77
■
Processing condition: LAY
Sets X/Y coordinate offset and laser power correction ratio, etc. for the specified processing condition No.
Setting / Readout data of processing condition
STX
LAY
Sub
command
[Processing condition No.] [Layer No.] [X offset]
[Y offset] [Rotation angle] [Laser power correction]
[Scan speed correction] [Laser pulse cycle correction]
36-byte (LP-Mxxx / LP-Sxxx / LP-Zxxx), 33-byte (LP-SxxxW)
(Check
sum)
Delimiter
Sub command is “S” at the time of setting and “A” for response data at the time of readout.
Readout request of processing condition
STX
LAY
R
[Processing condition No.]
2-byte
(Check sum)
Delimiter
Name
Data length
[byte]
Description
Remarks
Processing
condition No.
2
“00”–“15”
Layer No.
2
“00”–“15”
X offset
8
Model type*
Setting range [mm]
LP-Sxx0(W)
“-045.000”–“+045.000”
LP-Sxx5(W)
“-080.000”–“+080.000”
LP-Sxx2
“-027.500”–“+027.500”
LP-Mxx0/LP-Zxx0
“-060.000”–“+060.000”
LP-Mxx5
“-110.000”–“+110.000”
LP-Mxx6/LP-Zxx6
“-165.000”–“+165.000”
Y offset
8
Rotation angle
7
“-180.00”–“+180.00” [°]
Laser power
correction
3
“000”–“999” [%]
•
The correction ratio is calculated
using the value set at the laser
condition as 100%.
•
With LP-SxxxW type, nothing
should be input in Laser Pulse
Cycle Correction.
Scan speed
correction
3
“001”–“999” [%]
(Laser pulse cycle
correction)
(3)
“001”–“999” [%]
* For the detail of the model type, refer to “Target laser marker” (P.4).
ME-LPMSZ-SR-9
Summary of Contents for LP-M Series
Page 8: ...1 Before External Control ME LPMSZ SR 9...
Page 16: ...2 Basics of Serial Communication RS 232 Ethernet ME LPMSZ SR 9...
Page 34: ...3 Communication Command and Function ME LPMSZ SR 9...
Page 165: ...Troubleshooting ME LPMSZ SR 9...
Page 186: ...Character Code Table ME LPMSZ SR 9...
Page 199: ...Index ME LPMSZ SR 9...
Page 202: ...202 MEMO No 9000 0063 59V ME LPMSZ SR 9...
Page 203: ...No 9000 0063 59V...
Page 204: ...Panasonic Industrial Devices SUNX Co Ltd 2013 2019 March 2019 9000 0063 59V...