, BOB and drivers as linked to at the start of this thread.
steppers in the microrouter
stepper drivers are running on 36v and set to 2.8amps
http://i187.photobucket.com/albums/x...psjmwo6w0v.jpg
Andy, any idea what current the original drivers were set at?
Regardless, it looks like you're running the motors within their ratings, so I wouldn't worry about it too much. You could probably drop the current a little bit more if you're concerned, but it really depends on how conservatively or hard you want to run things.
One thing that I keep wondering about, is why the microstepping setting never worked how it should. If it was because the DIP switch was faulty, then the current setting could also be an issue.
It's probably not a fault, but was the step per setting a problem for all axis?
And are all the steppers getting equally warm?
Lucan, even at that, you keep posting what sound like definitive solutions without getting all the facts, which could quite easily cause more problems than they solve.
How can it sound like a definitive solution when we were talking about a Triac that has no problem?
I'm bored tonight, so here we go from this thread alone
If you had at least some clue, you'd know it's reduced current mode, not voltage mode. Getting a basic thing like that wrong could cause major issues for inexperienced people, or at the very least confuse their understanding of the settings.Quote:
Originally Posted by lucan07
PC standby should have no effect on stepper motor current, unless the PC is shutting down enough to also shutdown the motion controller and disable the stepper drivers. Also, at this point, Andy had not even mentioned what system his Triac is running.Quote:
Originally Posted by lucan07
But given we now know it's Mach, if the computer shut down enough to drop communication with the ESS, I would expect Mach to display an error, or even crash when the computer exits standby.
However, I've never ran an ESS, and all my machine computers are set to never enter standby, and to only shutdown when requested to.
So despite not knowing the Triac in question was running Mach/ESS, you posted up about a relatively obscure problem, that probably only affected certain controllers, despite the fact Denford fitted multiple different controllers.Quote:
Originally Posted by lucan07
Andy, sorry to do this in your thread, it's just that I hate seeing people post information that is wrong, irrelevant, and/or makes assumptions without knowing the facts or at least mentioning certain things have been assumed.
As I got drummed in to me during my apprenticeship, never assume anything, as it makes an Ass out of U and Me.
Current/voltage reduced when not in use, how can this cause a problem?Quote:
Originally Posted by m_c
[/QUOTE]
PC standby should have no effect on stepper motor current, unless the PC is shutting down enough to also shutdown the motion controller and disable the stepper drivers. Also, at this point, Andy had not even mentioned what system his Triac is running.
But given we now know it's Mach, if the computer shut down enough to drop communication with the ESS, I would expect Mach to display an error, or even crash when the computer exits standby.
However, I've never ran an ESS, and all my machine computers are set to never enter standby, and to only shutdown when requested to.
[/QUOTE]
I said triac probablty goes to standby like a pc and quoted pc modes as an example, no problem with this machine so whats your point.
[/QUOTE]
So despite not knowing the Triac in question was running Mach/ESS, you posted up about a relatively obscure problem, that probably only affected certain controllers, despite the fact Denford fitted multiple different controllers.
[/QUOTE]
I new triacs had that facility and problem so mentioned it, it was not regarding the faulty machine rather the one that was working!
Pick your dummy up and go troll somewhere else!
What faulty machine?Quote:
Originally Posted by lucan07
You were the one who mentioned an issue which involved you assuming something, but not actually mentioning enough details about when that issue would apply.
BTW, my dummy is fine, and I'm not trolling. I'm just highlighting the misguided information in a few of your posts. If I was really trolling, I wouldn't bother explaining why your posts were misguided, I'd just post ill informed responses to see how much other BS you can come up with.
No idea what the last post says, as you're not worth talking too certainly not listening too PS theres a goat crossing the bridge!
just properly ran some code on the machine, I had ot stop after 20 mins as the motors burnt my hand to touch.
all 3 seems to be getting the same temp.
how do I go about trying to resolve this?
If you are still running at 36v 2.8a I would try dropping it to 1.5a to see if they still heat up if they can't handle 1.5a maybe try some different drivers. Was the machine running when you purchased it or did you never see it running?