RDC6563F Standalone Fiber Cutting Control System User Manual V2.0 75
SHENZHEN RUIDA TECHNOLOGY CO., LTD
recommended to calibrate the capacitor before cutting to ensure the accuracy and stability
during the cutting process. If the user adapts the new cutting sensor or replaces the existing
sensor components, the capacitor calibration operation must be performed. Otherwise, the
parameters of the sensor and the parameters of the board will not match, resulting in failure to
work properly.
Before the capacitor is calibrated, put the system be idle, then the cutting head close to the
metal plate, and ensure that the metal plate is reliably connected to the machine body. The
machine itself is reliably grounded, and the capacitor calibration can be started. If the metal plate
is not reliably grounded or is reliably connected to the machine body, it may cause the capacitor
calibration to stop or the calibration to fail. If the cutting head moves all the way down during the
calibration process and the metal plate is still moving, it is necessary to check whether the metal
plate is reliably turned on. If the metal plate is reliably turned on with the machine, you need to
check if the amplifier cable is normal or if the capacitor sensor is faulty.
If the capacitor is calibrated from a very high position on the metal plate, it may cause the
capacitor calibration to fail. Move the cutting head close to the metal plate. During the calibration
process, if the alarm is triggered (such as limit trigger, servo alarm, etc.), the capacitor calibration
will stop.
On the panel, enter the capacitance calibration interface by [Function] → [Capacitance
Calibration], and press the [Enter] button to start the capacitance calibration process. The
capacitor calibration process is as follows:
1) The cutting head moves downward for the first time until the working plate is detected;
2) After detecting the working plate, move up to 2mm distance and stay for about 1
second.
3) The cutting head moves down again at a lower speed until the working plate is
detected.
4) After detecting the working plate, detect the cutting head capacitance value in the
upward movement and record it.
5) After the capacitance detection is completed, move a safe distance of 10mm upwards.
6) Finally, the capacitance calibration curve is displayed. If the curve is smooth and the
calibration result is normal, save the calibration result. If the calibration result is
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