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Name | ID | Label | Description | Type | Access | Class |
---|---|---|---|---|---|---|
FLOW_RefDensityForcing_1 | 40B4 | Select reference density | Select the reference density to use to calculate the corrected volume flow. | R/W | Enum | 2048 |
FLOW_ReferenceTemperature_1 | 40B5 | Reference temperature | Enter a reference temperature to calculate the reference density. | R/W | Float | 2048 |
FLOW_SimulationSelector_1 | 40B6 | Assign simulation process variable | Select a process variable for the simulation, thereby activating it. | R/W | Enum | 2048 |
FLOW_SimulationValue_1 | 40B7 | Process variable value | Enter the simulation value for the selected process variable. Processing of measured values downstream as well as the signal ouput follow this value. In this way, it is possibe to verify whether the measuring device has been configured correctly. Additional information: The applicable unit of measure is specified in the "System units" submenu. | R/W | Float | 2048 |
Unit_Variable_FLOW_SimulationValue_1 | 40B8 | R | Enum | 2048 | ||
FLOW_SquareExpansionCoeff_1 | 40BB | Square expansion coefficient | Enter a quadratic, medium-specific expansion coefficient to calculate the reference density. Additional information: For a medium with a linear expansion pattern, use the "Linear expansion coefficient" parameter instead. | R/W | Float | 2048 |
FLOW_Temperature_1 | 40BC | Temperature | Displays the medium temperature currently measured. Additional information: The applicable unit of measure is specified in the "System units" submenu. | R | Float | 2 |
FLOW_TemperatureDampingTime_1 | 44F6 | Temperature damping | Enter time constant for temperature damping (PT1 element). - Value = 0: No damping - Value > 0: Damping increases Additional information: Damping is implemented by means of a proportional transmission behavior with first order delay (PT1 element). | R/W | Float | 2048 |
FLOW_TemperatureOffset_1 | 44F7 | Temperature offset | Enter the offset by which to shift the zero point for temperature. Additional information: The applicable unit of measure is K. | R/W | Float | 2048 |
FLOW_TemperatureScale_1 | 44F8 | Temperature factor | Enter the multiplication factor to apply to the temperature value. | R/W | Float | 2048 |
Name | ID | Label | Description | Type | Access | Class |