=====List 6: Test Laser PWM Output=====

1

Measurement Setup

Connect multimeter red probe to GPIO.12 (green terminal)
Connect multimeter black probe to GND
(Alternative: Use oscilloscope for measurement)

2

Laser PWM Mode Activation

Enter command: M6 T2 ↵
Switch to Laser PWM mode

3

Laser PWM Output Testing

Enter command: M3 S127 ↵
Then enter: G1 F1000 ↵
Output should change from 0V to 2.5V
Enter command: M3 S255 ↵
Then enter: G1 F1000 ↵
Output should change from 0V to 5V
Enter command: M5 ↵ - Output should return to 0V

4

Vmot Laser PWM Output (Optional)

MOSFET ON/OFF measurement

Connect red probe to MOSFET Vmot-main (orange terminal)
Connect black probe to IO.12-MOS-GND (orange terminal)
Enter command: M3 S255 ↵
Then enter: G1 F1000 ↵
Output: 0V to Vmot-main
Enter command: M5 ↵ turn off
used to drive Vmot-main voltage loads such as solenoid valves

✅

Expected Results

M3 S127 + G1 F1000: Output changes from 0V to 2.5V
M3 S255 + G1 F1000: Output changes from 0V to 5V
M5: Output returns to 0V
Mosfet output ON/OFF correctly with refer commands

==== Image shows ==== Coming soon! ==== Video demonstrations ====

==== Related YAML code ====


# Begin Laser 
Laser:
  pwm_hz: 5000
  output_pin: gpio.12
  enable_pin: NO_PIN
  disable_with_s0: false
  s0_with_disable: true
  tool_num: 2
  speed_map: 0=0.000% 255=100.000%
  off_on_alarm: true

---- This version of the WIKI is still being edited. You can check out previous videos. ====Beginner upload firmware set webUI tutorial==== The V4.9 plus and V4.8A V4.9A is similar config, different is the v4.9 plus step/dir model onboard driver "MS3 pin" need set in yaml.

====// Relay // PWM // Laser // 0~10V // Output Test //==== The V4.9 plus and V4.8A V4.9A is similar config, different is the v4.9 plus step/dir model onboard driver "MS3 pin" need set in yaml.

====// Connect hardware // Limits // Probe // Motor // Relays==== The V4.9 plus and V4.8A V4.9A is similar config, different is the v4.9 plus step/dir model onboard driver "MS3 pin" need set in yaml.