70
■
2D code pattern: BRP
Sets 2D code module marking pattern.
Setting / Readout data of 2D code pattern
STX
BRP
Sub
command
[Bar code No.] [Pattern type] [Character code]
[Laser power correction] [Scan speed correction]
[Laser pulse cycle correction]
16-byte (LP-Mxxx / LP-Sxxx / LP-Zxxx), 13-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 2D code pattern
STX
BRP
R
[Bar code No.] [Pattern No.]
3-byte
(Check sum)
Delimiter
Name
Data length
[byte]
Description
Remarks
Bar code No.
2
“00”–“15”
Pattern type
1
• QR code:
“0”: Margin
“1”: Dark Module
“2”: Light Module
“3”: Alignment
“4”: Finder
• Data Matrix code:
“0”: Quiet Zone:
“1”: Mark Module
“2”: Space Module
“3”: Border
Character code
4
“0000”, “2230”–“2239” or
“8121”–“8152”
Specifies the character code to be used
as a pattern in JIS code. Set “0000” to
no marking pattern. However, when the
alignment finder pattern of the QR code
is set to “0000”, marking is performed
using the dark/light module, and when the
Data Matrix code border is set to “0000”,
marking is performed using the mark
module.
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” [%]
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...