| 0 |
Volume Flow |
| 1 |
Normalized Flow |
| 2 |
Mass Flow |
| 3 |
Power |
| 4 |
Volume Totalizer |
| 5 |
Norm. Volume Totalizer |
| 6 |
Mass Totalizer |
| 7 |
FAD |
| 8 |
Energy Totalizer |
| 9 |
Temperature |
| 10 |
Pressure |
| 11 |
Density |
| 12 |
Volume Flow Unit |
| 13 |
Format |
| 14 |
Damping Value |
| 15 |
Unit Text |
| 16 |
Offset |
| 17 |
Coefficient |
| 18 |
Unit Flow |
| 19 |
User Defined Unit For Flow |
| 20 |
User Defined Offset For Volume Flow |
| 21 |
User Defined Coefficient For Volume Flow |
| 22 |
Unit for measured process value, sensor range, sensor limits |
| 23 |
Defines format specifier for measurements and configuration parameters having measurements units: "Full Scale" and sensor limits.
Affects only HART ® applications (HC375 screens, AMS faceplates/views, PDM.) but not instrument local display. |
| 24 |
Auto |
| 25 |
0 digs after point |
| 26 |
1 dig after point |
| 27 |
2 digs after point |
| 28 |
3 digs after point |
| 29 |
4 digs after point |
| 30 |
5 digs after point |
| 31 |
Exponential |
| 32 |
No display |
| 33 |
.0f |
| 34 |
.1f |
| 35 |
.2f |
| 36 |
.3f |
| 37 |
.4f |
| 38 |
.5f |
| 39 |
6e |
| 40 |
g |
| 41 |
Range Unit |
| 42 |
KJ/h |
| 43 |
Kilo Joules per hour. |
| 44 |
Normalized Volume Flow Unit |
| 45 |
Mass Flow Unit |
| 46 |
Power Rate Unit |
| 47 |
User Defined Unit For Power Rate |
| 48 |
User Defined Offset For Power Rate |
| 49 |
User Defined Coefficient For Power Rate |
| 50 |
Volume Totalizer Unit |
| 51 |
reaction of the measurement value according to process changes; after this time the output value increases to 63% of change in process. |
| 52 |
Unit Totalizer |
| 53 |
User Defined Unit For Totalizer |
| 54 |
User Defined Offset For Volume Totalizer |
| 55 |
User Defined Coefficient For Volume Totalizer |
| 56 |
CuMtr |
| 57 |
cubic meters |
| 58 |
Normalized Volume Totalizer Unit |
| 59 |
Mass Totalizer Unit |
| 60 |
FAD (Free Air Delivery) |
| 61 |
FAD Rate Unit |
| 62 |
User Defined Unit For FAD Rate |
| 63 |
User Defined Offset For FAD Rate |
| 64 |
User Defined Coefficient For FAD Rate |
| 65 |
Energy Totalizer Unit |
| 66 |
User Defined Unit For Energy Totalizer |
| 67 |
User Defined Offset For Energy Totalizer |
| 68 |
User Defined Coefficient For Energy Totalizer |
| 69 |
KJ |
| 70 |
Kilo Joules |
| 71 |
Temperature Unit |
| 72 |
User Defined Unit For Temperature |
| 73 |
User Defined Offset For Temperature |
| 74 |
User Defined Coefficient For Temperature |
| 75 |
Pressure Unit |
| 76 |
User Defined Unit For Pressure |
| 77 |
User Defined Offset For Pressure |
| 78 |
User Defined Coefficient For Pressure |
| 79 |
Unit for measured process value, sensor range, sensor limits
Unit can be gauge or absolute pressure. Verify on Devicedisplay |
| 80 |
atm |
| 81 |
atmospheres |
| 82 |
Lbf/SqFt |
| 83 |
poundforce per square foot |
| 84 |
Density Unit |
| 85 |
User Defined Unit For Density |
| 86 |
User Defined Offset For Density |
| 87 |
User Defined Coefficient For Density |
| 88 |
If activated the field device does not accept any changes; e.g. causes that actions on some commands can not occur |
| 89 |
TOKYO KEISO |
| 90 |
VFC 070 |
| 91 |
QV |
| 92 |
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. Please use the "Vortex Sizing Tool" for calculation Value of Upper Range. |
| 93 |
8.3f |
| 94 |
Digital to Analog Trim - Allows the calibration of a selected Analog Output with an external reference at the operating endpoint of the Analog Output. |
| 95 |
Number of preambles required from the host request by the field device. |
| 96 |
Free text stored in the field device, it is recommended to use it as a unique label for the field device in the plant |
| 97 |
Free text stored in the field device, there is no specific recommended use |
| 98 |
Free text stored in field device; there is no specific recommended use |
| 99 |
Uniquely identifies the field device when combined with the manufacturer identification and device type. Therefore this variable cannot be modified by the host user |
| 100 |
Revision of the universal device description that the field device conforms to. |
| 101 |
Revision of the specific device description that the field device conforms to |
| 102 |
Revision that corresponds to the electronics hardware of the field device. |
| 103 |
Gregorian calendar date stored in the field device; there is no specific recommended use |
| 104 |
Free number stored in field device; there is no specific recommended use |
| 105 |
8u |
| 106 |
Address used by the host to identify a field device in Multidrop Mode; any address from 1 to 15 sets the analog output to a fixed value of about 4 mA |
| 107 |
Field device status: data indicating that the field device has detected condition(s) in the field device relating to: its hardware the validity of a variable its operating status an internal process. |
| 108 |
Device Status |
| 109 |
QV is |
| 110 |
Quaternary Index into Dynamic Variables Array: An index location that indicates which Field Device dynamic variable has been mapped into the Quaternary Variable dynamic variable. |
| 111 |
Device Diag 1 |
| 112 |
High Vortex Frequency |
| 113 |
Low Vortex Frequency |
| 114 |
High Vortex Signal |
| 115 |
Low Vortex Signal |
| 116 |
Bad Signal |
| 117 |
No Vortex Signal |
| 118 |
Piezo Amplifier Failure |
| 119 |
No Full Scale Calibration Of Analog Output |
| 120 |
Reserved (read as 0) |
| 121 |
No Error |
| 122 |
Device Diag 2 |
| 123 |
Pressure Greater than max. allowed Pressure |
| 124 |
Pressure Sensor failure |
| 125 |
Temperature Sensor open |
| 126 |
Temperature Sensor short |
| 127 |
Temperature Greater than max. allowed Temperature |
| 128 |
Temperature Less than min. allowed Temperature |
| 129 |
Flow Greater than max. Flow |
| 130 |
Flow Less than min. Flow |
| 131 |
Switch B1 |
| 132 |
Reserved. |
| 133 |
Switch B2 |
| 134 |
Device diag 1 |
| 135 |
Low Flow Cutoff |
| 136 |
Below the Low flow cut off the output variables are set to zero, ie in analog mode current output sets to 4 mA. |
| 137 |
invalid_meter_option |
| 138 |
Totalizer Select |
| 139 |
Totalizer Control |
| 140 |
Counter Option |
| 141 |
Stop / Resumes the counter for the Totalized Flow Rate |
| 142 |
Reset Totalizer |
| 143 |
Reset Counter Flow |
| 144 |
Resets the Counter Value for the Totalized Flow Rate to zero value |
| 145 |
Reset Counter Energy |
| 146 |
Firmware Version |
| 147 |
Module's firmware identification number. |
| 148 |
Firmware Revision |
| 149 |
Module's firmware revision number. |
| 150 |
Serial Number |
| 151 |
Serial Number of complete Device |
| 152 |
invalid_transmitter_variable |
| 153 |
Type of Meter |
| 154 |
Basic Meter |
| 155 |
Standard Meter For Steam |
| 156 |
Gross Heat Meter |
| 157 |
Standard Meter For Gas |
| 158 |
FAD Meter |
| 159 |
Measuring Instrument |
| 160 |
Type of flow measurement |
| 161 |
Volume Flow |
| 162 |
Norm.Volume Flow |
| 163 |
Mass Flow |
| 164 |
Select Measuring Instrument |
| 165 |
Type of Fluid |
| 166 |
Steam |
| 167 |
Gas |
| 168 |
Liquid |
| 169 |
Password |
| 170 |
Write Protection |
| 171 |
if activated the field device does not accept any changes; e.g. causes that actions on some commands can not occur |
| 172 |
Change Writeprotect |
| 173 |
if activated the field device does not accept any changes; e.g. causes that actions on some commands can not occur |
| 174 |
Status Temp. Sensor |
| 175 |
Status of internal Temp. Sensor |
| 176 |
disabled |
| 177 |
enabled |
| 178 |
Temperature Oper. |
| 179 |
Mean (average) Operating Temperature of the Medium |
| 180 |
Temperature Norm. |
| 181 |
Standard condition for Temperature |
| 182 |
Status Press. Sensor |
| 183 |
Status of internal Pressure Sensor |
| 184 |
internal |
| 185 |
none |
| 186 |
Pressure Oper. |
| 187 |
Mean (average) Operating Pressure of the Medium |
| 188 |
Pressure Norm. |
| 189 |
Standard condition for Pressure |
| 190 |
Sat. P/T |
| 191 |
For saturated steam, only one of the operating temperature or pressure is needed for density calculation |
| 192 |
sat. T |
| 193 |
sat. P |
| 194 |
Density Oper. |
| 195 |
Density of the Medium at operating conditions (Pressure and Temperature) |
| 196 |
Density Norm. |
| 197 |
Density of the Medium at normal conditions (Pressure and Temperatur) |
| 198 |
|
| 199 |
free number stored in field device; there is no specific recommended use |
| 200 |
Write Variables |
| 201 |
method1 |
| 202 |
Check MeterType and FluidType |
| 203 |
|
| 204 |
TV is |
| 205 |
Tertiary Index into Dynamic Variables Array: An index location that indicates which Field Device dynamic variable has been mapped into the Tertiary Variable dynamic variable. |
| 206 |
Master Reset |
| 207 |
Performs a Software Reset; The Field Device Starts Up New; This could take a few minutes. While performing the Reset, the device is not able to communicate. |
| 208 |
Reset Conf.Flag |
| 209 |
Reset of the HART 'Configuration Changed' flag. |
| 210 |
Offline Device Selection |
| 211 |
Devicetype Selection. This method set Parameters 'Type of Meter' and 'Type of Fluid'. This Parameters are not writeable in device. Errors in this settings can cause misconfiguration in device. Only for offline operation useable. |
| 212 |
Default Device |
| 213 |
Change Device |
| 214 |
Device Selection Method |
| 215 |
Devicetype Selection. Only for offline operation useable. |
| 216 |
Dynamic Variables |
| 217 |
Process Variables |
| 218 |
Analog Output |
| 219 |
Quick Setup |
| 220 |
Test / Info |
| 221 |
Setup |
| 222 |
I/O |
| 223 |
Totalizer Flow |
| 224 |
Totalizer Energy |
| 225 |
I/O HART |
| 226 |
Sensorlimits |
| 227 |
PV Sensorlimits |
| 228 |
TV Sensorlimits |
| 229 |
QV Sensorlimits |
| 230 |
Transmitter Units |
| 231 |
HART Variables |
| 232 |
Deviceidentification |
| 233 |
Quit/Reset |
| 234 |
Revisions |
| 235 |
Fluid Medium |
| 236 |
Process Offline |
| 237 |
Only for offline operation useable. |
| 238 |
Operating Settings |
| 239 |
Process Variables |
| 240 |
Y t Diagram |
| 241 |
Y t Diagram for PV |
| 242 |
Device |
| 243 |
Device Status |
| 244 |
Secondary Analog Channel Fixed |
| 245 |
Tertiary Analog Channel Fixed |
| 246 |
Quaternary Analog Channel Fixed |
| 247 |
Quinary Analog Channel Fixed |
| 248 |
Wireless |
| 249 |
WirelessHART Device |
| 250 |
Secondary Analog Channel Saturated |
| 251 |
Tertiary Analog Channel Saturated |
| 252 |
Quaternary Analog Channel Saturated |
| 253 |
Quinary Analog Channel Saturated |
| 254 |
IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation |
| 255 |
Analog Input Channel |
| 256 |
Analog Output Channel |
| 257 |
Device Variable |
| 258 |
Counter |
| 259 |
Stop;Resume |
| 260 |
Are you sure? |
| 261 |
No;Yes |
| 262 |
Flowcounter stopped successfully |
| 263 |
Flowcounter started successfully |
| 264 |
Energycounter stopped successfully |
| 265 |
Energycounter started successfully |
| 266 |
Counters are set to zero. |
| 267 |
Password please... |
| 268 |
var_passw |
| 269 |
Writeprotection changed. |
| 270 |
The density has got influence on the Sensorlimits. A fitment of the parameter "PV URV" is mandatory. |
| 271 |
TEST |
| 272 |
Offlineconfiguration are incorrect. Device contains after upload wrong dataset and does not work correctly. Continue upload? |
| 273 |
Reset is done |
| 274 |
OK |
| 275 |
This method set Parameters 'Type of Meter' and 'Type of Fluid'. This Parameters are not writeable in device. Errors in this settings can cause misconfiguration in device. Only useable for offlineoperating. Are you sure? |
| 276 |
Please select Metertype |
| 277 |
Basic Meter ;Standard Meter for Steam;Gross Heat Meter ;Standard Meter for Gas ;FAD Meter |
| 278 |
Please select Fluidtype |
| 279 |
Steam ;Gas ;Liquid |
| 280 |
Please select Measuringtype |
| 281 |
Volume Flow ;Mass Flow |
| 282 |
Volume Flow ;Norm.Volume Flow ;Mass Flow |
| 283 |
Please select TV |
| 284 |
Temperature ;Density |
| 285 |
Please select QV |
| 286 |
Temperature ;Pressure ;Density |
| 287 |
Volume Flow ;Mass Flow ;Power |
| 288 |
Temperature ;Pressure ;Density ;FAD |