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Current value flags are DI type (Digital Input). The measurement type is ACT Flag.
Note: The No missing data <blank> flag can be configured using the character _ (underline) for clarity.
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Flags of averages are values of DI type (Digital Input). Measurement type is 1mAV Flag for 1m averages, 15mAV Flag for 15m averages, 30mAV Flag for 30m averages, and 60mAV Flag for 60m averages. A channel number is a decimal number within the range of 0..99 (see the note about channel addressing).
Note: The No missing data <blank> flag can be configured using the character _ (underline) for clarity.
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Calibration results are values of the AI type (Analog Input). The measurement type is CALIB Ph1 for acquiring the value of Average During Zero value or CALIB Ph2 for acquiring the value of Average During Span1. Channel The channel number is a decimal number within the range of 0...99 (see the note about channel addressing).
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Note:
The value of Average During Span2 is also returned during reading - the value has always been -999 (invalid value) in a specific application. If the value of the parameter is needed by any other application, the protocol needs to be extended.
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Mathematic constants are values of the AO type (Analog Output). The measurement type is MATH. Constant A constant number is a decimal number within the range of 0...99.
Warning: Mathematic constants can't be read, so their current value is the value last written or unknown (after D2000 system restart).
Note: D2000 supports extended mathematic constants addressing syntax, which allows addressing mathematic constants 0-359, with mathematic constants 0-99 backward compatible with standard addressing.
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Relay outputs are values of the DOUT type (Digital Output). The measurement type is Relay Output. The An output number is a decimal number within the range of 0...999.
Warning: State (value) of relay outputs can't be read, so their current value is the value last written or unknown (after D2000 system restart). Reading values can be enabled by binding relay outputs with digital inputs and then by controling controlling the state of the relay outputs using the digital inputs.
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