23
【Example 5】
Description:
This example illustrates to write EAN 128 data to the tag.
Data:
＜A＞
＜V＞50＜H＞50＜X22＞,3114F536CCCE4C3097000000
＜IP0＞e:a,d:34017587461099671,f:0, s:10,c:7;
＜Q1＞
＜Z＞
Note:
The EAN 128 data will be encrypted as per EPC Gener ation 1 Tag Data Standards Version 1.1
Rev.1.27 (SSCC 96).
【Example 6】
Description:
This example illustrates to write EAN 13 data to the tag.
Data:
＜A＞
＜V＞50＜H＞50＜X22＞,301803CB4F48B38000000001
＜IP0＞e:c,d:4003885006606,f:0,t:7, c:6,n:000000000001;
＜Q1＞
＜Z＞
Note:
The EAN 128 data is encrypted as per EPC Generati on 1 Tag Data Standards Version 1.1
Rev.1.27 (SGTIN 96).
[Notes]
1． If EPC code cannot be coded into the tag, printer will exe cute an error action according to the settings
done from RFID mode.
2． Except “e”, which is imperative and in the fixed position ( top), parameters can be omitted when not
needed.
3． Multiple print designations are only possible if IP0 c ommand is used in combination with other print
data.
4． A word about access code, two parameter s are used for access code (p: present acce ss code and a:
New access code to be encoded into the tag)
- If ‘a’ parameter is used al one in an IP0 command, the data of ‘a ’ parameter will be written in to
the access code area of the tag.
- If ‘p’ parameter is used al one in an IP0 command, the data of ‘p ’ parameter will be used as a key
to write other memory blanks of the tag. The acc ess code area remains unchanged.
- If both ‘a’ and ‘p’ parameters are used in an IP0 command, the data of ‘p’ parameter will be used
as a key to write other memory blanks of the tag and data of ‘a’ parameter will be written in to
the access code area of the tag.