Amada MF-C2000A Series, Operation Manual, Page: 185 / 272

4 . Commands
185
MF-C2000A Series
Chapter 5 Laser Processing by External Communication Control (RS-485 CONTROL)
Introduction Part
Operating Part
Maintenance Part
Appendixes
Installation
and
Preparation
Part
Data No . Item Data Range
02
[FREQUENCY] on the [MODULATION] screen
Setting of modulation frequency
1 – 5000
03
[MODULATION] on the [MODULATION] screen
Setting of modulation width
0 – 100
04
[DUTY] on the [MODULATION] screen
Setting of modulation duty ratio
10 – 90
95 Laser Power Monitor ― SHOT COUNT, GOOD COUNT, AVERAGE
Data No . Item Data Range
01*
[SHOT COUNT] on the [MONITOR] screen
Total number of outputs until the present
000000000 – 999999999
02*
[GOOD COUNT] on the [MONITOR] screen
Number of outputs of appropriate energy
000000000 – 999999999
03*
[AVERAGE] on the [MONITOR] screen
Average power of output laser light
000000 – 999999 (×1W)
00 Laser Power Monitor ― Energy, number of waveform data, etc.
Data No . Item Data Range
01* Schedule No. of laser power monitor data 0000 – 0255
02* Unused Fixed to 000
03*
[ENERGY] on the [MONITOR] screen
Laser Energy
000000 – 999999 (×0.01J)
04*
Number of laser power monitor waveforms
Total number of transmitted data with classification No.
between 01 and 20.
Fixed to 100
05* Flash pulse width 0000 – 5000 (×0.1ms)
01 Laser Power Monitor ― Waveform data 000 to 004
: :
20 Laser Power Monitor ― Waveform data 095 to 099
Data No . Item Data Range
01* Schedule No. of laser power monitor data 0000 – 0255
02* Laser power monitor waveform data 1/5 00000 – 99999 (×0.1W)
03* Laser power monitor waveform data 2/5 00000 – 99999 (×0.1W)
04* Laser power monitor waveform data 3/5 00000 – 99999 (×0.1W)
05* Laser power monitor waveform data 4/5 00000 – 99999 (×0.1W)
06* Laser power monitor waveform data 5/5 00000 – 99999 (×0.1W)
⇒
If the pulse width becomes long, the total number of waveform data can be con-
trolled to 100 or less by extending the measurement interval.
(Example)
Pulse width Measurement interval
0.05 to 0.45 ms 0.005 ms