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Clear Latched DI
Data Format
✦ N = 1 to 4
✦ The data written is a mask and each DI can be cleared independently.
16
15
DI
Bit State
Bit #
7
6
Byte
Command Format
Query
CC100
0
16
Reg-H Reg-L
Addres
s
Reply
CC1000
16
Address
LT to Register Address Conversion
❖ Reg = LT + 95
CC1000 Modbus Reference 2.10e!
14
13
12
11
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
0 = Clear, 1 = Don't Clear
5
4
3
2
Data-H (high byte)
Data-H (high byte)
Data-H (high byte)
Data-H (high byte)
Data-H (high byte)
Data-H (high byte)
Data-H (high byte)
Data-H (high byte)
0
N
Reg-H
Reg-L
10
9
8
7
1
0
7
6
Data1-H
Data1-L
Nx2
DI 9~16
DI 1~8
Mask
Mask
0
N
6
5
4
3
5
4
3
2
Data-L (low byte)
Data-L (low byte)
Data-L (low byte)
Data-L (low byte)
Data-L (low byte)
Data-L (low byte)
Data-L (low byte)
Data-L (low byte)
DataN-H
DataN-L
. . .
DI 9~16
DI 1~8
CRC-L CRC-H
Mask
Mask
CRC-L
CRC-H
2
1
1
0
24/122
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