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| MOD-MUX |
MM1AI2RO
outputs. The input rangecan be configured for a current input of 0(4)
- 20mA or a voltage input of 0(1) - 5V DC or 0(2) - 10V DC.
The corresponding 12 bit raw value ( 0 - 4095) is read out of the
Modbus registers. This raw value can be scaled by setting the zero
and span registers to calculate a process value. The process value
can be read out of the Modbus registers as a value between - 32767
and 32767 or as a floating point value using the IEEE754 notation.
The filter parameters can also be configured by writing to Modbus
registers.The alarms operate from the process values. A number of
alarm modes can be configured depending on the application.
Alarm setpoints, hysteresis and delays are configured by writing to
the Modbus registers. The alarms can also be operated manually by
controlling the Modbus registers over the network.
- 20mA or a voltage input of 0(1) - 5V DC or 0(2) - 10V DC.
The corresponding 12 bit raw value ( 0 - 4095) is read out of the
Modbus registers. This raw value can be scaled by setting the zero
and span registers to calculate a process value. The process value
can be read out of the Modbus registers as a value between - 32767
and 32767 or as a floating point value using the IEEE754 notation.
The filter parameters can also be configured by writing to Modbus
registers.The alarms operate from the process values. A number of
alarm modes can be configured depending on the application.
Alarm setpoints, hysteresis and delays are configured by writing to
the Modbus registers. The alarms can also be operated manually by
controlling the Modbus registers over the network.
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