107
The general principle is: The same module may not be used for
both the input and the output signal. There are however some ex-
ceptions to that rule:
•
If the input signal is a current signal measured or generated
using the E module, then any quantity with the output method
HART may also be connected to the E module.
•
If when checking the required modules both the input and the
output module is ET, but the cells are grayed, check the table
below. It presents all supported combinations where both the
input signal and the output signal is connected to the ET mod-
ule.
Each row is a supported combination.
Supported input/output quantities and methods where both the
input signal and the output signal is connected to the ET module:
INPUT QUANTITY INPUT METHOD
OUTPUT QUANTITY
OUTPUT METHOD
Voltage
Generated
Low Voltage
ET Measured
Generated
TC Temperature
Measured
Generated
RTD Temperature
Measured
Low Voltage
ET Measured
RTD Temperature
Measured
ET Generated
RTD Temperature
Measured
Current
ET Generated
Low Voltage
ET Measured
ET Generated
TC Temperature
Measured
ET Generated
RTD Temperature
Measured
TC temperature
Measured
RTD Temperature
Measured
Controlled
RTD Temperature
Measured
Simulated
RTD Temperature
Measured
RTD temperature
Measured
TC Temperature
Measured
Controlled
TC Temperature
Measured
Simulated
TC Temperature
Measured
Frequency
Generated
Low Voltage
ET Measured
Generated
TC Temperature
Measured
Generated
RTD Temperature
Measured
Generated
Resistance
Measured
General
Summary of Contents for MC5P
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