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“LS Ubiquitous RF-ID System”
5
Flags
03
ISO 15693 Flag value
6
Command
21
Set 21 of Write Single Block Command among ISO 15693
Commands.
7
Baddr
00
Marks the Address of relevant Block to perform Writing.
As writing is done to zero Block here, set Baddr as ‘00’.
8~11 Bdata
31~34 Marks the data to write to zero Block(4 Bytes). (Hex).
12
Check Sum
ED
Calculate Check Sum value and mark the low 8 bit value.
z
Receiving Frame Structure (normal receiving)
No.
Items
Value
Description
1
Start Byte
F0
Byte indicating the start of Receiving Frame (set as F0)
2
Station ID
00
Station no. given to Reader (the value of rotary switch next to
Reader is shown.)
3
Data Length
06
Total length of Frame (from Start Byte to Check Sum)
4
Control Mode
03
Control Mode selected from Sending Frame is displayed.
5
Error Code
00
At normal Receiving Frame, ‘00’ (For the value except this,
refer to Error Code.
Appendix B)
6
Check Sum
F9
Calculate Check Sum value and mark the low 8 bit value.
Содержание LGRF-H
Страница 23: ...23 70 LS Ubiquitous RF ID System 2 4 Product Appearance and Dimension Fig 2 4 1 LGRF H Reader...
Страница 24: ...24 70 LS Ubiquitous RF ID System Fig 2 4 2 LGRF H Reader Fig 2 4 3 Antenna A Type...
Страница 25: ...25 70 LS Ubiquitous RF ID System Fig 2 4 4 Antenna B Type Fig 2 4 5 Antenna C Type...
Страница 69: ...69 70 LS Ubiquitous RF ID System Appendix C PLC Examples 1 Example of MELSEC PLC HEX mode communication...
Страница 70: ...70 70 LS Ubiquitous RF ID System 2 Example of MELSEC PLC ASCII mode communication...