| 0 |
2211Cond |
| 1 |
KNICK |
| 2 |
Address |
| 3 |
Message |
| 4 |
Tag |
| 5 |
Descriptor |
| 6 |
Date |
| 7 |
Assembly Num |
| 8 |
Error Status |
| 9 |
Field Device Error Status- Failure messages of the Field Device are listed |
| 10 |
Err 01 Sensor |
| 11 |
Err 02 LF>3500mS |
| 12 |
Err 03 Temp Val. |
| 13 |
Err 11 I < 3.8mA |
| 14 |
Err 12 I >20.5mA |
| 15 |
Err 13 Loop Span |
| 16 |
Err 98 Conf Data |
| 17 |
Err 99 Data Lost |
| 18 |
Smiley Sad |
| 19 |
Smiley Sad - Correct measurment is no longer ensured. Sensoface provides information on wear and required maintance. However, device continues operation with seriously diminished accuracy. |
| 20 |
Conc |
| 21 |
Err 33 |
| 22 |
Err Cell Constant |
| 23 |
SAL |
| 24 |
TC |
| 25 |
Analog Out Sat. |
| 26 |
HOLD mode |
| 27 |
Analog Outputs of the Field Device are fixed in HOLD mode. The analog and digital Analog Outputs for the Dynamic Variable are held at a constant value. They will not respond to the applied process. |
| 28 |
HOLD Mode |
| 29 |
Resp. Preambles |
| 30 |
Device Status |
| 31 |
Device status and mode |
| 32 |
Configuration |
| 33 |
Calibration |
| 34 |
Sample was taken |
| 35 |
Online |
| 36 |
Process Variables |
| 37 |
Diagnosis |
| 38 |
Device Data |
| 39 |
Cal. Setup |
| 40 |
Service |
| 41 |
Review |
| 42 |
Temp Setup |
| 43 |
Conf: Output |
| 44 |
Output Setup |
| 45 |
Alarm Setup |
| 46 |
Sensors |
| 47 |
Review: Conf/Cal |
| 48 |
Device Information |
| 49 |
mA Output (lin) |
| 50 |
mA Output (log) |
| 51 |
Upload Variables |
| 52 |
Dummy1Byte |
| 53 |
Dummy4Byte |
| 54 |
Sel. Code Index |
| 55 |
|
| 56 |
Sel. Code Index e |
| 57 |
Selection Codes |
| 58 |
Input Selection Code |
| 59 |
TC Selection Code |
| 60 |
Output Function Code |
| 61 |
Diag. Code |
| 62 |
Output Selection Code |
| 63 |
Conc Solution |
| 64 |
Conf.4 Sel. Code |
| 65 |
Invalid Transmitter Variable |
| 66 |
Invalid Unit Code |
| 67 |
Busy |
| 68 |
PV Unit |
| 69 |
µS |
| 70 |
mS |
| 71 |
MOhm |
| 72 |
g/kg |
| 73 |
% |
| 74 |
Sm |
| 75 |
5.3f |
| 76 |
5.2f |
| 77 |
5.1f |
| 78 |
4.0f |
| 79 |
4.1f |
| 80 |
PV USL |
| 81 |
PV LSL |
| 82 |
Min. Span |
| 83 |
You can choose the kind of dependence of the current from the digital value |
| 84 |
Number |
| 85 |
SV |
| 86 |
Temperature for conductivity temperature compensation if applied |
| 87 |
°C |
| 88 |
°F |
| 89 |
5.0f |
| 90 |
SV USL |
| 91 |
SV LSL |
| 92 |
Cond |
| 93 |
Conductivity, temperature compensated if applied |
| 94 |
Resist |
| 95 |
Specific resistance, temperature compensated if applied |
| 96 |
Temp |
| 97 |
Salinity |
| 98 |
Salinity calculated from conductivity and temperature |
| 99 |
Conductance Value |
| 100 |
Conductance Value without TK |
| 101 |
Concentration |
| 102 |
Concentration Value for the selected solution |
| 103 |
PV AO |
| 104 |
PV % |
| 105 |
Linear TC |
| 106 |
Linear temperature coefficent used to compute the temperature compensated conductivity if applied |
| 107 |
%/K |
| 108 |
HOLD Fix Value |
| 109 |
Specify fixed output current in HOLD mode |
| 110 |
PV Range/Unit |
| 111 |
Select display format |
| 112 |
0.000 µS |
| 113 |
00.00 µS |
| 114 |
000.0 µS |
| 115 |
0000 µS |
| 116 |
0.000 mS |
| 117 |
00.00 mS |
| 118 |
000.0 mS |
| 119 |
0.000 MOhm |
| 120 |
00.00 MOhm |
| 121 |
000.0 MOhm |
| 122 |
000.0 SAL |
| 123 |
00.00 % |
| 124 |
USP |
| 125 |
0.000 S/m |
| 126 |
00.00 S/m |
| 127 |
Sensor Selection |
| 128 |
Select used electrode cell |
| 129 |
2-EL |
| 130 |
4-EL |
| 131 |
Temp Unit |
| 132 |
Select the temperature unit |
| 133 |
Temp Probe |
| 134 |
Select the temperature source |
| 135 |
Pt100 |
| 136 |
Pt1000 |
| 137 |
NTC100k |
| 138 |
NTC30k |
| 139 |
NTC8.55k |
| 140 |
Temp Compensation |
| 141 |
Select temp compensation |
| 142 |
OFF |
| 143 |
LIN |
| 144 |
NLF |
| 145 |
-01- FCT (NaCl) |
| 146 |
-02- FCT (HCl) |
| 147 |
-03- FCT (NH3) |
| 148 |
Characteristic |
| 149 |
Select current characteristic |
| 150 |
Lin |
| 151 |
Log |
| 152 |
Log: Lower Range |
| 153 |
Select lower current range for log |
| 154 |
0.1 µS/mS/MOhm |
| 155 |
1.000 µS/mS/MOhm |
| 156 |
10.00 µS/mS/MOhm |
| 157 |
100.0 µS/mS/MOhm |
| 158 |
1000 µS/mS/MOhm |
| 159 |
0.1 µS/mS/Sm/MOhm |
| 160 |
1.000 µS/mS/Sm/MOhm |
| 161 |
10.00 µS/mS/Sm/MOhm |
| 162 |
100.0 µS/mS/Sm/MOhm |
| 163 |
1000 µS/mS/Sm/MOhm |
| 164 |
0.1 µS/0.001 Sm |
| 165 |
1.0 µS/0,01 Sm |
| 166 |
10.0 µS/0,1 Sm |
| 167 |
100.0 µS/1,0 Sm |
| 168 |
1.0 mS/10,0 Sm |
| 169 |
10.0 mS/100.0 Sm |
| 170 |
100.0 mS |
| 171 |
1000.0 mS |
| 172 |
Log: Upper Range |
| 173 |
Select upper current range for log |
| 174 |
Sensocheck |
| 175 |
Sensocheck continously monitors the sensor |
| 176 |
Off |
| 177 |
On |
| 178 |
Cell Constant |
| 179 |
Cell constant according to data sheet or calibration |
| 180 |
1/cm |
| 181 |
6.4f |
| 182 |
22mA on Error |
| 183 |
Switch 22mA signal for error message on or off |
| 184 |
HOLD Last/Fix |
| 185 |
The output current behavior in the HOLD mode can be specified. Last- The output current is frozen at its last value, Fix- A constant value from 3.8mA to 22mA |
| 186 |
Last Value |
| 187 |
Fixed Current |
| 188 |
Select the process solution |
| 189 |
01: NaCl |
| 190 |
02: HCl |
| 191 |
03: NaOH |
| 192 |
04: H2SO4 |
| 193 |
05: HNO3 |
| 194 |
Sample |
| 195 |
Calibration with Sampling to determine the electrode zero point |
| 196 |
Output Filter |
| 197 |
Filtertime of output current |
| 198 |
s |
| 199 |
Alarm Delay |
| 200 |
Alarm delay time of alarm signal |
| 201 |
Alarm LED Hold |
| 202 |
Alarm LED Hold:
Para. Alarm Hold on : on off : off |
| 203 |
Loop Test |
| 204 |
Select the PV Unit |
| 205 |
Select 2-electrode cell or 4-electrode cell |
| 206 |
Select the temperature unit for HART and local display |
| 207 |
Select the temperature sensor probe |
| 208 |
The displayed conductivity value is calculated from measured data and TC (not with SAL) |
| 209 |
Select linear or logarithmic meas. value / output current relation |
| 210 |
Select log lower range value (only with log) |
| 211 |
Select log upper range value (only with log) |
| 212 |
Sensocheck continuously monitors the sensor |
| 213 |
Self Test |
| 214 |
Performs transmitter self test |
| 215 |
Master Reset |
| 216 |
Performs master reset in the Field Device |
| 217 |
Reset Configuration Changed Sign |
| 218 |
Performs reset of configuration changed sign in the Field Device |
| 219 |
Take Sample |
| 220 |
Sample Calibration Sequence Take Sample |
| 221 |
Input Lab Sample |
| 222 |
Sample Calibration Sequence Input Lab Sample |
| 223 |
FMU860 |
| 224 |
DT |
| 225 |
DVC |
| 226 |
FCX |
| 227 |
AS800 |
| 228 |
340T |
| 229 |
340C |
| 230 |
344 |
| 231 |
Siemens Micro K |
| 232 |
SITRANS L |
| 233 |
SIPAN PH |
| 234 |
SITRANS P |
| 235 |
75SMT |
| 236 |
UNIDELTA |
| 237 |
8320 |
| 238 |
SX5100 |
| 239 |
TSV175 |
| 240 |
DMU |
| 241 |
3780 |
| 242 |
BM70 |
| 243 |
8u |
| 244 |
Sample calibration via HART not available for device software before V4.0.
Press OK to finish |
| 245 |
WARNING: Configuration was abborted!
ACTION: Repeat this step. |
| 246 |
to change the PV Unit, use Configuration Properties |
| 247 |
- %{0} - |
| 248 |
2-EL;4-EL |
| 249 |
°C;°F |
| 250 |
Pt100;Pt1000;NTC30k;NTC8.55k |
| 251 |
Pt100;Pt1000;NTC100k;NTC30k |
| 252 |
Temp Compensation (not with SAL) |
| 253 |
OFF;LIN;NLF;-01- FCT (NaCl);-02- FCT (HCl);-03- FCT (NH3) |
| 254 |
Lin;Log |
| 255 |
Log: Lower Range |
| 256 |
0.1 µS/mS/MOhm;1.000 µS/mS/MOhm;10.00 µS/mS/MOhm;100.0 µS/mS/MOhm;1000 µS/mS/MOhm |
| 257 |
Log: Upper Range |
| 258 |
Off;On |
| 259 |
Last Value;Fixed Current |
| 260 |
Press OK to perform transmitter self test |
| 261 |
Self test is running please wait |
| 262 |
Press OK to perform master reset |
| 263 |
Master reset is running please wait |
| 264 |
Press OK to reset configuration changed sign |
| 265 |
Sample Calibration in measure Mode Concentration, not allowed. Please Choose another measure unit. |
| 266 |
Take a sample from the process and measure its value in the lab, for example. |
| 267 |
Note that the meassured value of the sample is temperature dependent. |
| 268 |
Therefore, laboratory measurement should be performed at the sample temperature shown in the display, if possible. |
| 269 |
As far as possible, you should transport the sample in an insulated container (Dewar). |
| 270 |
The meassured value may also be altered due to escaping of volatile substances. |
| 271 |
Press OK to show measured value. |
| 272 |
WARNING: Device is in calibration or configuration, no sample calibration allowed! |
| 273 |
ACTION: Leave device calibration or configuration and repeat this step. |
| 274 |
WARNING: Sample was already taken. If you call <Take Sample> twice then the first sample will be lost! |
| 275 |
ACTION: Confirm discarding the first sample. |
| 276 |
Press OK to discard the first sample |
| 277 |
Actual measured values:
%{0} MOhm
%{2} %{3}
|
| 278 |
Actual measured values:
%{4} %{1}
%{2} %{3}
|
| 279 |
Press OK finish
WARNING: Sample calibration was abborted! |
| 280 |
ACTION: Repeat this step. |
| 281 |
Enter the measured lab value. The new zero point is automatically calculated and stored. |
| 282 |
The values obtained by sample calibration are always accepted, even if they are outside calibration limits! |
| 283 |
Press OK to enter lab value |
| 284 |
WARNING: Device is in calibration or configuration, no sample calibration allowed |
| 285 |
WARNING: No sample was taken, no sample calibration allowed |
| 286 |
ACTION: First call <Take Sample> and then <Input Lab Sample>. |
| 287 |
Press OK finish |
| 288 |
Enter the lab value (%{0}) : |
| 289 |
fval2 |
| 290 |
Enter the lab COND value (%{0}) : |
| 291 |
fval |
| 292 |
WARNING: Sample calibration was abborted!
ACTION: Repeat this step |