Datalogic Arex 420 - Page 22

Department
TSS L3 LM
Classification
Public
Page 22 18/04/2019
Version
1.0
Date
4/18/2019
Page 22/27
© 2019 Datalogic S.r.l – All Rights Reserved
3
0
Enable Data Field
0→1 Enables the specified Data
Field; 1→0 as soon as the
mirroring bit is HIGH
Enables the laser object with the specified ID.
Request Data Field: <FieldID>
1
Disable Data Field
0→1 Disables the specified Data
Field; 1→0 as soon as the
mirroring bit is HIGH
Disables the laser object with the specified ID.
Request Data Field: <FieldID>
4
0
Move and Rotate
Document
0→1 Moves and/or rotates the
document; 1→0 as soon as the
mirroring bit is HIGH
Moves the document’s origin and then rotates it according to the
specified offsets
Request Data Field: <X>,<Y>,<Angle>
(HEX example byte per byte of the Request Data field when using
this command with offsets <0>, <10>, <+45°>: 30 2C 31 30 2C 34
35 )
1
Move Data Field
0→1 Moves the specified Data
Field to the position specified
inside Request Data Field; 1→0
as soon as the mirroring bit is
HIGH
Moves the laser object with a specified ID to the specified
position. The movement is done considering the object’s origin.
Request Data Field: <FieldID><LF><X>,<Y>
5 to 53
Reserved
54
0 to 7
Request Data Size (Low
Byte)
"Response Data" field usable
length (Low and High byte)
Low/High Byte which must reflect the length of the Request Data
field. Example: Low Byte=12 in DEC format (in BIN format,
address 54 from bit 7 to bit 0 is '0001100'), High Byte=0 in DEC
format, means that the laser will need to take into account only
the first 12 bytes of the Request Data Field starting from address
56 onwards
55
0 to 7
Request Data Size
(High Byte)
56 to
63/127/253
0 to 7
(for
each
address
Byte)
Request Data
Each byte represents an ASCII
character that the PLC is
reporting towards the Laser
Marker, which the Laser Marker
will interpret depending on the
Command Bit which has been
pulled 0→1