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Name ID Label Description Type Access Class
signal_processing_samples 1F54 Samples Signal Processing Number of Samples- Number of input samples to be averaged. R/W Integer 32
signal_processing_percent 1F55 % rate Signal Processing Percent- This number sets up a limiting band around the average value to determine when an input sample is noisy. Inputs samples that are outside of this band are not included in the averaging algorithm. R/W Integer 32
signal_processing_limit 1F56 Time limit Signal Processing Limit- The limit factor is used to catch step changes in flow. If the input signals are either above, or below the average value for more than the limit time the output will be driven to the new level, and averaging will start over at this point. R/W Integer 32
flow_tube_calibration_number 1F58 Calib num Flow Tube Calibration Number- This number is uniquely associated with the flow tube, and is used to compensate for gain and zero shifts associated with the specific tube. The calibration number is calculated at the factory and is stamped on the flow tube. R/W ASCII 8
total_control 1F67 Totlizer cntrl Totalizer Control Code- Controls the operation of all available totalizers. W Enum 16
auxiliary_output 1F6A Auxiliary out Auxiliary output- Discrete switch closure output that signals either reverse or 0 flow through the flow tube. R/W Enum 1024
operate_mode 1F6D Operate mode Noise Supression- Level or mode of noise supression. R/W Enum 8
flow_units 1F7B PV unit Field Device Variable Unit- Engineering unit to be displayed with the Digital Value representation, Minimum Span, Upper Range Value, Lower Range Value, Lower Sensor Limit, and Upper Sensor Limit R/W Enum 32
flow_value 1F7C PV Field Device Variable Value- Digital value that changes magnitude with respect to time with no user intervention R/W Float 34
flow_analog_value 1F7D AO1 Valor de salida analógica: Valor que sigue la representación del valor digital, bajo modos de funcionamiento normales R/W Float 66
Name ID Label Description Type Access Class