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Name ID Label Description Type Access Class
deviceID 4009 Device ID R Enum 4096
xmtr_specific_status_id 40BA Highest priority alarm Highest priority alarm R BitEnum 2048
xmtr_specific_status_classification 40BB Highest priority alarm - classification Highest priority alarm - classification R BitEnum 2048
xmtr_specific_status_group 40BC Highest priority alarm - group Highest priority alarm - group R BitEnum 2048
upperRange_value 00EA PV URV Upper Range Value- Defines the operational endpoint from which the Analog Value, and the 100% point of the Percent Range are derived. In addition, the Upper Range Value defines an operational endpoint which the alarms associated with the Analog Value, and the alarms associated with the Digital Value representation are derived. R/W Float 32
lowerRange_value 00EB PV LRV Lower Range Value- Defines the operational endpoint from which the Analog Value, and the 0% point of the Percent Range are derived. In addition, the Lower Range Value defines an operational endpoint which the alarms associated with the Analog Value, and the alarms associated with the Digital Value representation are derived. R/W Float 32
pv_Value 402F PV R Float 10
pv_Units 40CE PV Snsr 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 8
pv_USL 40CF PV URV Upper Sensor Limit Value- Defines the maximum usable value for the Upper Range Value. R Float 8
pv_LSL 40D0 PV LSL Upper Sensor Limit Value- Defines the maximum usable value for the Upper Range Value. R Float 8
pv_Min_Span 40D1 Minimum Span Minimum Span Value- Defines the smallest allowable difference between the Upper Range Value and the Lower Range Value. R Float 8
pv_Damp 40D2 Damping Damping Value- Damping time constant applied to both the Digital Value representation and Analog Value of the respective Analog Output. The units of this variable are always in seconds. R/W Float 8
pv_SSN 400E Snsr s/n Sensor Serial Number- Uniquely identifies the sensor from which the Digital Value representation or Field Device variable is primarily derived. R/W Unsigned 2048
analog_value 4033 Output Current Analog Output Value- Value that tracks the Digital Value representation, under normal operating modes R/W Float 66
alarmSelection 40D3 AO Alrm typ Linearity determines the transfer function applied from the process variable to the analog output and its digital representation. Linearity could be set to Linear or Function-generator. R/W Enum 64
transfer_function 1F84 Linearity Transfer Function- Defines the transformation function that will be applied from the Field Device Variable to the Analog Output, and Percent Range. The Transfer Function does not affect the Digital Value representation. R/W Enum 32
percent_range 40D4 PV % rnge Percent of Range- Variable that tracks the Digital Value representation with respect to the range defined by the Lower Range Value and Upper Range Value, for normal operating modes. The units of this variable are always in percent. R Float 34
sv_Value 4030 Temperature (SV) Secondary variable temperature R Float 10
sv_Units 401F Temp. (SV) unit Secondary variable temperature engineering units R/W Enum 8
tv_Value 4032 Reference Impedance (TV) Tertiary variable sensor reference impedance value. R Float 10
tv_Units 40D5 Ref.Impd.(TV) unit Tertiary variable reference impedance engineering units R Enum 8
qv_Value 4031 Sensor Input (QV) Quaternary variable sensor input R Float 10
qv_Units 40D6 Sensor Input (QV) unit Quaternary variable sensor input engineering units R Enum 8
var_analyzerType 400F Analyzer type Primary Value type selection R/W Enum 8
var_phSensor 4016 pH sensor type Type of pH sensor. Valid for primary value type = pH R/W Enum 8
var_refImpedanceLimit 401E Ref. Impedance Limit The Reference Electrode Impedance that triggers a diagnostic condition. R/W Float 8
var_isopotentialPt 4017 Isopotential point The Isopotential Point is the potential of the sensor that is not affected by sample fluid temperature changes. When the PH_SENSOR_TYPE is Glass or Antimony, the Isopotential Point is READ_ONLY. Isopotential Point can be modified only for a Custom pH Sensor Type. Valid for primary value type = pH R/W Float 8
var_asymmetricPot 4018 Asymmetric Poten. The Asymmetric Potential value is the electrical potential across the measuring and reference half-cell of the sensor at the isopotential point. When PH_SENSOR_TYPE is Glass or Antimony, Asymmetric Potential is READ_ONLY. Asymmetric Potential can be modified only for Custom pH sensor type. Valid for primary value type = pH R/W Float 8
var_sensorDiag 401D Sensor diag. Sensor Diagnostics selection determines whether certain sensor diagnostics are enabled or disabled R/W Enum 8
var_valence 4019 Valence Ion valence ranging from -3 to +3. The valence determines the millivolt change per decade of concentration. Valid for primary value type = Ion Concentration R/W Enum 8
var_magnitudes 401A Magnitudes The number of magnitudes that defines the transmitter output. Valid for primary value type = Ion Concentration R/W Enum 8
var_endMag 401B End Magnitude End point magnitude that can be set to 10, 100 or 1000. Valid for primary value type = Ion Concentration R/W Enum 8
var_endMv 401C End mV End millivolt value associated with the end magnitude value. Valid for primary value type = Ion Concentration R/W Integer 8
var_tempSensorType 4024 Temp sensor type Temperature sensor type R Enum 8
var_tempARStatus 4026 TC Recognition Status Temp sensor recognition status. Device scans for TC at power up, when TC type is switched from MANUAL to AUTOMATIC, and when TC recognition is run through the appropriate menu. R Enum 8
tempCompType 4020 Temp compensation Determines the type of Temperature Compensation algorithm applied to the Primary Value R/W Enum 8
var_manualTemp 4021 Manual Temp Setpoint. Manual Temperature Compensation Value - is used in Nernstian temp. comp. when the Temp Comp selection is Manual R/W Float 8
var_pHSolnCoeff 4022 pH solution coeff The solution coefficient is in terms of pH units per 10 deg-C for the pH analyzer state and has a range of +/- 10 pH units per 10 deg-C. The solution coeff is used only when Auto-Solution temp comp is selected. R/W Float 8
var_mVSolnCoeff 4023 mV solution coeff The solution coefficient is in terms of millivolts per 10 deg-C for the ORP, pION and ion-conc states and has a range of +/-20 mV per 10 deg-C. The solution coeff is used only when Auto-Solution temp comp is selected. R/W Float 8
info_text1 4107 Enter all the transfer function points and then send the curve to the device Information indicating not to transmit individual curve points one at a time to the device R ASCII 4096
var_funcGenTableX1 40BE Function-gen x1 Function-generator curve x1 value (input value point 1 entered as a percentage of Primary value range). Valid only when Linearity is Function generator R/W Float 8
var_funcGenTableX2 40BF Function-gen x2 Function-generator curve x2 value (input value point 2 entered as a percentage of Primary value range). Valid only when Linearity is Function generator R/W Float 8
var_funcGenTableX3 40C0 Function-gen x3 Function-generator curve x3 value (input value point 3 entered as a percentage of Primary value range). Valid only when Linearity is Function generator R/W Float 8
var_funcGenTableX4 40C1 Function-gen x4 Function-generator curve x4 value (input value point 4 entered as a percentage of Primary value range). Valid only when Linearity is Function generator R/W Float 8
var_funcGenTableX5 40C2 Function-gen x5 Function-generator curve x5 value (input value point 5 entered as a percentage of Primary value range). Valid only when Linearity is Function generator R/W Float 8
var_funcGenTableY1 40C3 Function-gen y1 Function-generator curve y1 value (Analog output value point 1 entered as a percentage of Analog Output). Valid only when Linearity is Function generator R/W Float 8
var_funcGenTableY2 40C4 Function-gen y2 Function-generator curve y2 value (Analog output value point 2 entered as a percentage of Analog Output). Valid only when Linearity is Function generator R/W Float 8
var_funcGenTableY3 40C5 Function-gen y3 Function-generator curve y3 value (Analog output value point 3 entered as a percentage of Analog Output). Valid only when Linearity is Function generator R/W Float 8
var_funcGenTableY4 40C6 Function-gen y4 Function-generator curve y4 value (Analog output value point 4 entered as a percentage of Analog Output). Valid only when Linearity is Function generator R/W Float 8
var_funcGenTableY5 40C7 Function-gen y5 Function-generator curve y5 value (Analog output value point 5 entered as a percentage of Analog Output). Valid only when Linearity is Function generator R/W Float 8
Name ID Label Description Type Access Class