85 (148)
The Device also features an M-Bus interface.
•
8 digital inputs (named
Input 0
-
Input 7
)
•
8 analog inputs (named
Analog Input 0
-
Analog Input 7
) Each analog input supports two
modes that can be configured through the I/O configuration page:
–
The
voltage
mode which delivers a value between 0 and 10.100 mV (±100 mV),
representing a voltage between GND and VCC.
–
The
current
mode which delivers a value between 0 and 25.000 µA (±100 µA),
representing the current between GND and VCC.
•
Power supply status (named
Power Supply
)
•
8 digital outputs (named
Output 0
-
Output 7
)
•
4 digital inputs (named
Input 0
-
Input 3
)
•
4 analog inputs (named
Analog Input 0
-
Analog Input 3
) Each analog input supports two
modes that can be configured through the I/O configuration page:
–
The
voltage
mode which delivers a value between 0 and 10.100 mV (±100 mV),
representing a voltage between GND and VCC.
–
The
current
mode which delivers a value between 0 and 25.000 µA (±100 µA),
representing the current between GND and VCC.
•
2 RTD sensor inputs (named
Temp Sensor 0
-
Temp Sensor 1
) Each RTD (
resistance
temperature detector
) sensor input supports three modes that can be configured through
the I/O configuration page. This configuration modes are used to translate the RTD
generated input value to Celsius based on the sensor type. Values are measured in m°C. The
driver supports the following sensors:
–
PT100
: +850 °C – -200 °C
–
PT500
: +850 °C – -200 °C
–
PT1000
: +500 °C – -80 °C
•
Power supply status (named
Power Supply
)
•
4 digital outputs (named
Output 0
-
Output 3
)
•
2 analog outputs (named
Analog Output 0
-
Analog Output 1
) Each analog output can
deliver a value between 0 and 10.560 mV (±100 mV) based on the input value.
Using
1500
as input the output will generate an electric potential difference of 1.5 V or
1500 mV with the analog ground port.
•
4 digital inputs (named
Input 0
-
Input 3
)
Anybus Edge Gateway Reference Guide
SCM-1202-154 1.0 en-US
