X K 3 1 9 0 - D S 1
8
NW, format:
a
：
or-)
b
：
NW value ( 6 bit)
… (from high to low)
g
Command D
h
：
the decimal point is from right to left( 0
～
4)
Each frame is composed by
14 groups data
Vehicle number, format:
A
：
1st bit of vehicle number(highest bit)
…
Command E
E
：
5th bit of vehicle number(lowest bit)
Each frame is composed by
11 groups data
Cargo number, format:
A
：
1st bit of cargo number(highest bit)
B
：
2nd bit of cargo number
Command F
C
：
3rd bit of cargo number(lowest bit)
Each frame is composed by
9 groups data
Customer number
：
A
：
1st bit of customer number(highest bit)
B
：
2nd bit of customer number
Command G
C
：
3rd bit of customer number(lowest bit)
Each frame is composed by
9 groups data
Note number, format:
A
：
1st bit of note number(highest bit)
B
：
2nd bit of note number
Command H
C
：
3rd bit of note number(lowest bit)
Each frame is composed by
9 groups data
Worong
command (0x04)
No data
Each frame is composed
by 9 groups data
Note 2-2
：
the digit 1~26 in communication address are replaced by A~Z in ASCII code.
When the indicator is communicating with computer, the transferring communication
address of the communication command is the ASCII code value corresponding with
the input digit number of the indicator ( instructed in diagram 2-5)
Diagram 2-5
Address code of the
communication
command
Corresponding ASCII
code value
ACSIIcode
value
ACSIIcode
value
Communication
address
（
parameter
Adr=
）
Address
number
hex algorism
Communication
address
（
parameter
Adr=
）
Address
number
hex algorism
01 A
41
65 14 N
4E
78
02 B
42
66 15 O
4F
79
03 C
43
67 16 P
50
80
04 D
44
68 17 Q
51
81
05 E
45
69 18 R
52
82
