0 |
MAGNEW4W |
1 |
Azbil Corporation |
2 |
3.1f |
3 |
In Status group1, show the status for Nonvolatile memory and CPU. If the status is ON, the device may be damaged. Restore power supply or contact representative of Azbil Corporation. |
4 |
EX FAULT |
5 |
NVM FAULT |
6 |
RAM FAULT |
7 |
ROM FAULT |
8 |
A/D FAULT |
9 |
HI<LO: High limit alarm value < Low limit alarm value. Set alarm value as Hi > Lo. Span over: Check the detector size. Set the span as the flow velocity becomes 10m/s or less. Pulse scale: Correct pulse scale. Set the pulse scale as the span frequency becomes between 0.00006Hz and 3000Hz. If engineering unit of span is volumetric, apply the volumetric unit to the pulse scale. If engineering unit of span is mass, apply the mass unit to the pulse scale. Pulse width: Set the correct pulse width to become duty 70% or less. Or set duty 50% as pulse width. |
10 |
DO OUTPUT MODE |
11 |
PLS OUTPUT MODE |
12 |
AO OUTPUT MODE |
13 |
IN CALIB MODE |
14 |
NOT CALIBRATED |
15 |
EX OUTPUT MODE |
16 |
In Status group2, show the status of loop test and calibration. |
17 |
EMPTY PIPE |
18 |
0% LOCK |
19 |
TYPE-DIA ERROR |
20 |
HI<LO ALM ERROR |
21 |
SPAN OVER ERROR |
22 |
PLS SCALE ERROR |
23 |
PLS WIDTH ERROR |
24 |
Flow Sensor- Hardware that measures flow rate. |
25 |
Pulse output- scaled frequency output from 0-1000 Hz, linear with input. |
26 |
Gross Total- Non-resettable totalizer. |
27 |
Net Total Value- Resettable totalizer. |
28 |
Reverse Total- Non-resettable reverse totalizer. |
29 |
write variables |
30 |
Gross Total- Non-resettable totalizer |
31 |
Net Total Value- Resettable totalizer |
32 |
Reverse Total - Non-resettable reverse totalizer |
33 |
Auto zero trim |
34 |
Auto zero trim-Calibration for zero point. |
35 |
mA |
36 |
AO |
37 |
.2f |
38 |
7.4f |
39 |
.1f |
40 |
5.1f |
41 |
.5f |
42 |
6.5f |
43 |
Puls out unit |
44 |
m3/P |
45 |
l/P |
46 |
cm3/P |
47 |
t/P |
48 |
kg/P |
49 |
g/P |
50 |
B/P |
51 |
kG/P |
52 |
G/P |
53 |
mG/P |
54 |
IG/P |
55 |
KIG/P |
56 |
mIG/P |
57 |
lb/P |
58 |
m3/d |
59 |
m3/h |
60 |
m3/m |
61 |
m3/s |
62 |
l/d |
63 |
l/h |
64 |
l/m |
65 |
l/s |
66 |
cm3/d |
67 |
cm3/h |
68 |
cm3/m |
69 |
cm3/s |
70 |
t/d |
71 |
t/h |
72 |
t/m |
73 |
t/s |
74 |
kg/d |
75 |
kg/h |
76 |
kg/m |
77 |
kg/s |
78 |
g/d |
79 |
g/h |
80 |
g/m |
81 |
g/s |
82 |
BPD |
83 |
BPH |
84 |
BPM |
85 |
BPS |
86 |
kGPD |
87 |
kGPH |
88 |
kGPM |
89 |
kGPS |
90 |
IGPD |
91 |
IGPH |
92 |
IGPM |
93 |
IGPS |
94 |
KIGPD |
95 |
KIGPH |
96 |
KIGPM |
97 |
KIGPS |
98 |
mIGPD |
99 |
mIGPH |
100 |
mIGPM |
101 |
mIGPS |
102 |
GPD |
103 |
GPH |
104 |
GPM |
105 |
GPS |
106 |
mGPD |
107 |
mGPH |
108 |
mGPM |
109 |
mGPS |
110 |
lb/d |
111 |
lb/h |
112 |
lb/m |
113 |
lb/s |
114 |
Pulse Width |
115 |
ms |
116 |
7.2f |
117 |
LFC value |
118 |
Lo flo cutoff-Adjustable from 1 to 10% of the setting range. Below set value, output is driven to the zero flow rate signal level. Display is latched to zero. |
119 |
0% |
120 |
1% |
121 |
2% |
122 |
3% |
123 |
4% |
124 |
5% |
125 |
6% |
126 |
7% |
127 |
8% |
128 |
9% |
129 |
10% |
130 |
Tube size |
131 |
Flow tube size- Nominal inside diameter of the pipe adjacent to the sensor. |
132 |
2.5 A |
133 |
5 A |
134 |
8 A |
135 |
10 A |
136 |
13 A |
137 |
15 A |
138 |
20 A |
139 |
25 A |
140 |
32 A |
141 |
40 A |
142 |
50 A |
143 |
65 A |
144 |
80 A |
145 |
100 A |
146 |
110 A |
147 |
125 A |
148 |
150 A |
149 |
200 A |
150 |
250 A |
151 |
300 A |
152 |
350 A |
153 |
400 A |
154 |
450 A |
155 |
500 A |
156 |
600 A |
157 |
700 A |
158 |
800 A |
159 |
900 A |
160 |
1000 A |
161 |
1100 A |
162 |
1200 A |
163 |
1300 A |
164 |
1350 A |
165 |
1400 A |
166 |
1500 A |
167 |
1600 A |
168 |
1800 A |
169 |
2000 A |
170 |
2200 A |
171 |
2400 A |
172 |
2600 A |
173 |
Totalizer Control Code- Controls the operation of all available totalizers. |
174 |
10d |
175 |
Totalizer display-Display totalized value. |
176 |
9d |
177 |
Gravity |
178 |
Specific gravity |
179 |
.4f |
180 |
6.4f |
181 |
Disp select |
182 |
Set main display. %: Percent of range. Rate: Flow rate. Total: Totalized value. |
183 |
% |
184 |
Rate |
185 |
Total |
186 |
EX value |
187 |
EX value: Unique detector factor.Ex factor is stamped on the name plate. |
188 |
Coefficient |
189 |
Set coefficient. Outputs are calculated by multiplying set coefficient. Default value is 1.0000. |
190 |
Detector type |
191 |
Detector type-Detector type. |
192 |
KID |
193 |
NNM |
194 |
NNK |
195 |
MGG |
196 |
MGB |
197 |
MGT |
198 |
MGF |
199 |
Burn out AO |
200 |
Burn out AO-set burn out high, low or hold. |
201 |
High |
202 |
Low |
203 |
Hold |
204 |
Burn out Pls |
205 |
Burn out Pls-set burn out off or hold. |
206 |
Burn out DO1 |
207 |
Burn out DO1-set burn out open or close. |
208 |
Close |
209 |
Open |
210 |
Burn out DO2 |
211 |
Burn out DO2-set burn out open or close. |
212 |
Drop out |
213 |
Drop out-Adjustable from 1 to 10% of the setting range. Below the set value, pulse output is cut. |
214 |
Pls width flag |
215 |
On to 50%, Off to 1ms between 999.99ms |
216 |
50% |
217 |
On |
218 |
Total restart val |
219 |
Total restart val-Restart value of totalizer. |
220 |
Total prev val |
221 |
Total preset val |
222 |
8d |
223 |
Hi alarm1 |
224 |
Hi alarm1-Set the upper limit value in percent of range. |
225 |
4d |
226 |
Hi alarm2 |
227 |
Hi alarm2-Set the upper limit value in percent of range. |
228 |
Low alarm1 |
229 |
Low alarm1-Set the lower limit value in percent of range. |
230 |
Low alarm2 |
231 |
Low alarm2-Set the lower limit value in percent of range. |
232 |
Moving average |
233 |
Moving average-Software signal processing. Apply moving average to output. |
234 |
Off |
235 |
Mvng av time |
236 |
s |
237 |
Mvng av time-Moving average time. |
238 |
4.1f |
239 |
Pls calib |
240 |
5d |
241 |
PLS output kind |
242 |
Up |
243 |
Down |
244 |
SI or ALL |
245 |
ALL |
246 |
SI |
247 |
Auto zero range |
248 |
0.2 m/s |
249 |
Release |
250 |
Ex current FRQ1 |
251 |
Hz |
252 |
3.125/3.75 |
253 |
6.25/7.5 |
254 |
12.5/15 |
255 |
25.0/30.0 |
256 |
Ex current FRQ2 |
257 |
3.125 |
258 |
3.75 |
259 |
5.0 |
260 |
6.25 |
261 |
7.5 |
262 |
12.5 |
263 |
15.0 |
264 |
17.5 |
265 |
22.5 |
266 |
25.0 |
267 |
27.5 |
268 |
30.0 |
269 |
75.0 |
270 |
85.0 |
271 |
115.0 |
272 |
135.0 |
273 |
S&H timing |
274 |
1/4 |
275 |
60Hz |
276 |
COMM mode |
277 |
HART |
278 |
SFN.A |
279 |
SFN.D |
280 |
FF |
281 |
NONE |
282 |
DE word length |
283 |
4 |
284 |
6 |
285 |
Memory address |
286 |
04X |
287 |
08X |
288 |
06X |
289 |
I.OUT AO % |
290 |
P.OUT PLS % |
291 |
Pulse out check |
292 |
PULSE 1 |
293 |
PULSE 2 |
294 |
EX out check |
295 |
EXX |
296 |
EXY |
297 |
OFF |
298 |
Spike cut |
299 |
AUTO |
300 |
MANUAL |
301 |
OFF |
302 |
Spike cut time |
303 |
sec |
304 |
Spike cut level |
305 |
STIN check1 |
306 |
STIN check2 |
307 |
STOUT check1 |
308 |
STOUT check2 |
309 |
Done |
310 |
In progress |
311 |
Error |
312 |
Flow direction |
313 |
Forward |
314 |
Reverse |
315 |
Model selection |
316 |
NORMAL |
317 |
WATER |
318 |
SWITCH |
319 |
Device free condition |
320 |
Free |
321 |
Write protected |
322 |
Device busy |
323 |
Check report |
324 |
Check OK |
325 |
Auto zero error |
326 |
Gain trim error |
327 |
Auto zero and Gain trim error |
328 |
ID check report |
329 |
ID not defined |
330 |
ID passd check |
331 |
Language |
332 |
English |
333 |
Japanese |
334 |
10m/s Gain Fix |
335 |
Lo flo cutoff |
336 |
Off |
337 |
On |
338 |
AC sync |
339 |
SYNC |
340 |
NO SYNC |
341 |
DUMMY |
342 |
0 |
343 |
1 |
344 |
2 |
345 |
3 |
346 |
5 |
347 |
7 |
348 |
8 |
349 |
9 |
350 |
HYSTERESIS |
351 |
0 |
352 |
1 |
353 |
2 |
354 |
3 |
355 |
4 |
356 |
5 |
357 |
6 |
358 |
7 |
359 |
8 |
360 |
9 |
361 |
10 |
362 |
11 |
363 |
12 |
364 |
13 |
365 |
14 |
366 |
15 |
367 |
16 |
368 |
17 |
369 |
18 |
370 |
19 |
371 |
20 |
372 |
ALARM HYSTERESIS |
373 |
PLSOUT |
374 |
.3f |
375 |
7.3f |
376 |
I.out range |
377 |
Auto |
378 |
Wide |
379 |
I.out limit |
380 |
On |
381 |
Span select |
382 |
m/s |
383 |
High response |
384 |
40 |
385 |
200 |
386 |
KID coefficient |
387 |
Func set |
388 |
PV URV |
389 |
11.5f |
390 |
PV URV2 |
391 |
Date |
392 |
Number |
393 |
Ex value |
394 |
mA |
395 |
Decimal place 1 |
396 |
Decimal place 2 |
397 |
Manual zero trim |
398 |
Pulse error; See status group 3 |
399 |
Detector type / DIA error |
400 |
Tow few low limit data |
401 |
Too much low limit data |
402 |
Tow few High limit data |
403 |
Too much High limit data |
404 |
Low > High data |
405 |
Too few coefficent |
406 |
Too much coefficient |
407 |
Too few gravity |
408 |
Too much gravity |
409 |
Span over 12m/s; See status group 3 |
410 |
Burn out (4mA-20mA) data |
411 |
Burn out (PULSE) data |
412 |
Normal contact data |
413 |
Too few averaging time |
414 |
Too much averaging time |
415 |
Device is busy |
416 |
Too few time value |
417 |
Too much time value |
418 |
Too few level value |
419 |
Too much level value |
420 |
PULSE 2 is not available. |
421 |
Pulse output is not available. Set pulse in function set in Basic Setup menu. |
422 |
DO1 is not available. |
423 |
DO is not available. Set DO in function set in Basic setup menu. |
424 |
Too few pulse coefficient |
425 |
Too much pulse coefficient |
426 |
DUMMY is not available. |
427 |
Too few value |
428 |
Too much value |
429 |
DO2 is not available. |
430 |
HYSTERESIS is not available. |
431 |
ALARM HYSTERESIS is not available. |
432 |
Span Over 12/24 m/s error |
433 |
Invalid selection |
434 |
Invalid digit 1 |
435 |
Invalid digit 2 |
436 |
Device Status |
437 |
Loop test |
438 |
Output check ST |
439 |
Calibration |
440 |
EX current trim |
441 |
Factory use |
442 |
Factory use: EX |
443 |
Factory use: FLAG1 |
444 |
Factory use: FLAG2 |
445 |
Converter&Detector |
446 |
Converter settings |
447 |
Detector settings |
448 |
Detector config |
449 |
Conf outputs |
450 |
Analog output |
451 |
Pulse output |
452 |
Totalizer |
453 |
Digital output |
454 |
Hart output |
455 |
Noise immunity |
456 |
Decimal place |
457 |
Device info |
458 |
Revision No. |
459 |
Disp function |
460 |
Reset totalizer |
461 |
Reset totalizer-Replace the totalized value with the set value of the Total restart val. |
462 |
D/A trim |
463 |
D/A trim-Calibration for analog output |
464 |
Shipping save |
465 |
Shipping RCVR |
466 |
Shipping data recovery-All data are set as factory default values. |
467 |
Initial RCVR |
468 |
Gain trim |
469 |
Gain trim-Electrical trim. |
470 |
Abort Gain trim |
471 |
I.OUT D/A value |
472 |
Abort I.OUT D/A value |
473 |
Output check AO |
474 |
Output check of analog current |
475 |
Abort Output check AO |
476 |
Output check Pls |
477 |
Output check of pulse output |
478 |
Abort Output check Pls |
479 |
Output check EX |
480 |
Output check of excitation current |
481 |
Abort Output check EX |
482 |
Output check DO |
483 |
Output check of digital status output |
484 |
Abort Output check DO |
485 |
Output check DI |
486 |
Output check of digital status input |
487 |
Abort Output check DI |
488 |
Pulse width |
489 |
Abort pulse width |
490 |
COMM output |
491 |
Select communication protocol. |
492 |
Memory operate |
493 |
Abort memory operation |
494 |
Set DEVICE-ID |
495 |
Abort DEVICE-ID |
496 |
EX value-Unique detector factor.Ex factor is stamped on the name plate. |
497 |
Dummy value |
498 |
Hysteresis |
499 |
Alarm hysteresis |
500 |
CLR error history |
501 |
Abort Zero trim |
502 |
CAL EX current |
503 |
Calibrate EX value |
504 |
Abort calibrate EX value |
505 |
FMU860 |
506 |
DT |
507 |
DVC |
508 |
FCX |
509 |
AS800 |
510 |
340T |
511 |
340C |
512 |
344 |
513 |
Siemens Micro K |
514 |
SITRANS L |
515 |
SIPAN PH |
516 |
SITRANS P |
517 |
75SMT |
518 |
UNIDELTA |
519 |
8320 |
520 |
SX5100 |
521 |
TSV175 |
522 |
DMU |
523 |
3780 |
524 |
BM70 |
525 |
8u |
526 |
Pulse Output Unit- Engineering units that the frequency andtotalizer outputs will be displayed with. |
527 |
?? |
528 |
Pulse Scaling Factor- Magnitude of process variable per pulse. |
529 |
7.5f |
530 |
6.2f |
531 |
4.2f |
532 |
Puls outp |
533 |
Pulse Output Value- scaled frequency output from 0-1000 Hz, linear with input. |
534 |
Net Total Value- Resettable totalizer value. Counts frequency output pulses while total control is turned on. |
535 |
Gross Total Value- Non-resettable totalizer value. Counts frequency output pulses while total control is turned on. This value will be reset to 0 when the pulse scaling, line size, or units are changed. |
536 |
Reverse Total Value- Non-resettable totalizer value. Counts frequency output pulses while total control is turned on and flow is in the reverse direction. This value will be reset to 0 when the pulse scaling, line size, or units are changed. |
537 |
7d |
538 |
Coil Drive Frequency- Frequency that the coils operate at. |
539 |
6Hz |
540 |
30Hz |
541 |
gross_total_units |
542 |
Pulse output units- Engineering units that the frequency and totalizer outputs will be displayed with |
543 |
Net Total Value- Counts frequency output pulses while total control is turned on. |
544 |
Pulse Output- Scaled frequency output from 0-1000 Hz, linear with input. |
545 |
Pulse output value- scaled frequency output from 0-1000 Hz, linear with input |
546 |
Totalizer units |
547 |
Gross Total Value- Counts frequency output pulses while total control is turned on. This value will be reset to 0 when the pulse scaling, line size , or units are changed |
548 |
Reverse Total Value- Counts frequency output pulses while total control is turned on and flow is in the reverse direction. This value will be reset to 0 when the pulse scaling, line size, or units are changed |
549 |
Totalizer Variable- Counts pulses from frequency output and scales the value based on the pulse output scaling and units. |
550 |
About to enter auto zero |
551 |
The previous error was seen while trying to initiate auto zero |
552 |
Waiting for auto zero to complete. |
553 |
Device failure. Device may be stuck in Auto Zero. |
554 |
Device failure in Auto Zero. |
555 |
The previous error was seen while trying to burn eeprom |
556 |
Auto zero passed |
557 |
Sensor |
558 |
Sensor Config |
559 |
Sensor Info |
560 |
Device Info |
561 |
Revision #'s |
562 |
Totalizer will be reset |
563 |
Yes;End |
564 |
Totalizer was reset. |
565 |
Choose D/A trim |
566 |
4mA;20mA;End |
567 |
Choose DAC trim func |
568 |
Set;End |
569 |
DAC trim 4mA End |
570 |
DAC trim 20mA End |
571 |
Shippng data save Ready? |
572 |
Saved |
573 |
End |
574 |
Device will be reboot, please connect again |
575 |
Shippng data recovery Ready? |
576 |
CAUTION: Shipping data recovery will be soon, DO NOT RETRY. Quit and re-connect 20 seconds later. |
577 |
Initial data recovery Ready? |
578 |
CAUTION: Initial data recovery will be soon, DO NOT RETRY. Quit and re-connect 20 seconds later. |
579 |
Connect MagneW calibrator |
580 |
Choose gain |
581 |
0.0m/s;2.5m/s;10.0m/s;End |
582 |
Set 0.0m/s on MagneW calibrator, wait 100s |
583 |
Start gain 0.0m/s |
584 |
Set 2.5m/s on MagneW calibrator, wait 15s |
585 |
Start gain 2.5m/s |
586 |
Set 10.0m/s on MagneW calibrator, wait 15s |
587 |
Start gain 10.0m/s |
588 |
Waiting for gain 0.0m/s to complete. |
589 |
Waiting for gain 2.5m/s to complete. |
590 |
Waiting for gain 10.0m/s to complete. |
591 |
Gain trim complete |
592 |
Gain trim ABORTED! |
593 |
Choose I.OUT Current |
594 |
4mA;20mA;End |
595 |
Set another value |
596 |
I.OUT D/A value ABORTED! |
597 |
Choose output check analog current |
598 |
Start;End |
599 |
Output check AO ABORTED! |
600 |
Choose output check pulse |
601 |
Select another Pulse |
602 |
Output check Pls ABORTED! |
603 |
Choose output check excitation |
604 |
Select another EX |
605 |
Output check EX ABORTED! |
606 |
Choose output check DO |
607 |
ST.OUT1;ST.OUT2;End |
608 |
Select another value |
609 |
Output check DO ABORTED! |
610 |
Choose input check DI |
611 |
ST.IN1;ST.IN2;End |
612 |
ST.IN1 is Close |
613 |
ST.IN1 is Open |
614 |
ST.IN2 is Close |
615 |
ST.IN2 is Open |
616 |
Output check DI ABORTED! |
617 |
Number to DUTY 50% |
618 |
Yes;No;End |
619 |
Input another value |
620 |
DUTY 50% to Number |
621 |
Pulse width ABORTED! |
622 |
Protocol |
623 |
HART;SFN analog;SFN digital;FF;None;End |
624 |
HART protocol |
625 |
Yes;No |
626 |
SFN analog protocol, device will be reboot |
627 |
SFN digital protocol, device will be reboot |
628 |
FF protocol, device will be reboot |
629 |
None protocol, device will be reboot |
630 |
Set memory location |
631 |
Set memory data |
632 |
Set another EX value |
633 |
Out of range error |
634 |
Set another DUMMY value |
635 |
Set another HYSTERESIS value |
636 |
Set another ALARM HYSTERESIS value |
637 |
CLR error history Ready? |
638 |
CAUTION: Clear all error historys |
639 |
Zero trim ABORTED! |
640 |
Choose EX value caribration |
641 |
Calibrate EX value ABORTED! |
642 |
Change the zero adjust value. |
643 |
Down;Up;End |
644 |
Confirm flow rate is zero, wait 100s |
645 |
Auto zero complete |