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Spencer I don’t use Mach3 anymore but i would think this would work. Get the B axis DRO number and change it using a Mcode. Follow these

In the Mach software, both 3 and 4, the numbers reported in the DRO actually come back from the plugin for the motion device. No pulse engine, no motion, no change in the DRO. Steve

i don't want to use the B axis to control anything just to show on the dro. why would pokeys be preventing this? somewhere i might still have a UC100 but i remember having serious problems with it and

The PoKeys CNCDB25 under Mach3 or Mach4 (and the PMDX-411 under Mach4) only support 4 pulse engines/axes. As best I can tell, the UCC100 does support 6

the B axis is enabled. i have tried every possible choice for ports and pins although i am sure this does nothing if the machine is using the pokeys. i just did another sanity check. when i went to

G-code moves shouldn’t depend on what motion controller you are using. Telling Mach to move the B axis by “1” should move it whether you have a parallel port, pokeys, Smoothstepper, etc.

that is exactly what i have in my gcode and it worked perfectly with the parrallel port and mach3. i don't think it even mattered what pins or ports i had assigned to the B axis. the "moves" changed

Spencer, Perhaps a macro or sub G91 ;enter incremental mode b1? ?; move/increment B by one G90 ;enter absolute mode TIA RT

i put ferrites on either end of the cable that connects the spindle inverter to the relay on the PDMX and have not had a crash since. still want a solution to the b axis issue Best regards,

I have found a few reasons why the Pokeys was not working for me with Mach 3 and a new win 10 computer. First, maybe, the computer came with a cheap bluetooth dongle for a mouse etc. I believe it was

It looks like you could take the 2-9 pins of the Smooth stepper for inputs step and direction directly into the servo amps CN8 pins 7 and 13. No sure how the 2310 would interface with mach3 and the

i thought that changing active low was the way to do it but with the Pokeys this has no effect. i have not tried the reverse axis direction in homing/limits. sounds like that should work. i was so

You need to connect the wires from the mpg encoder A+ A- B+ and B- to input pins on the port(s) and then fill in the table with which pin each cable is connected to. There are not usually many input

No, there's a "Home Negative" which determines homing direction, and a "Reverse" which changes axis direction. Both are in Config > Homing/Limits. You can also toggle Active Low in ports and pins to

There is a reverse option in the ports and pins dialog for general direction instructions. The one in the Homing/Limits dialog is just to determine which direction to go to home to suit your

Hello, there is nothing complex I think. The machine uses home, limit switches, tool length switch, tool clamp, maybe analog spindle speed control. Nothing that MACH cannot control already. As I see

In order to reverse the direction of the axis, Mach3 hides it in Homing/Limits dialog. There is no separate option in the plugin for that. V V sob., 22. feb. 2020 ob 23:45 je oseba

Dan mauch

I updated the firmware and reverted the mach version to 062 which is currently on the web site. i had 066 before. there are still bugs in the configuration program it crashes regularly when changing

Here is a quick look on two of the systems, yes there is a PCI card. I am not sure if I can post links here , sorry about that. PCI card