0 |
Hot key |
1 |
PRI-150 |
2 |
Tracerco SmartGauge |
3 |
ICI Synetix |
4 |
Loop trim |
5 |
Loop test |
6 |
Transmitter-Specific Status flags |
7 |
Status |
8 |
Device fault |
9 |
The non-volatile memory has been corrupted. The configuration and calibration settings have been lost |
10 |
Battery fault |
11 |
The internal back-up battery is discharged. The contents of non-volatile memory may be corrupted if power is removed |
12 |
Overrange_error |
13 |
The analog output and its digital representation are outside the operating range limits |
14 |
Underrange error |
15 |
Channel warning |
16 |
There is at least one (acceptable) channel fault present. The transmitter is continuing to operate with reduced accuracy |
17 |
Stage warning |
18 |
There is at least one (acceptable) stage fault present. The transmitter is continuing to operate with reduced accuracy |
19 |
Stage fault |
20 |
An unacceptable number of stage faults have occurred |
21 |
6.3f |
22 |
Indicates voltage of internal battery. Nominal value is 3.6V |
23 |
Battery |
24 |
4.2f |
25 |
This is the calibration date. It is used in the internal calculation of source decay, and therefore critical to accuracy |
26 |
CalDate |
27 |
Calibration value of TOTAL countrate measured with source shuttered (BACKGROUND). |
28 |
Backgnd |
29 |
c/s |
30 |
5u |
31 |
Calibration value of TOTAL countrate measured with vessel EMPTY. |
32 |
Calibration value of TOTAL countrate measured with vessel EMPTY at the LOW PRESSURE calibration point. |
33 |
Empty |
34 |
Empty@LP |
35 |
Calibration value of TOTAL countrate measured with vessel FULL. |
36 |
Calibration value of TOTAL countrate measured with vessel FULL at the LOW PRESSURE calibration point. |
37 |
Full |
38 |
Full@LP |
39 |
n/a |
40 |
Calibration value of REFERENCE stage countrate measured with source shuttered off (BACKGROUND). |
41 |
BgndRef |
42 |
Calibration value of REFERENCE stage countrate measured with vessel EMPTY. |
43 |
Calibration value of TOTAL countrate measured with vessel EMPTY at the HIGH PRESSURE calibration point. |
44 |
EmptyRef |
45 |
Empty@HP |
46 |
Calibration value of REFERENCE stage countrate measured with vessel FULL. |
47 |
Calibration value of TOTAL countrate measured with vessel FULL at the HIGH PRESSURE calibration point. |
48 |
FullRef |
49 |
Full@HP |
50 |
If a channel countrate exceeds this value, it will be flagged as faulty. |
51 |
Max Count |
52 |
Channel 1 |
53 |
Channels 1,2 |
54 |
Channels 1-3 |
55 |
Channels 1-4 |
56 |
Channels 1-5 |
57 |
Channels 1-6 |
58 |
Channels 1-7 |
59 |
Channels 1-8 |
60 |
Fault: Ch 1 |
61 |
Fault: Ch 2 |
62 |
Fault: Ch 3 |
63 |
Fault: Ch 4 |
64 |
Fault: Ch 5 |
65 |
Fault: Ch 6 |
66 |
Fault: Ch 7 |
67 |
Fault: Ch 8 |
68 |
Channel 9 |
69 |
Channels 9,10 |
70 |
Channels 9-11 |
71 |
Channels 9-12 |
72 |
Channels 9-13 |
73 |
Channels 9-14 |
74 |
Channels 9-15 |
75 |
Channels 9-16 |
76 |
Fault: Ch 9 |
77 |
Fault: Ch 10 |
78 |
Fault: Ch 11 |
79 |
Fault: Ch 12 |
80 |
Fault: Ch 13 |
81 |
Fault: Ch 14 |
82 |
Fault: Ch 15 |
83 |
Fault: Ch 16 |
84 |
Channel 17 |
85 |
Channels 17,18 |
86 |
Fault: Ch 17 |
87 |
Fault: Ch 18 |
88 |
Select>> |
89 |
Select the required channel to monitor |
90 |
Chan 1 |
91 |
Chan 2 |
92 |
Chan 3 |
93 |
Chan 4 |
94 |
Chan 5 |
95 |
Chan 6 |
96 |
Chan 7 |
97 |
Chan 8 |
98 |
Chan 9 |
99 |
Chan 10 |
100 |
Chan 11 |
101 |
Chan 12 |
102 |
Chan 13 |
103 |
Chan 14 |
104 |
Chan 15 |
105 |
Chan 16 |
106 |
Chan 17 |
107 |
Chan 18 |
108 |
If a channel has a zero count for longer than this user_selectable value, it will be flagged as faulty. Note that reducing this value increases the risk of occasional false alarms |
109 |
Ch Timeout |
110 |
4u |
111 |
These flags indicate the current operating mode of the PRI-150 |
112 |
Config Flags 1 |
113 |
PC Off |
114 |
No pressure correction is being applied |
115 |
PC Internal |
116 |
Internal pressure correction is being applied |
117 |
PC External |
118 |
External pressure correction is being applied |
119 |
Simple Lin'n |
120 |
Simple linearisation is being applied |
121 |
Table Lin'n |
122 |
Table (piece-wise) linearisation is being applied |
123 |
Log Lin'n |
124 |
Logarithmic linearisation is being applied |
125 |
Simulation |
126 |
Countrates for all GM are being simulated |
127 |
Config Flags 2 |
128 |
Fixed damping |
129 |
Fixed damping is being applied |
130 |
Dyn damping |
131 |
Dynamic damping is being applied |
132 |
The Detector Type indicates the configuration of channels (GM tubes) and stages in the PRI-150. |
133 |
Detector Type |
134 |
S |
135 |
Configured with one channel per stage. |
136 |
P |
137 |
Configured with one channel per stage, except the top stage which has two channels. |
138 |
D |
139 |
Configured with two channels per stage. |
140 |
This indicates the current operating mode of the PRI-150 |
141 |
Op Mode |
142 |
Ext Status |
143 |
Extended Device Status Flags |
144 |
Maintenance Required |
145 |
Refer to service documentation |
146 |
Value of fast damping time constant which is used for large changes of level. This value must be less than the slow damping time constant. |
147 |
Fast damp |
148 |
Value of slow damping time constant which is used for small changes of level. This value must be greater than the fast damping time constant. |
149 |
Slow damp |
150 |
Damping |
151 |
4.0f |
152 |
Damp Type |
153 |
Damping method may be FIXED or DYNAMIC. |
154 |
Fixed |
155 |
FIXED damping smooths the signal by applying a simple low pass filter, which slows down the response. |
156 |
Dynamic |
157 |
DYNAMIC damping smooths the signal by applying a low pass filter with a switchable time constant to give damping with a fast response to large changes. |
158 |
.2f |
159 |
Level- Primary Variable- Digital value that changes magnitude without user intervention |
160 |
Level |
161 |
Fill Level value (programmed at time of calibration) |
162 |
Fill Lvl |
163 |
.0f |
164 |
Input value to linearisation table |
165 |
Pt 1x |
166 |
Output value from linearisation table |
167 |
Pt 1y |
168 |
Pt 2x |
169 |
Pt 2y |
170 |
Pt 3x |
171 |
Pt 3y |
172 |
Pt 4x |
173 |
Pt 4y |
174 |
Pt 5x |
175 |
Pt 5y |
176 |
Pt 6x |
177 |
Pt 6y |
178 |
Pt 7x |
179 |
Pt 7y |
180 |
Pt 8x |
181 |
Pt 8y |
182 |
Pt 9x |
183 |
Pt 9y |
184 |
Pt 10x |
185 |
Pt 10y |
186 |
Pt 11x |
187 |
Pt 11y |
188 |
Pt 12x |
189 |
Pt 12y |
190 |
Pt 13x |
191 |
Pt 13y |
192 |
Pt 14x |
193 |
Pt 14y |
194 |
Pt 15x |
195 |
Pt 15y |
196 |
Pt 16x |
197 |
Pt 16y |
198 |
Pt 17x |
199 |
Pt 17y |
200 |
Pt 18x |
201 |
Pt 18y |
202 |
Pt 19x |
203 |
Pt 19y |
204 |
Pt 20x |
205 |
Pt 20y |
206 |
Pt 21x |
207 |
Pt 21y |
208 |
Number of linearisation points (minimum 2, maximum 21) |
209 |
Table size |
210 |
If the internal backup battery voltage is less than this value,a BackupBattery Alarm is raised. |
211 |
Min Batt |
212 |
The number of detector stages in the PRI-150 |
213 |
No. Stages |
214 |
If the Field Device fails, the loop current will be forced to this value |
215 |
Dev Fail |
216 |
5.2f |
217 |
This damping is applied to reference stage counts to apply internal pressure correction |
218 |
PC Damping |
219 |
Value of pressure measured when calibrating countrates at high pressure calibration point |
220 |
HPCal |
221 |
.3f |
222 |
Value of pressure measured when calibrating countrates at low pressure calibration point |
223 |
LPCal |
224 |
Selects method of correcting for pressure variations |
225 |
PC mode |
226 |
Off |
227 |
No pressure correction is applied |
228 |
Internal |
229 |
The top stage is used as a reference to determine pressure changes and apply compensation |
230 |
External |
231 |
An external pressure transducer provides a reading (via the HART interface) which is used to apply compensation |
232 |
Engineering units to be used with values relevant to pressure correction |
233 |
Pr units |
234 |
Current value of operating pressure measured by an external sensor |
235 |
Date value of internal real-time clock [mm/dd/yyyy] |
236 |
RT Date |
237 |
Hours value of internal real-time clock [24 hour format] |
238 |
RT Hours |
239 |
Minutes value of internal real-time clock |
240 |
RT Minutes |
241 |
Seconds value of internal real-time clock |
242 |
RT Seconds |
243 |
Source strength value calculated from time since the calibration date |
244 |
Source |
245 |
Types of material used for radioactive sources |
246 |
Cs 137 |
247 |
Caesium 137 has a half-life of 30.27 years |
248 |
Am 241 |
249 |
Americium 241 has a half-life of 5.27 years |
250 |
Co 60 |
251 |
Cobalt 60 has a half-life of 432 years |
252 |
If an unacceptable stage fault is detected, the loop current will be forced to this value |
253 |
Stge Fail |
254 |
Select the required stage to monitor |
255 |
Stage 1 |
256 |
Stage 2 |
257 |
Stage 3 |
258 |
Stage 4 |
259 |
Stage 5 |
260 |
Stage 6 |
261 |
Stage 7 |
262 |
Stage 8 |
263 |
Stage 9 |
264 |
Stage 10 |
265 |
Stage 11 |
266 |
Stage 12 |
267 |
Stage 13 |
268 |
Stage 14 |
269 |
The number of simultaneous stage faults required to cause a GM Tube Alarm Condition |
270 |
Stg Flt Lvl |
271 |
2u |
272 |
Time used to measure displayed countrates. Note that this does not influence the update rate of other derived values, e.g. Level, Current, etc |
273 |
Period |
274 |
Time remaining until the next countrate display refresh. |
275 |
Countdown |
276 |
Countrate of selected channel |
277 |
Chan 1 |
278 |
6u |
279 |
Chan 2 |
280 |
Chan 3 |
281 |
Chan 4 |
282 |
Chan 5 |
283 |
Chan 6 |
284 |
Chan 7 |
285 |
Chan 8 |
286 |
Chan 9 |
287 |
Countrate of selected stage |
288 |
Stage 1 |
289 |
Stage 2 |
290 |
Stage 3 |
291 |
Stage 4 |
292 |
Stage 5 |
293 |
Stage 6 |
294 |
Stage 7 |
295 |
Stage 8 |
296 |
Stage 9 |
297 |
Total countrate |
298 |
Total |
299 |
Linear'n |
300 |
Type of linearisation used to compute the level from the measured countrate |
301 |
Simple |
302 |
Normal linear transfer function |
303 |
Table |
304 |
Piece-wise linear approximation |
305 |
Log |
306 |
Logarithmic conversion function |
307 |
Write Prot'n |
308 |
Write Protection prevents inadvertent changes to non-volatile device settings |
309 |
Memory unprotected - device parameters may be modified. Remember to enable write-protection after editing |
310 |
On |
311 |
Memory protected - no device parameters may be modified |
312 |
Damping Type |
313 |
Damping type help |
314 |
Value of fast damping time constant which is used for large changes of level. |
315 |
Slow Damping Value |
316 |
Value of slow damping time constant which is used for small changes of level. |
317 |
Fast Damping Value |
318 |
Tx Busy |
319 |
Fault currents |
320 |
Countrates |
321 |
Configuration |
322 |
Fault detection |
323 |
Status Flags |
324 |
Linearisation |
325 |
Review Cal |
326 |
Review Config |
327 |
Monitor |
328 |
Channel Counts |
329 |
Stage Counts |
330 |
Total Counts |
331 |
Pressure Corr'n |
332 |
Review |
333 |
RT Clock |
334 |
Tx Options |
335 |
Upload Variables |
336 |
Master reset |
337 |
FMU860 |
338 |
DT |
339 |
DVC |
340 |
FCX |
341 |
AS800 |
342 |
340T |
343 |
340C |
344 |
344 |
345 |
Siemens Micro K |
346 |
SITRANS L |
347 |
SIPAN PH |
348 |
SITRANS P |
349 |
75SMT |
350 |
UNIDELTA |
351 |
8320 |
352 |
SX5100 |
353 |
TSV175 |
354 |
DMU |
355 |
3780 |
356 |
BM70 |
357 |
8u |
358 |
Master reset OK |