0 |
GasCVD |
1 |
Manufacturer- References a specific manufacturer, which is usually a company name, that is responsible for the manufacture of this Field Device. |
2 |
Azbil Corporation |
3 |
Distributor- References the company that is responsible for the distribution of this Field Device to customers. |
4 |
Device profile |
5 |
Extended field device status |
6 |
device_specific_status_0_codes(0x01) |
7 |
Err.06 RAM fault |
8 |
Err.05 NVM fault |
9 |
device_specific_status_0_codes(0x08) |
10 |
device_specific_status_0_codes(0x10) |
11 |
device_specific_status_0_codes(0x20) |
12 |
device_specific_status_0_codes(0x40) |
13 |
device_specific_status_0_codes(0x80) |
14 |
Err.02 Sensor characteristic data fault |
15 |
Err.03 Suspect input |
16 |
device_specific_status_1_codes(0x04) |
17 |
device_specific_status_1_codes(0x08) |
18 |
device_specific_status_1_codes(0x10) |
19 |
device_specific_status_1_codes(0x20) |
20 |
device_specific_status_1_codes(0x40) |
21 |
device_specific_status_1_codes(0x80) |
22 |
Loop test in operation |
23 |
Fail safe simulation in operation |
24 |
STATUS output simulation in operation |
25 |
CALIB output simulation in operation |
26 |
device_specific_status_2_codes(0x10) |
27 |
device_specific_status_2_codes(0x20) |
28 |
device_specific_status_2_codes(0x40) |
29 |
device_specific_status_2_codes(0x80) |
30 |
PV > 105% |
31 |
PV < -5% |
32 |
Calibration failure |
33 |
Process alarm detected |
34 |
Sensor temp. alarm detected |
35 |
device_specific_status_3_codes(0x20) |
36 |
device_specific_status_3_codes(0x40) |
37 |
device_specific_status_3_codes(0x80) |
38 |
device_specific_status_4_codes(0x01) |
39 |
device_specific_status_4_codes(0x02) |
40 |
device_specific_status_4_codes(0x04) |
41 |
device_specific_status_4_codes(0x08) |
42 |
device_specific_status_4_codes(0x10) |
43 |
device_specific_status_4_codes(0x20) |
44 |
device_specific_status_4_codes(0x40) |
45 |
device_specific_status_4_codes(0x80) |
46 |
device_specific_status_5_codes(0x01) |
47 |
device_specific_status_5_codes(0x02) |
48 |
device_specific_status_5_codes(0x04) |
49 |
device_specific_status_5_codes(0x08) |
50 |
device_specific_status_5_codes(0x10) |
51 |
device_specific_status_5_codes(0x20) |
52 |
device_specific_status_5_codes(0x40) |
53 |
device_specific_status_5_codes(0x80) |
54 |
device_specific_status_14_codes(0x01) |
55 |
device_specific_status_14_codes(0x02) |
56 |
device_specific_status_14_codes(0x04) |
57 |
device_specific_status_14_codes(0x08) |
58 |
device_specific_status_14_codes(0x10) |
59 |
device_specific_status_14_codes(0x20) |
60 |
device_specific_status_14_codes(0x40) |
61 |
device_specific_status_14_codes(0x80) |
62 |
device_specific_status_15_codes(0x01) |
63 |
device_specific_status_15_codes(0x02) |
64 |
device_specific_status_15_codes(0x04) |
65 |
device_specific_status_15_codes(0x08) |
66 |
device_specific_status_15_codes(0x10) |
67 |
device_specific_status_15_codes(0x20) |
68 |
device_specific_status_15_codes(0x40) |
69 |
device_specific_status_15_codes(0x80) |
70 |
device_specific_status_16_codes(0x01) |
71 |
device_specific_status_16_codes(0x02) |
72 |
device_specific_status_16_codes(0x04) |
73 |
device_specific_status_16_codes(0x08) |
74 |
device_specific_status_16_codes(0x10) |
75 |
device_specific_status_16_codes(0x20) |
76 |
device_specific_status_16_codes(0x40) |
77 |
device_specific_status_16_codes(0x80) |
78 |
device_specific_status_17_codes(0x01) |
79 |
device_specific_status_17_codes(0x02) |
80 |
device_specific_status_17_codes(0x04) |
81 |
device_specific_status_17_codes(0x08) |
82 |
device_specific_status_17_codes(0x10) |
83 |
device_specific_status_17_codes(0x20) |
84 |
device_specific_status_17_codes(0x40) |
85 |
device_specific_status_17_codes(0x80) |
86 |
device_specific_status_18_codes(0x01) |
87 |
device_specific_status_18_codes(0x02) |
88 |
device_specific_status_18_codes(0x04) |
89 |
device_specific_status_18_codes(0x08) |
90 |
device_specific_status_18_codes(0x10) |
91 |
device_specific_status_18_codes(0x20) |
92 |
device_specific_status_18_codes(0x40) |
93 |
device_specific_status_18_codes(0x80) |
94 |
device_specific_status_19_codes(0x01) |
95 |
device_specific_status_19_codes(0x02) |
96 |
device_specific_status_19_codes(0x04) |
97 |
device_specific_status_19_codes(0x08) |
98 |
device_specific_status_19_codes(0x10) |
99 |
device_specific_status_19_codes(0x20) |
100 |
device_specific_status_19_codes(0x40) |
101 |
device_specific_status_19_codes(0x80) |
102 |
device_specific_status_20_codes(0x01) |
103 |
device_specific_status_20_codes(0x02) |
104 |
device_specific_status_20_codes(0x04) |
105 |
device_specific_status_20_codes(0x08) |
106 |
device_specific_status_20_codes(0x10) |
107 |
device_specific_status_20_codes(0x20) |
108 |
device_specific_status_20_codes(0x40) |
109 |
device_specific_status_20_codes(0x80) |
110 |
device_specific_status_21_codes(0x01) |
111 |
device_specific_status_21_codes(0x02) |
112 |
device_specific_status_21_codes(0x04) |
113 |
device_specific_status_21_codes(0x08) |
114 |
device_specific_status_21_codes(0x10) |
115 |
device_specific_status_21_codes(0x20) |
116 |
device_specific_status_21_codes(0x40) |
117 |
device_specific_status_21_codes(0x80) |
118 |
device_specific_status_22_codes(0x01) |
119 |
device_specific_status_22_codes(0x02) |
120 |
device_specific_status_22_codes(0x04) |
121 |
device_specific_status_22_codes(0x08) |
122 |
device_specific_status_22_codes(0x10) |
123 |
device_specific_status_22_codes(0x20) |
124 |
device_specific_status_22_codes(0x40) |
125 |
device_specific_status_22_codes(0x80) |
126 |
device_specific_status_23_codes(0x01) |
127 |
device_specific_status_23_codes(0x02) |
128 |
device_specific_status_23_codes(0x04) |
129 |
device_specific_status_23_codes(0x08) |
130 |
device_specific_status_23_codes(0x10) |
131 |
device_specific_status_23_codes(0x20) |
132 |
device_specific_status_23_codes(0x40) |
133 |
device_specific_status_23_codes(0x80) |
134 |
device_specific_status_24_codes(0x01) |
135 |
device_specific_status_24_codes(0x02) |
136 |
device_specific_status_24_codes(0x04) |
137 |
device_specific_status_24_codes(0x08) |
138 |
device_specific_status_24_codes(0x10) |
139 |
device_specific_status_24_codes(0x20) |
140 |
device_specific_status_24_codes(0x40) |
141 |
device_specific_status_24_codes(0x80) |
142 |
Config change counter |
143 |
Device ID |
144 |
Device ID- Uniquely identifies the Field Device when combined with the Manufacturer Identification and Device Type. Therefore, this variable cannot be modified by the Host user. |
145 |
Final assembly number |
146 |
Hardware revision |
147 |
Hardware revision- Revision that corresponds to the electronics hardware of the Field Device. |
148 |
Long Tag |
149 |
Maximum device variables |
150 |
Polling address |
151 |
Polling address- Address used by the Host to identify a Field Device. |
152 |
Num req preams |
153 |
Num res preams |
154 |
Software revision |
155 |
Software revision- This revision corresponds to the software or firmware, that is embedded in the Field Device. |
156 |
Device Tag |
157 |
Device Tag- Text that is associated with the Field Device installation. This text can be used by the user in any way. A recommended use is as a unique label to a plant that correlates to a Field Device label: a plant drawing, or on a Control System. This variable is also used as a type of data link layer address handle. |
158 |
Device revision |
159 |
Device revision- Revision of the Field Device Specific Device Description, that the Field Device conforms to. |
160 |
HART version |
161 |
HART version- Revision of the Universal Device Description, that the Field Device conforms to. |
162 |
PV(AO) |
163 |
PV(AO)- Loop Current. loop current value as perceived by the device. |
164 |
.3f |
165 |
7.4f |
166 |
LRV |
167 |
PV(%) |
168 |
PV(%)- 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. |
169 |
URV |
170 |
PV |
171 |
PV- Primary Variable.
Model No. and PV
1. CVM400-xxxxxx-xxx1-x
PV: SCV MJ/m3(Superior Calorific Value)
2. CVM400-xxxxxx-xxx4-x
PV: WI_Hs MJ/m3(Wobbe Index SCV)
3. CVM400-xxxxxx-xxx7-x
PV: ICV MJ/m3(Inferior Calorific Value)
4. CVM400-xxxxxx-xxxA-x
PV: WI_Hi MJ/m3(Wobbe Index ICV) |
172 |
Unit |
173 |
MJ/m3 |
174 |
MJ/m3- megajoule per cubic meter |
175 |
calorific value Dev fmly |
176 |
calorific value Class |
177 |
calorific value PDQ |
178 |
calorific value LS |
179 |
calorific value Fmly stat |
180 |
calorific value USL |
181 |
calorific value LSL |
182 |
calorific value minimum span |
183 |
Damping |
184 |
Damping- PV damping value is 0.000sec(fixed). |
185 |
8.3f |
186 |
calorific value Update Period |
187 |
s |
188 |
Serial number |
189 |
Serial number- Uniquely identifies the sensor from which the Digital Value representation or Field Device variable is primarily derived. |
190 |
7d |
191 |
calorific value Lower trim |
192 |
calorific value Upper trim |
193 |
calorific value Trim support |
194 |
calorific value Min lower trim |
195 |
calorific value Max lower trim |
196 |
calorific value Min upper trim |
197 |
calorific value Max upper trim |
198 |
calorific value Min trim diff |
199 |
PV Simulate |
200 |
|
201 |
Update Period |
202 |
Sensor temp. |
203 |
Sensor temp.- Temperature of sensor chip. |
204 |
.1f |
205 |
Sensor temp. unit |
206 |
Sensor temp. unit- Engineering unit to be displayed with Sensor Temperature. |
207 |
Sensor temp. dev fmly |
208 |
Sensor temp. Class |
209 |
Sensor temp. PDQ |
210 |
Sensor temp. LS |
211 |
Sensor temp. Dev Stat |
212 |
Sensor temp. USL |
213 |
Sensor temp. LSL |
214 |
Sensor temp. min span |
215 |
Sensor temp. Damping |
216 |
Sensor temp. Damping- Sensor temp. damping value is 0.000sec(fixed). |
217 |
Sensor temp. Update Period |
218 |
Temp. sensor serial number |
219 |
Sensor temp. Simulate |
220 |
Model No. |
221 |
Model No.- Shows the GasCVD model number. |
222 |
Production No. |
223 |
Production No.- Shows the GasCVD production identification number. |
224 |
GasCVD serial number |
225 |
GasCVD serial number- Shows the GasCVD serial number. |
226 |
8d |
227 |
GasCVD sensor serial number |
228 |
GasCVD sensor serial number- Shows the GasCVD sensor serial number. |
229 |
4d |
230 |
Operation S/W ver. |
231 |
Operation S/W ver.- GasCVD Operation software version number. |
232 |
OIML S/W ver. |
233 |
OIML S/W ver.- GasCVD OIML R140 compliant software version number. |
234 |
t1/t2 |
235 |
t1/t2- the reference temperatures for combustion and metering, respectively. (ISO 6976) |
236 |
15/15 degC |
237 |
0/0 degC |
238 |
15/0 degC |
239 |
25/0 degC |
240 |
20/20 degC |
241 |
25/20 degC |
242 |
Micro oven temp. SP |
243 |
Micro oven temp. SP- Sensor temperature Set Point. |
244 |
.0f |
245 |
Rh |
246 |
Rh- Sensor resistance Rh. |
247 |
ohm |
248 |
.2f |
249 |
Rud |
250 |
Rud- Sensor resistance Rud. |
251 |
Fail safe direction |
252 |
Fail safe direction- When a critical failure occurs, GasCVD sets the analog output to the fail safe (burnout) direction. Either Downscale (2.4 mA (-10%) ) or Upscale (21.6 mA (110%) ) can be selected. |
253 |
Upscale |
254 |
Upscale- When a critical failure occurs, GasCVD sets the analog output to Upscale (21.6 mA (110%) ). |
255 |
Downscale |
256 |
Downscale- When a critical failure occurs, GasCVD sets the analog output to Downscale (2.4 mA (-10%) ). |
257 |
Set analog output Fail safe simulation |
258 |
Upscale burnout |
259 |
Downscale burnout |
260 |
Clear analog output Fail safe simulation |
261 |
Clear |
262 |
Output low limit |
263 |
Output low limit- Analog output current signal low limit. |
264 |
Output high limit |
265 |
Output high limit- Analog output current signal high limit. |
266 |
STATUS output |
267 |
STATUS output- Shows the STATUS output, Open or Close. |
268 |
Open |
269 |
Close |
270 |
STATUS type |
271 |
STATUS type- Configures the STATUS output to OPEN or CLOSE at alarm condition.
Normally Open (NO): When no alarm is detected, STATUS output is OPEN. When alarm is detected, STATUS output is CLOSE.
Normally Close (NC): When no alarm is detected, STATUS output is CLOSE. When alarm is detected, STATUS output is OPEN. |
272 |
Normally Open |
273 |
Normally Close |
274 |
STATUS selection |
275 |
STATUS selection- Select the STATUS output item from below.
- None
- Process alarm
- Sensor temp. alarm
- Calibration in process or Calibration failure
- Process + Sensor temp.
- Sensor temp. + Calibration
- Calibration + Process
- All |
276 |
None |
277 |
None- not used |
278 |
Process alarm |
279 |
Sensor temp. alarm |
280 |
Sensor temperature alarm |
281 |
Calibration in process or Calibration failure |
282 |
Process + Sensor temp. |
283 |
Process alarm + Sensor temperature alarm |
284 |
Sensor temp. + Calibration |
285 |
Sensor temperature alarm + Calibration in process or Calibration failure |
286 |
Calibration + Process |
287 |
Calibration in process or Calibration failure + Process alarm |
288 |
All |
289 |
All- Process alarm + Sensor temperature alarm + Calibration in process or Calibration failure |
290 |
Set STATUS simulation |
291 |
Clear STATUS simulation |
292 |
Continue STATUS simulation |
293 |
Continue |
294 |
CALIB output |
295 |
CALIB output- Shows the CALIB output, Open or Close. |
296 |
CALIB type |
297 |
CALIB type- The CALIB output is fixed at Normally Open (NO).
Normally Open (NO): In normal operation, process gas will flow from Open port to GasCVD. And at the beginning of calibration, calibration gas will flow from Close port to GasCVD. |
298 |
Set CALIB simulation |
299 |
Clear CALIB simulation |
300 |
Continue CALIB simulation |
301 |
Proc. alarm status |
302 |
Proc. alarm status- Shows the Process alarm status, No alarm or Alarm. |
303 |
No alarm |
304 |
Alarm |
305 |
Proc. alarm lower alarm value |
306 |
Proc. alarm lower alarm value- Lower limit of process alarm. Setting range is -5 to 105%, and Lower+hys < Upper-hys. |
307 |
6.3f |
308 |
Proc. alarm upper alarm value |
309 |
Proc. alarm upper alarm value- Upper limit of process alarm. Setting range is -5 to 105%, and Lower+hys < Upper-hys. |
310 |
Proc. alarm hysteresis(0 to 5) |
311 |
Proc. alarm hysteresis- Setting range is 0 to 5 % in 1 % increments. Hysteresis is effective at lower part of Upper alarm, and upper part of Lower alarm. |
312 |
2.0f |
313 |
250ohm load resistance voltage |
314 |
.5f |
315 |
250ohm load resistance voltage zero |
316 |
6.4f |
317 |
250ohm load resistance voltage gain |
318 |
PV trim(-2.000 to 2.000) |
319 |
PV trim- PV trim value. Setting range is -2.000 to 2.000 MJ/m3. |
320 |
PV raw |
321 |
PV raw- PV value before trim. |
322 |
PV- PV value after trim. |
323 |
Manual calib Start |
324 |
Start |
325 |
Auto calib Start/Stop |
326 |
Auto calibration Start/Stop- Shows auto calibration has been set or not. |
327 |
Stop |
328 |
Hold time |
329 |
Hold time- Calibration Hold time. Setting range is 2 to 120 minutes. Calibration takes place halfway through the hold time. Allow enough hold time for replacement of the process gas with calibration gas. Hold time > gas replacement time x 2 + preparation time. |
330 |
minute |
331 |
First calib time |
332 |
First calib time- Setting range is 0 to 24 hours. The setting is activated once Auto calib is set to Start. |
333 |
First calib time- Setting range is 0 to 200 hours. The setting is activated once Auto calib is set to Start. |
334 |
hour |
335 |
Interval |
336 |
Interval- Interval of auto calibration cycle. Setting range is 1 to 180 days. |
337 |
day |
338 |
Next calib time |
339 |
Next calib time- The remaining time to next calibration start. |
340 |
CF1 |
341 |
CF1- Calibration Factor1 |
342 |
CF2 |
343 |
CF2- Calibration Factor2 |
344 |
CF3 |
345 |
CF3- Calibration Factor3 |
346 |
CF4 |
347 |
CF4- Calibration Factor4 |
348 |
CF5 |
349 |
CF5- Calibration Factor5 |
350 |
Reset calibration factor view |
351 |
Reset |
352 |
Diag status |
353 |
Diag status- GasCVD self diagnostics status. |
354 |
Err.02- Sensor characteristic data fault. |
355 |
Err.03- Input data error. |
356 |
Err.05- Nonvolatile memory failure. |
357 |
Err.06- RAM failure. |
358 |
PV > 105%- PV exceeds 105%. |
359 |
PV < -5%- PV is less than -5%. |
360 |
Calibration failure- CF < 0.99 or 1.01 < CF. |
361 |
Calibration in process |
362 |
Calibration in process- Device is operating in calibration mode. |
363 |
Loop test in operation- Device is operating in output mode. |
364 |
Fail safe simulation in operation- Device is operating in Fail safe simulation mode. |
365 |
STATUS output simulation in operation- Device is operating in STATUS output simulation mode. |
366 |
CALIB output simulation in operation- Device is operating in CALIB output simulation mode. |
367 |
Process alarm detected- PV is beyond output alarm upper/lower limit. |
368 |
Sensor temp. alarm detected- Sensor temperature is beyond sensor alarm upper/lower limit. |
369 |
Total operating time |
370 |
Total operating time- Total operating time (in hours) since shipment from the factory. |
371 |
Latest operating time |
372 |
Latest operating time- Latest operating time (in hours) since the latest power on. |
373 |
Temp. alarm status |
374 |
Temp. alarm status- Shows the sensor temperature alarm status, No alarm or Alarm. |
375 |
Temp. alarm lower alarm value |
376 |
Temp. alarm lower alarm value- Sensor temperature alarm lower limit. Setting range is 50 to 70, and Lower < Upper. |
377 |
4.1f |
378 |
Temp. alarm upper alarm value |
379 |
Temp. alarm upper alarm value- Sensor temperature alarm upper limit. Setting range is 50 to 70, and Lower < Upper. |
380 |
Calib status |
381 |
Calib status- Show the latest calibration status, Success or Failure. |
382 |
Success |
383 |
Failure |
384 |
Calib log1 Total operating time |
385 |
Calib log1 Calib status |
386 |
Calib log1 CF1 |
387 |
Calib log1 CF2 |
388 |
Calib log1 CF3 |
389 |
Calib log1 CF4 |
390 |
Calib log1 CF5 |
391 |
Calib log2 Total operating time |
392 |
Calib log2 Calib status |
393 |
Calib log2 CF1 |
394 |
Calib log2 CF2 |
395 |
Calib log2 CF3 |
396 |
Calib log2 CF4 |
397 |
Calib log2 CF5 |
398 |
Calib log3 Total operating time |
399 |
Calib log3 Calib status |
400 |
Calib log3 CF1 |
401 |
Calib log3 CF2 |
402 |
Calib log3 CF3 |
403 |
Calib log3 CF4 |
404 |
Calib log3 CF5 |
405 |
Calib log4 Total operating time |
406 |
Calib log4 Calib status |
407 |
Calib log4 CF1 |
408 |
Calib log4 CF2 |
409 |
Calib log4 CF3 |
410 |
Calib log4 CF4 |
411 |
Calib log4 CF5 |
412 |
Calib log5 Total operating time |
413 |
Calib log5 Calib status |
414 |
Calib log5 CF1 |
415 |
Calib log5 CF2 |
416 |
Calib log5 CF3 |
417 |
Calib log5 CF4 |
418 |
Calib log5 CF5 |
419 |
Clear calibration log |
420 |
Error log1 Total operating time |
421 |
Error log1 Error |
422 |
No error |
423 |
Error log2 Total operating time |
424 |
Error log2 Error |
425 |
Error log3 Total operating time |
426 |
Error log3 Error |
427 |
Error log4 Total operating time |
428 |
Error log4 Error |
429 |
Error log5 Total operating time |
430 |
Error log5 Error |
431 |
Clear error log |
432 |
Config log1 Total operating time |
433 |
Config log1 Operation |
434 |
No operation |
435 |
write Polling address, Loop current mode |
436 |
write Message |
437 |
write Device Tag, Descriptor, Date |
438 |
write Final assembly number |
439 |
write Long Tag |
440 |
trim Loop current zero |
441 |
trim Loop current gain |
442 |
write Num res preams |
443 |
write Fail safe direction |
444 |
write STATUS type |
445 |
write STATUS selection |
446 |
write Proc. alarm lower alarm value |
447 |
write Proc. alarm upper alarm value |
448 |
write Proc. alarm hysteresis |
449 |
trim Scaled loop current zero |
450 |
trim Scaled loop current gain |
451 |
write PV trim value |
452 |
write Auto calib Start/Stop |
453 |
write Calib hold time |
454 |
write Auto calib first calib time |
455 |
write Auto calib interval |
456 |
reset CF view |
457 |
write Operating time |
458 |
write Temp. alarm lower alarm value |
459 |
write Temp. alarm upper alarm value |
460 |
Config log2 Total operating time |
461 |
Config log2 Operation |
462 |
Config log3 Total operating time |
463 |
Config log3 Operation |
464 |
Config log4 Total operating time |
465 |
Config log4 Operation |
466 |
Config log5 Total operating time |
467 |
Config log5 Operation |
468 |
Clear configuration log |
469 |
Total operating time at PD |
470 |
Total operating time at PD- Total operating time at the latest power down. |
471 |
Latest PV at PD |
472 |
Latest PV at PD- PV at the latest power down. |
473 |
ADud |
474 |
Latest ADud |
475 |
count |
476 |
ADh1 |
477 |
Latest ADh1 |
478 |
ADh2 |
479 |
Latest ADh2 |
480 |
ADh3 |
481 |
Latest ADh3 |
482 |
ADh4 |
483 |
Latest ADh4 |
484 |
ADh5 |
485 |
Latest ADh5 |
486 |
Process variables |
487 |
Device |
488 |
Diagnostics |
489 |
Basic setup |
490 |
Detailed setup |
491 |
Device information |
492 |
Miscellaneous |
493 |
Review |
494 |
Device status |
495 |
Service menu |
496 |
Service menu- Service menu is prepared for experienced people only, so please use it carefully. |
497 |
Sensors |
498 |
Signal condition |
499 |
Output condition |
500 |
Calibration |
501 |
Revision numbers |
502 |
Software version |
503 |
Operating time |
504 |
Device alarm |
505 |
Log |
506 |
Log- Calib log clear, Error log clear and Config log clear functions are only available when calibration is not in process. |
507 |
Latest AD count |
508 |
Analog output |
509 |
Analog output- Loop test, Fail safe direction edit and Fail safe simulation functions are only available when calibration is not in process and Auto calibration is Stop. |
510 |
Digital output |
511 |
Digital output- STATUS type edit, STATUS selection edit, STATUS simulation and CALIB simulation functions are only available when calibration is not in process and Auto calibration is Stop. |
512 |
HART output |
513 |
Config proc. alarm |
514 |
Config proc. alarm- Proc. alarm lower alarm value edit, Proc. alarm upper alarm value edit and Hysteresis edit functions are only available when calibration is not in process and Auto calibration is Stop. |
515 |
Analog output trim |
516 |
Analog output trim- This function is only available when calibration is not in process and Auto calibration is Stop. |
517 |
PV trim |
518 |
PV trim- PV trim adjusts the PV output by shifting it. If the PV of the process gas is known and it is slightly different from GasCVD output, you can fix the output using this shift adjustment. PV trim adjust and reset functions are only available when calibration is not in process and Auto calibration is Stop. |
519 |
Manual calibration |
520 |
Manual calibration- CALIB simulation, Hold time edit, Manual calib start and CF reset functions are only available when calibration is not in process and Auto calibration is Stop. |
521 |
Auto calibration |
522 |
Auto calibration- Hold time edit, First calib time edit, Interval edit and CF reset functions are only available when calibration is not in process and Auto calibration is Stop. |
523 |
Config temp. alarm |
524 |
Config temp. alarm- Temp. alarm lower alarm value edit and Temp. alarm upper alarm value edit functions are only available when calibration is not in process and Auto calibration is Stop. |
525 |
Calib log view |
526 |
Error log view |
527 |
Config log view |
528 |
PV trim- PV trim adjusts the PV output by shifting it. If the PV of the process gas is known and it is slightly different from GasCVD output, you can fix the output using this shift adjustment. PV trim adjust function is only available when calibration is not in process and Auto calibration is Stop. |
529 |
CF view |
530 |
CF view- You can check Calibration Factor value of the latest successful calibration. The factory default CF is 1.00000. CF allow the user to track sensor sensitivity drift. |
531 |
Loop test |
532 |
D/A trim |
533 |
Scaled D/A trim |
534 |
PV trim value reset |
535 |
PV trim value reset- Reset PV trim value to 0.000. |
536 |
CF reset |
537 |
CF reset- Reset the latest Calibration Factor value to 1.00000. It reset Calibration failure of Diag status. And it set the latest calibration status Calib status to Success |
538 |
Manual calib Start- Start the manual calibration process. Once manual calibration start, it can not stop till end. |
539 |
Auto calib Start/Stop operation |
540 |
Auto calibration Start/Stop operation. |
541 |
Fail safe simulation |
542 |
Fail safe simulation- Simurates the analog output at the fail safe condition. After the fail safe simulation starts, it will continue for 10 minutes and then it will automatically return to normal states. |
543 |
End Fail safe simulation. |
544 |
STATUS simulation |
545 |
STATUS simulation- Simulates the STATUS output, Open or Close. After the STATUS output simulation starts, it will continue for 10 minutes and then it will automatically return to normal states. If Continue is pressed, the simulation continues for 10 minutes or 2 hours more. |
546 |
End- Simulates the STATUS output. |
547 |
CALIB simulation |
548 |
CALIB simulation- Simulates the CALIB output, Open or Close. After the CALIB output simulation starts, it will continue for 10 minutes and then it will automatically return to normal states. If Continue is pressed, the simulation continues for 10 minutes or 2 hours more. |
549 |
End- Simulates the CALIB output. |
550 |
Calib log clear |
551 |
Calib log clear- Clears the Calib log in device. |
552 |
Error log clear |
553 |
Error log clear- Clears the Error log in device. |
554 |
Config log clear |
555 |
Config log clear- Clears the Config log in device. |
556 |
Upload GasCVD data |
557 |
Upload GasCVD data- Upload GasCVD dynamic data in device. |
558 |
Refresh AD count |
559 |
Refresh AD count- Read latest AD count from GasCVD. |
560 |
PV Analog Channel Saturated |
561 |
PV Analog Channel Fixed |
562 |
Wireless |
563 |
WirelessHART Device |
564 |
IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation |
565 |
Primary |
566 |
Primary Analog Channel |
567 |
Secondary |
568 |
Secondary Analog Channel |
569 |
Tertiary |
570 |
Tertiary Analog Channel |
571 |
Quaternary |
572 |
Quaternary Analog Channel |
573 |
Quinary |
574 |
Quinary Analog Channel |
575 |
Critical Power Failure |
576 |
Lock all |
577 |
Trim not supported |
578 |
Configuration cannot be changed |
579 |
Locked by gateway |
580 |
Analog Input Channel |
581 |
Analog Output Channel |
582 |
Secondary Analog Channel Saturated |
583 |
Tertiary Analog Channel Saturated |
584 |
Quaternary Analog Channel Saturated |
585 |
Quinary Analog Channel Saturated |
586 |
Secondary Analog Channel Fixed |
587 |
Tertiary Analog Channel Fixed |
588 |
Quaternary Analog Channel Fixed |
589 |
Quinary Analog Channel Fixed |
590 |
Simulation active |
591 |
The device is in simulation mode and the level output is not representative of the process. |
592 |
Non-Volatile memory failure |
593 |
The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed. |
594 |
Volatile memory error |
595 |
The RAM memory check is invalid or maybe corrupt |
596 |
Watchdog reset executed |
597 |
A watchdog reset has been performed |
598 |
Voltage conditions out of range |
599 |
A voltage condition is outside its allowable range |
600 |
Environmental conditions out of range |
601 |
An internal or environmental condition is beyond acceptable limits. |
602 |
Electronic failure |
603 |
A hardware problem not related to the sensor has been detected. |
604 |
Subdevice list changed |
605 |
Duplicate master detected |
606 |
Capacity Denied |
607 |
The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified |
608 |
Bandwidth allocation pending |
609 |
Block transfer pending |
610 |
Battery life |
611 |
Percent range |
612 |
Loop current |
613 |
Primary variable |
614 |
Secondary variable |
615 |
Tertiary variable |
616 |
Quaternary variable |
617 |
Read receive time |
618 |
Write date and time |
619 |
Non-Volatile Clock |
620 |
When set the device contains a battery-backed clock. In this case, the clock does not need to be reset if there is a power failure. |
621 |
Clock Uninitialized |
622 |
The real-time clock has never been set with the date and time. For example, the clock is volatile and power was removed from and restored to the device. |
623 |
No restrictions |
624 |
SI Only |
625 |
Restricted to SI Unit codes only |
626 |
Process automation device |
627 |
Discrete device |
628 |
Hybrid:Process automation+discrete |
629 |
I/O System |
630 |
WirelessHART Process automation device |
631 |
WirelessHART Discrete device |
632 |
WirelessHART Process automation+discrete |
633 |
WirelessHART Gateway |
634 |
WirelessHART Access point |
635 |
WirelessHART Process adapter |
636 |
WirelessHART Discrete adapter |
637 |
WirelessHART enabled handheld/portable maintenance tool |
638 |
Device Profile |
639 |
US |
640 |
United States of America |
641 |
JP |
642 |
Japan |
643 |
DE |
644 |
Germany |
645 |
FR |
646 |
France |
647 |
ES |
648 |
Spain |
649 |
RU |
650 |
Russian Federation |
651 |
CN |
652 |
People's Republic of China |
653 |
Secondary Master |
654 |
Primary Master |
655 |
Device Diagnostic Status 0 |
656 |
Device Diagnostic Status 1 |
657 |
I/O and Subdevice Status |
658 |
WirelessHART Status |
659 |
Time Set Option |
660 |
Real Time Clock Flags |
661 |
Country |
662 |
Country of intended device installation |
663 |
SI Unit Control |
664 |
Indicates if device should only display SI unit codes |
665 |
8u |
666 |
Dynamic Variables Returned for Device Variables |
667 |
Command Response Truncated |
668 |
Configuration Change Counter Mismatch |
669 |
Status bytes mismatch |
670 |
Device Variable |
671 |
STX Count |
672 |
Count of STX messages received by this device |
673 |
ACK Count |
674 |
Count of ACK messages received by this device |
675 |
BACK Count |
676 |
Count of BACK messages received by this device |
677 |
Output Status |
678 |
Output Status Byte |
679 |
Uninitialized |
680 |
Normal - one sensor |
681 |
Normal - two sensors |
682 |
Normal - three sensors |
683 |
Shorted |
684 |
Shorted- shorted field wiring. |
685 |
Limited high |
686 |
Limited high- block can not respond to upward movement of value. |
687 |
Open- open field wiring. |
688 |
Limited low |
689 |
Limited low- block can not respond to upward movement of target. |
690 |
Initialization done |
691 |
Initialization done- block initialization is complete. |
692 |
Not selected |
693 |
Not selected- target value provided by block was not selected. |
694 |
No path |
695 |
No path- there is no path to the process. |
696 |
Fail |
697 |
Fail- hardware failure. |
698 |
Bad |
699 |
Bad- block is out of service or has bad input. |
700 |
Not from process |
701 |
Not from process- value is not directly affected by any process information. |
702 |
Local override |
703 |
Local override- block has LO mode. |
704 |
Not Cascade Mode |
705 |
Not RCas Mode |
706 |
Not ROut Mode |
707 |
No communication |
708 |
No communication- (NO_COM). |
709 |
uint16_var_blk_char |
710 |
uint32_var_blk_char |
711 |
uint8_var_blk_char |
712 |
int8_var_blk_char |
713 |
new itest redef1 label |