BLIIoT S275 - Page 71

Page 71 of 74 Shezhen Beilai Technology Co., Ltd V1.1
Cellular IoT M2M RTU --- S272/S274/S275
Short circuit: Logic 1
Open circuit: Logic 0

Wet contact
0-0.5V: Logic 1
3-30V: Logic 0
1
1
DI1
Bool
2
2
DI2
Bool
3
3
DI3
Bool
4
4
DI4
Bool
5
5
DI5
Bool
6
6
DI6
Bool
7
7
DI7
Bool
3) Read, Input Register (Function Code 04: Read Input Register)
Register Address
Definition
Data Type
Description
Hexadecimal
Decimal
0
0
AI0
32bit int
Y=X/100
2
2
AI1
32bit int
Y=X/100
4
4
AI2
32bit int
Y=X/100
6
6
AI3
32bit int
Y=X/100
8
8
AI4
32bit int
Y=X/100
A
10
AI5
32bit int
Y=X/100
C-D
12-13
Unavailable
---
---
E
14
Voltage
16bit unint
Y=X/100
F-17
15-23
Unavailable
---
---
18
24
Temperature
16bit int
Y=X/100
19
25
Humidity
16bit int
Y=X/100
1388
5000
DI0 count value
32bit uint
Enable when DIN0 as
counter mode
138A
5002
DI1 count value
32bit uint
Enable when DIN1 as
counter mode
138C
5004
DI2 count value
32bit uint
Enable when DIN2 as
counter mode
138E
5006
DI3 count value
32bit uint
Enable when DIN3 as
counter mode
In the description, each variable is defined as follows:
Y: True value
X: The value stored in the register
"Y=X/100" means: "real value = the value stored in the current register/100"
4) Read and Write, Holding Register (Function Code 03, Function Code 06, Function Code 16)
Register Address
Definition
Data Type
Description
Hexadecimal
Decimal