50/70
“LS Ubiquitous RF-ID System”
[Table 4.2.3.2] Other basic setting value (Fixing value)
Other
Setting value
1 Data
8
bit
2 Parity
None
3 Stop
1
4 Flow
Control
None
EX1) 9600 bps communication Baud rate setting (The setting value of 9600 bps is 00.
Refer to [Table 4.2.3.1])
Sending Frame
: F0 00 07 01 02
00
FA
Receiving Frame
:
F0 00 06 01 00 F7
z
Sending Frame Structure
No.
Items
Value
Description
1 Start
Byte
F0
Byte indicating the start of Sending Frame (set as F0)
2 Station
ID
00
Station no. given to Reader (matching with the value of Rotary
Switch next to Reader)
3 Data
Length
07
Total length of Frame (from Start Byte to Check Sum)
4 Control
Mode
01
Set 01 among control modes in order to use Reader
Environment Setting Protocol.
5 Command
02
Set 02 of Communication Baud Rate setting command among
Reader Environment Setting Protocol.
6 Setting
value
00
Set 00 that indicates Baud rate 9600 bps. (Refer to [Table
4.2.3.1] Baud rate setting.)
7 Check
Sum
FA
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.)
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...