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G65 code implementation

 

We are working on G65 code implementation which allow to work with parameterized macros. G65 code runs macro program with number, programmed in P parameter.
Up to 21 local variables could be sent to the macro through A-Z parameters.

In a screenshot is shown peck drilling cycle (G83) repeated in a line by running G65 with macro O9911.
Number of drills is programmed by H parameter; distance between drills programmed by U parameter; line angle angle programmed by A parameter.

 

Listing of nc program is below:

%
(XY - position)
(U - distance between points)
(A - angle)
(H - number of points)

G83 Z-10 Q2. R0.5 L0
G65 P9911 X10 Y20 A30 U10 H5
M30
%

 

 

myPlasma coming soon.

myPlasma is control system kit to build Plasma Power source, based on chopper IGBT technology (step-down converter). myPlasma kit includes:

  • myPlasma control board - ARM Cortex M3 microcontroller based board, that runs complete control of Plasma Power source
    • 4 channel PWM control;
    • 2 channel Plasma current sensor measure;
    • 2 channel Plasma voltage measure;
    • 5 channel GPIO binary inputs (optoisolated);
    • 6 channels relay outputs;
    • optoisolated RS485 bus channel for connection to CNC machine;
    • USB connector for programming/configuration;
  • Driver boards for power IGBT module with opto-isolation;
  • Relay board;
  • LED indicator board with keys/encoder for Current setup;
  • Closed-Loop Hall-based ultra-fast Current Sensor (made by Honeywell);
  • Power IGBT modules (made by Semicron);
  • Frequency ignition unit (on demand);

 

myPlasma electronics board kit for Chopper based Plasma Power source

Main features:

  • Soft plasma ignition;
  • Current range from 25A;
  • Tested solution to build power sources for Current - 130, 160, 260, 320 Amps;
  • 400 Amps power source is under developing;
  • Complete integration with myCNC control system;
  • Automatic or Manual gas console compatible;