Device dictionary

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Reference ID	String
0	Easy Setup
1	Device Setup
2	Display
3
4	Chart View
5	Channel S1
6	Channel S2
7	View/Log Enables
8	Date and Time
9	Daylight Saving
10	Analog Output 1
11	Analog Output 2
12	Digital I/O
13	Relay 1
14	Relay 2
15	Relay 3
16	Relay 4
17	Alarm 1
18	Alarm 2
19	Alarm 3
20	Alarm 4
21	Alarm 5
22	Alarm 6
23	Alarm 7
24	Alarm 8
25	Data Logging
26	Transmitter
27	Sensor 1
28	Sensor 2
29	Cleaning 1
30	Cleaning2
31	www.abb.com
32	Process value[mA]
33	BAD LOW
34	UNCERTAIN LOW
35	GOOD
36	UNCERTAIN HIGH
37	BAD HIGH
38	Current Output
39	mA
40	HART Curr.Out
41	DeviceHealthVariable
42	DeviceHealthDiagnostics
43	GetHealthStatus
44	Language
45	English
46	German
47	French
48	Spanish
49	Italian
50	Instrument Tag
51	AWT420
52	Temperature Unit
53	°C
54	°F
55	Diagnostics View
56	Disabled
57	Enabled
58	Signals View
59	Alarm View
60	Analog OP View
61	Calibration Log
62	Alarm Log
63	Audit Log
64	Diagnostics Log
65	Date Format
66	DD-MM-YYYY
67	MM-DD-YYYY
68	YYYY-MM-DD
69	Source
70	None
71	S1:Primary Signal
72	S1:Secondary Signal
73	Inferred Signal
74	S2:Primary Signal
75	S2:Secondary Signal
76	Tag
77	Chart Duration
78	1 Hr.
79	2 Hrs.
80	4 Hrs.
81	8 Hrs.
82	12 Hrs.
83	16 Hrs.
84	20 Hrs.
85	24 Hrs.
86	DS Region
87	Europe
88	North America
89	Custom
90	DS Start Hour
91	00:00
92	DS Start Occurrence
93	First
94	Second
95	Third
96	Last
97	DS Start Day
98	Sunday
99	Monday
100	Tuesday
101	Wednesday
102	Thursday
103	Friday
104	Saturday
105	DS Start Month
106	January
107	February
108	March
109	April
110	May
111	June
112	July
113	August
114	September
115	October
116	November
117	December
118	DS End Hour
119	DS End Occurrence
120	DS End Day
121	DS End Month
122	Output Type
123	Linear
124	Log 2 Decade
125	Log 3 Decade
126	Log 4 Decade
127	Elect. High
128	.2f
129	.8f
130	Elect. Low
131	Eng. High
132	.6f
133	Eng. Low
134	Output Failure
135	Failure Current
136	Type
137	Off
138	Input
139	Output
140	S1 Hold
141	S2 Hold
142	S1 Start Clean
143	S2 Start Clean
144	Alarm 1 State
145	Alarm 2 State
146	Alarm 3 State
147	Alarm 4 State
148	Alarm 5 State
149	Alarm 6 State
150	Alarm 7 State
151	Alarm 8 State
152	S1 Failure
153	S2 Failure
154	S1 Out of Spec.
155	S2 Out of Spec.
156	S1 Maintenance
157	S2 Maintenance
158	S1 Function Check
159	S2 Function Check
160	Tx Failure
161	Tx Out of Spec.
162	Tx Maintenance
163	Tx Function Check
164	S1 Cal in Progress
165	S2 Cal in Progress
166	S1 Cal Failed
167	S2 Cal Failed
168	Clean 1
169	Clean 2
170	Diagnostics Active
171	Polarity
172	Inverted
173	Non Inverted
174	Logging Enable
175	Disable
176	Enable
177	Channel 1
178	Channel 2
179	Channel 3
180	Channel 4
181	Channel 5
182	Channel 6
183	Sampling Time
184	5 Secs.
185	10 Secs.
186	30 Secs.
187	1 Min.
188	5 Mins.
189	10 Mins.
190	30 Mins.
191	Serial Number
192	3K0000000000000
193	Software Revision
194	AWT420/p2/00.00.020
195	Hardware Revision
196	Sensor Type
197	Unrecognized Sensor
198	TE Cond.
199	EC
200	RDO
201	pH/Redox(ORP)
202	Turb TSS
203	High Process
204	Low Process
205	High Latch
206	Low Latch
207	ABB_SourceUnit
208	ABB_rangeHighInUserUnit
209	ABB_rangeLowInUserUnit
210	Trip
211	Hysteresis
212	Time hysteresis
213	Secs
214	writeProtection
215	dataSig1S1
216	dataSig2S1
217	dataSig3S1
218	dataSig1S2
219	dataSig2S2
220	dataSig3S2
221	ABB_anlgOutputEngUnit
222	NTU
223	FNU
224	FTU
225	FAU
226	ppm
227	mg/l
228	ppb
229	µg/l
230	µg/Kg
231	mg/Kg
232	NM³/H
233	BAR A
234	µS/cm
235	µS/M
236	mS/cm
237	mS/M
238	TDS
239	MOhm/cm
240	Ohm/cm
241	pH
242	mV
243	% Sat
244	%
245	ml/Sec
246	µA
247	mL/Min
248	PSU
249	ppt
250	mbar
251	mmHg
252	Weeks
253	Days
254	g/l
255	MOhm-cm
256	Sensor to Clean
257	S1
258	S2
259	O/P Assignment
260	Not Assigned
261	Digital O/P
262	Clean Interval
263	15 Mins.
264	45 Mins.
265	1 Hour
266	2 Hours
267	3 Hours
268	4 Hours
269	5 Hours
270	6 Hours
271	7 Hours
272	8 Hours
273	9 Hours
274	10 Hours
275	11 Hours
276	12 Hours
277	13 Hours
278	14 Hours
279	15 Hours
280	16 Hours
281	17 Hours
282	18 Hours
283	19 Hours
284	20 Hours
285	21 Hours
286	22 Hours
287	23 Hours
288	24 Hours
289	Clean Type
290	Continous
291	Pulsed
292	Clean On time
293	Secs.
294	Clean Off time
295	Number of Pulses
296	1
297	2
298	3
299	4
300	5
301	6
302	7
303	8
304	9
305	10
306	Recovery Time
307	2 Mins.
308	3 Mins.
309	4 Mins.
310	6 Mins.
311	7 Mins.
312	8 Mins.
313	9 Mins.
314	Clean Duration
315	min
316	Next Clean
317	Card
318	Disconnected
319	Connected
320	Card Status
321	Offline
322	Online
323	Memory Consumed
324	Hidden
325	0 %
326	20 %
327	40 %
328	60 %
329	80 %
330	100 %
331	Media Full
332	Not Inserted
333	Diagnosis Simulation
334	Date
335	Time
336	Next Clean Date
337	Next Clean Time
338	Curr.Out at Alarm
339	High
340	Low
341	Control Action
342	Direct
343	Reverse
344	Dual
345	Control Mode
346	Automatic
347	Manual
348	Setpoint
349	.1f
350	Control Type
351	P Only
352	P+I
353	P+I+D
354	P+D
355	Proportional Band
356	Integral ActionTime
357	Derivative Action Time
358	Manual Reset
359	Analog
360	Time Proportioning
361	Pulse Frequency
362	Cycle Time
363	/min
364	Action
365	Auto
366	Default Output
367	Hold
368	Operator Control
369	pH S1
370	pH S2
371	Redox/ORP S1
372	Redox/ORP S2
373	Conductivity S1
374	Conductivity S2
375	Concentration S1
376	Concentration S2
377	Resistivity S1
378	Resistivity S2
379	D.O Conc. S1
380	D.O Conc. S2
381	D.O %Sat S1
382	D.O %Sat S2
383	Turbidity S1
384	Turbidity S2
385	Suspended Solids S1
386	Suspended Solids S2
387	Temperature S1
388	Temperature S2
389	Inf. pH
390	Difference
391	Ratio
392	% Passage
393	% Rejection
394	Update Period
395	PH_S1_Obj_Unit
396	PH_S1_Obj_Value_LABEL
397	PH_S1_Obj_DQ_Label
398	PH_S1_Obj_LS_Label
399	PH_S1_Obj_Status_Label
400	PH_S1_Obj_Classification
401	usl
402	DampingTime_Label
403	s
404	PH_S1_transducerSerialNumber
405	1u
406	PH_S1_maxUpdateTime
407	PH_S1_deviceVariableFamilyCodes
408	PH_S2_Obj_Unit
409	PH_S2_Obj_Value_LABEL
410	PH_S2_Obj_DQ_Label
411	PH_S2_Obj_LS_Label
412	PH_S2_Obj_Status_Label
413	PH_S2_Obj_Classification
414	PH_S2_transducerSerialNumber
415	PH_S2_maxUpdateTime
416	PH_S2_deviceVariableFamilyCodes
417	ORP_REDOX_S1_Obj_Unit
418	ORP_REDOX_S1_Obj_Value_LABEL
419	ORP_REDOX_S1_Obj_DQ_Label
420	ORP_REDOX_S1_Obj_LS_Label
421	ORP_REDOX_S1_Obj_Status_Label
422	ORP_REDOX_S1_Obj_Classification
423	ORP_REDOX_S1_transducerSerialNumber
424	ORP_REDOX_S1_maxUpdateTime
425	ORP_REDOX_S1_deviceVariableFamilyCodes
426	ORP_REDOX_S2_Obj_Unit
427	ORP_REDOX_S2_Obj_Value_LABEL
428	ORP_REDOX_S2_Obj_DQ_Label
429	ORP_REDOX_S2_Obj_LS_Label
430	ORP_REDOX_S2_Obj_Status_Label
431	ORP_REDOX_S2_Obj_Classification
432	ORP_REDOX_S2_transducerSerialNumber
433	ORP_REDOX_S2_maxUpdateTime
434	ORP_REDOX_S2_deviceVariableFamilyCodes
435	COND_S1_Obj_Unit
436	COND_S1_Obj_Value_LABEL
437	COND_S1_Obj_DQ_Label
438	COND_S1_Obj_LS_Label
439	COND_S1_Obj_Status_Label
440	COND_S1_Obj_Classification
441	COND_S1_transducerSerialNumber
442	COND_S1_maxUpdateTime
443	COND_S1_deviceVariableFamilyCodes
444	COND_S2_Obj_Unit
445	COND_S2_Obj_Value_LABEL
446	COND_S2_Obj_DQ_Label
447	COND_S2_Obj_LS_Label
448	COND_S2_Obj_Status_Label
449	COND_S2_Obj_Classification
450	COND_S2_transducerSerialNumber
451	COND_S2_maxUpdateTime
452	COND_S2_deviceVariableFamilyCodes
453	CONC_S1_Obj_Unit
454	CONC_S1_Obj_Value_LABEL
455	CONC_S1_Obj_DQ_Label
456	CONC_S1_Obj_LS_Label
457	CONC_S1_Obj_Status_Label
458	CONC_S1_Obj_Classification
459	CONC_S1_transducerSerialNumber
460	CONC_S1_maxUpdateTime
461	CONC_S1_deviceVariableFamilyCodes
462	CONC_S2_Obj_Unit
463	CONC_S2_Obj_Value_LABEL
464	CONC_S2_Obj_DQ_Label
465	CONC_S2_Obj_LS_Label
466	CONC_S2_Obj_Status_Label
467	CONC_S2_Obj_Classification
468	CONC_S2_transducerSerialNumber
469	CONC_S2_maxUpdateTime
470	CONC_S2_deviceVariableFamilyCodes
471	RESISTIVITY_S1_Obj_Unit
472	RESISTIVITY_S1_Obj_Value_LABEL
473	RESISTIVITY_S1_Obj_DQ_Label
474	RESISTIVITY_S1_Obj_LS_Label
475	RESISTIVITY_S1_Obj_Status_Label
476	RESISTIVITY_S1_Obj_Classification
477	RESISTIVITY_S1_transducerSerialNumber
478	RESISTIVITY_S1_maxUpdateTime
479	RESISTIVITY_S1_deviceVariableFamilyCodes
480	RESISTIVITY_S2_Obj_Unit
481	RESISTIVITY_S2_Obj_Value_LABEL
482	RESISTIVITY_S2_Obj_DQ_Label
483	RESISTIVITY_S2_Obj_LS_Label
484	RESISTIVITY_S2_Obj_Status_Label
485	RESISTIVITY_S2_Obj_Classification
486	RESISTIVITY_S2_transducerSerialNumber
487	RESISTIVITY_S2_maxUpdateTime
488	RESISTIVITY_S2_deviceVariableFamilyCodes
489	DO_CONC_S1_Obj_Unit
490	DO_CONC_S1_Obj_Value_LABEL
491	DO_CONC_S1_Obj_DQ_Label
492	DO_CONC_S1_Obj_LS_Label
493	DO_CONC_S1_Obj_Status_Label
494	DO_CONC_S1_Obj_Classification
495	DO_CONC_S1_transducerSerialNumber
496	DO_CONC_S1_maxUpdateTime
497	DO_CONC_S1_deviceVariableFamilyCodes
498	DO_CONC_S2_Obj_Unit
499	DO_CONC_S2_Obj_Value_LABEL
500	DO_CONC_S2_Obj_DQ_Label
501	DO_CONC_S2_Obj_LS_Label
502	DO_CONC_S2_Obj_Status_Label
503	DO_CONC_S2_Obj_Classification
504	DO_CONC_S2_transducerSerialNumber
505	DO_CONC_S2_maxUpdateTime
506	DO_CONC_S2_deviceVariableFamilyCodes
507	DO_PERCENT_SAT_S1_Obj_Unit
508	DO_PERCENT_SAT_S1_Obj_Value_LABEL
509	DO_PERCENT_SAT_S1_Obj_DQ_Label
510	DO_PERCENT_SAT_S1_Obj_LS_Label
511	DO_PERCENT_SAT_S1_Obj_Status_Label
512	DO_PERCENT_SAT_S1_Obj_Classification
513	DO_PERCENT_SAT_S1_transducerSerialNumber
514	DO_PERCENT_SAT_S1_maxUpdateTime
515	DO_PERCENT_SAT_S1_deviceVariableFamilyCodes
516	DO_PERCENT_SAT_S2_Obj_Unit
517	DO_PERCENT_SAT_S2_Obj_Value_LABEL
518	DO_PERCENT_SAT_S2_Obj_DQ_Label
519	DO_PERCENT_SAT_S2_Obj_LS_Label
520	DO_PERCENT_SAT_S2_Obj_Status_Label
521	DO_PERCENT_SAT_S2_Obj_Classification
522	DO_PERCENT_SAT_S2_transducerSerialNumber
523	DO_PERCENT_SAT_S2_maxUpdateTime
524	DO_PERCENT_SAT_S2_deviceVariableFamilyCodes
525	TURBIDITY_S1_Obj_Unit
526	TURBIDITY_S1_Obj_Value_LABEL
527	TURBIDITY_S1_Obj_DQ_Label
528	TURBIDITY_S1_Obj_LS_Label
529	TURBIDITY_S1_Obj_Status_Label
530	TURBIDITY_S1_Obj_Classification
531	TURBIDITY_S1_transducerSerialNumber
532	TURBIDITY_S1_maxUpdateTime
533	TURBIDITY_S1_deviceVariableFamilyCodes
534	TURBIDITY_S2_Obj_Unit
535	TURBIDITY_S2_Obj_Value_LABEL
536	TURBIDITY_S2_Obj_DQ_Label
537	TURBIDITY_S2_Obj_LS_Label
538	TURBIDITY_S2_Obj_Status_Label
539	TURBIDITY_S2_Obj_Classification
540	TURBIDITY_S2_transducerSerialNumber
541	TURBIDITY_S2_maxUpdateTime
542	TURBIDITY_S2_deviceVariableFamilyCodes
543	SS_S1_Obj_Unit
544	SS_S1_Obj_Value_LABEL
545	SS_S1_Obj_DQ_Label
546	SS_S1_Obj_LS_Label
547	SS_S1_Obj_Status_Label
548	SS_S1_Obj_Classification
549	SS_S1_transducerSerialNumber
550	SS_S1_maxUpdateTime
551	SS_S1_deviceVariableFamilyCodes
552	SS_S2_Obj_Unit
553	SS_S2_Obj_Value_LABEL
554	SS_S2_Obj_DQ_Label
555	SS_S2_Obj_LS_Label
556	SS_S2_Obj_Status_Label
557	SS_S2_Obj_Classification
558	SS_S2_transducerSerialNumber
559	SS_S2_maxUpdateTime
560	SS_S2_deviceVariableFamilyCodes
561	TEMP_S1_Obj_Unit
562	TEMP_S1_Obj_Value_LABEL
563	TEMP_S1_Obj_DQ_Label
564	TEMP_S1_Obj_LS_Label
565	TEMP_S1_Obj_Status_Label
566	TEMP_S1_Obj_Classification
567	TEMP_S1_transducerSerialNumber
568	TEMP_S1_maxUpdateTime
569	TEMP_S1_deviceVariableFamilyCodes
570	TEMP_S2_Obj_Unit
571	TEMP_S2_Obj_Value_LABEL
572	TEMP_S2_Obj_DQ_Label
573	TEMP_S2_Obj_LS_Label
574	TEMP_S2_Obj_Status_Label
575	TEMP_S2_Obj_Classification
576	TEMP_S2_transducerSerialNumber
577	TEMP_S2_maxUpdateTime
578	TEMP_S2_deviceVariableFamilyCodes
579	INFERRED_PH_Obj_Unit
580	INFERRED_PH_Obj_Value_LABEL
581	INFERRED_PH_Obj_DQ_Label
582	INFERRED_PH_Obj_LS_Label
583	INFERRED_PH_Obj_Status_Label
584	INFERRED_PH_Obj_Classification
585	INFERRED_PH_transducerSerialNumber
586	INFERRED_PH_maxUpdateTime
587	INFERRED_PH_deviceVariableFamilyCodes
588	DIFF_Obj_Unit
589	DIFF_Obj_Value_LABEL
590	DIFF_Obj_DQ_Label
591	DIFF_Obj_LS_Label
592	DIFF_Obj_Status_Label
593	DIFF_Obj_Classification
594	DIFF_transducerSerialNumber
595	DIFF_maxUpdateTime
596	DIFF_deviceVariableFamilyCodes
597	COND_RATIO_Obj_Unit
598	COND_RATIO_Obj_Value_LABEL
599	COND_RATIO_Obj_DQ_Label
600	COND_RATIO_Obj_LS_Label
601	COND_RATIO_Obj_Status_Label
602	COND_RATIO_Obj_Classification
603	COND_RATIO_transducerSerialNumber
604	COND_RATIO_maxUpdateTime
605	COND_RATIO_deviceVariableFamilyCodes
606	COND_PERC_PASSAGE_Obj_Unit
607	COND_PERC_PASSAGE_Obj_Value_LABEL
608	COND_PERC_PASSAGE_Obj_DQ_Label
609	COND_PERC_PASSAGE_Obj_LS_Label
610	COND_PERC_PASSAGE_Obj_Status_Label
611	COND_PERC_PASSAGE_Obj_Classification
612	COND_PERC_PASSAGE_transducerSerialNumber
613	COND_PERC_PASSAGE_maxUpdateTime
614	COND_PERC_PASSAGE_deviceVariableFamilyCodes
615	COND_PERC_REJECTION_Obj_Unit
616	COND_PERC_REJECTION_Obj_Value_LABEL
617	COND_PERC_REJECTION_Obj_DQ_Label
618	COND_PERC_REJECTION_Obj_LS_Label
619	COND_PERC_REJECTION_Obj_Status_Label
620	COND_PERC_REJECTION_Obj_Classification
621	COND_PERC_REJECTION_transducerSerialNumber
622	COND_PERC_REJECTION_maxUpdateTime
623	COND_PERC_REJECTION_deviceVariableFamilyCodes
624	Upload from Device
625	Download to Device
626	Download from Device
627	Upload to Device
628	Device_Diagnostic_0
629	S1:Comms Error
630	Possible Cause: Communication to sensor failure. Communication to one or all the sensors has failed during cyclic reads Suggested Action: Check wiring between transmitter and sensors.
631	S2:Comms Error
632	AO1:Out of Range
633	Possible Cause: Analog Output 1 source is outside the programmed range Suggested Action:
634	AO2:Out of Range
635	Possible Cause: Analog Output 2 source is outside the programmed range Suggested Action:
636	AO3:Out of Range
637	Possible Cause: Analog Output 3 source is outside the programmed range Suggested Action:
638	AO4:Out of Range
639	Possible Cause: Analog Output 4 source is outside the programmed range Suggested Action:
640	SD Nearly Full
641	Possible Cause: Memory card is more than 90% full Suggested Action: Replace memory card.
642	SD Card Full
643	Possible Cause: Memory card is full, no more data can be saved to the card. Suggested Action: Replace memory card.
644	Device_Diagnostic_1
645	Alarm Active
646	Possible Cause: Indicates 1 of 8 user-defined alarms is active Suggested Action:
647	Memory Write Error
648	Possible Cause: NV error â€“ processor board (CRC Comms.). Failure of non-volatile memory on processor/display board or permanent corruption of its data. Suggested Action: Cycle power to the transmitter. If problem still persists, contact local service organization
649	S1:Write Error
650	Possible Cause: Error writing configuration data to sensor 1. Repeat process until diagnostic is cleared. If problem still persists, contact local service organization Suggested Action: Repeat process until diagnostic is cleared. If problem still persists, contact local service organization.
651	S2:Write Error
652	Possible Cause: Error writing configuration data to sensor 2. Repeat process until diagnostic is cleared. If problem still persists, contact local service organization Suggested Action: Repeat process until diagnostic is cleared. If problem still persists, contact local service organization.
653	S1:PV Out of Range
654	Possible Cause: Sensor 1 Primary Variable is out of the specified range of the sensor. Suggested Action:
655	S2:PV Out of Range
656	Possible Cause: Sensor 2 Primary Variable is out of the specified range of the sensor. Suggested Action:
657	Simulation Active
658	Possible Cause: The analyzer is operating in Simulation mode. Suggested Action:
659	Inf. pH Invalid
660	Possible Cause: The calculated (inferred) pH i.e., either: Outside the range 7.00 to 10.00 pH when NH3 temperature compensation (for a NH3 dosed sample) is selected outside the range 7.00 to 11.00 pH when NaOH temperature compensation (for a NaOH dosed sample) is selected. Suggested Action:
661	Device_Diagnostic_2
662	Before Cat. High
663	Possible Cause: The pre-set conductivity value before the cation resin column has been exceeded Suggested Action:
664	After Cat. High
665	Possible Cause: The conductivity value after the cation resin column has exceeded the programmed limit. Suggested Action:
666	Before Cat. Low
667	Possible Cause: The conductivity value before the cation resin column has fallen below the acceptable value for reliable readings when inferred pH is selected. Suggested Action:
668	Clean 1 in Progress
669	Possible Cause: Indicates that a manual, or automatic, sensor clean cycle is in progress. Suggested Action:
670	Clean 2 in Progress
671	Byte2Bite5_Dec
672	Byte2Bite5_PCSA
673	Byte2Bite6_Dec
674	Byte2Bite6_PCSA
675	Byte2Bite7_Dec
676	Byte2Bite7_PCSA
677	Device_Diagnostic_3
678	Byte3Bite0_Dec
679	Byte3Bite0_PCSA
680	Byte3Bite1_Dec
681	Byte3Bite1_PCSA
682	Byte3Bite2_Dec
683	Byte3Bite2_PCSA
684	Byte3Bite3_Dec
685	Byte3Bite3_PCSA
686	Byte3Bite4_Dec
687	Byte3Bite4_PCSA
688	Byte3Bite5_Dec
689	Byte3Bite5_PCSA
690	Byte3Bite6_Dec
691	Byte3Bite6_PCSA
692	Byte3Bite7_Dec
693	Byte3Bite7_PCSA
694	Device_Diagnostic_4
695	Byte4Bite0_Dec
696	Byte4Bite0_PCSA
697	ADC Failure
698	Possible Cause: An error has been reported by the on board ADC. Suggested Action: Cycle power to sensor. If problem persists change sensor module.
699	Memory Failure
700	Possible Cause: Failure of non-volatile memory on sensor board. Suggested Action: Cycle power to sensor. If power cycling fails, reset the sensor configuration to default and reconfigure as needed.
701	Byte4Bite3_Dec
702	Byte4Bite3_PCSA
703	Broken Glass
704	Possible Cause: pH glass tip is broken Suggested Action: Replace Sensor
705	Ref. Failure
706	Possible Cause: Reference impedance error Suggested Action: Replace Sensor
707	PT Failure
708	Possible Cause: Check thermometer wiring Suggested Action: Check Temperature Sensor. If problem persists change temperature sensor
709	Byte4Bite7_Dec
710	Byte4Bite7_PCSA
711	Device_Diagnostic_5
712	Cal Failed
713	Possible Cause: Calibration failed. Previous calibration values applied. Suggested Action:
714	PV Out of Limits
715	Possible Cause: The measured pH is out of range. Suggested Action:
716	Byte5Bite2_Dec
717	Byte5Bite2_PCSA
718	Byte5Bite3_Dec
719	Byte5Bite3_PCSA
720	Process Temp Out of Range
721	Possible Cause: The measured temperature is outside the sensor Limits. Suggested Action:
722	Byte5Bite5_Dec
723	Byte5Bite5_PCSA
724	Byte5Bite6_Dec
725	Byte5Bite6_PCSA
726	Ambient Temp Out of Range
727	Possible Cause: The ambient temperature of sensor is out of range. Suggested Action:
728	Device_Diagnostic_6
729	Byte6Bite0_Dec
730	Byte6Bite0_PCSA
731	Byte6Bite1_Dec
732	Byte6Bite1_PCSA
733	Byte6Bite2_Dec
734	Byte6Bite2_PCSA
735	Ref. Blocked
736	Possible Cause: The reference junction is blocked Suggested Action: Clean Sensor
737	Ref. Warning
738	Possible Cause: The millivolt difference between electrodes is approaching zero Suggested Action: Sensor needs replacing soon
739	Low pH Slope
740	Possible Cause: As the Electrode ages its slop decreases Suggested Action:
741	Out of Solution
742	Possible Cause: Suggested Action: Check solution supply
743	Low Electrolyte
744	Possible Cause: Over time some electrolyte will leak away Suggested Action: For those pH sensors that can be topped up with liquid electrolyte please refill. Other Sensors must be replaced.
745	Device_Diagnostic_7
746	Byte7Bite0_Dec
747	Byte7Bite0_PCSA
748	Byte7Bite1_Dec
749	Byte7Bite1_PCSA
750	Byte7Bite2_Dec
751	Byte7Bite2_PCSA
752	Byte7Bite3_Dec
753	Byte7Bite3_PCSA
754	Byte7Bite4_Dec
755	Byte7Bite4_PCSA
756	Byte7Bite5_Dec
757	Byte7Bite5_PCSA
758	Byte7Bite6_Dec
759	Byte7Bite6_PCSA
760	Byte7Bite7_Dec
761	Byte7Bite7_PCSA
762	Device_Diagnostic_8
763	Byte8Bite0_Dec
764	Byte8Bite0_PCSA
765	Byte8Bite3_Dec
766	Byte8Bite3_PCSA
767	Byte8Bite7_Dec
768	Byte8Bite7_PCSA
769	Device_Diagnostic_9
770	Byte9Bite2_Dec
771	Byte9Bite2_PCSA
772	Byte9Bite3_Dec
773	Byte9Bite3_PCSA
774	Byte9Bite5_Dec
775	Byte9Bite5_PCSA
776	Byte9Bite6_Dec
777	Byte9Bite6_PCSA
778	Device_Diagnostic_10
779	Byte10Bite0_Dec
780	Byte10Bite0_PCSA
781	Byte10Bite1_Dec
782	Byte10Bite1_PCSA
783	Byte10Bite2_Dec
784	Byte10Bite2_PCSA
785	Possible Cause: As the Electrode ages its slope decreases Suggested Action:
786	Device_Diagnostic_11
787	Byte11Bite0_Dec
788	Byte11Bite0_PCSA
789	Byte11Bite1_Dec
790	Byte11Bite1_PCSA
791	Byte11Bite2_Dec
792	Byte11Bite2_PCSA
793	Byte11Bite3_Dec
794	Byte11Bite3_PCSA
795	Byte11Bite4_Dec
796	Byte11Bite4_PCSA
797	Byte11Bite5_Dec
798	Byte11Bite5_PCSA
799	Byte11Bite6_Dec
800	Byte11Bite6_PCSA
801	Byte11Bite7_Dec
802	Byte11Bite7_PCSA
803	Device_Diagnostic_12
804	Possible Cause: Primary variable / sensor failure for sensor 1. Temporary or permanent failure of operation of sensor. Suggested Action: Cycle power to the transmitter. If problem persists, replace sensor cap or complete probe assembly. If problem still persists, contact local service organization.
805	Possible Cause: An error has been reported by the on board Sensor ADC. Suggested Action: Cycle power to the transmitter. If problem persists, replace electronics inside sensor. If problem still persists contact local service organization
806	Byte12Bite3_Dec
807	Byte12Bite3_PCSA
808	Possible Cause: Failure of sensor 1 non-volatile memory or permanent corruption of its data. Suggested Action: Cycle power to the transmitter. If problem persists, check all configuration parameters for all sensors and correct any errors. If problem still persists, contact local service organization.
809	Polarization
810	Possible Cause: Effective area of electrode decreased. Suggested Action: Check process. Check sensor wiring. Clean Sensor
811	Byte12Bite5_Dec
812	Byte12Bite5_PCSA
813	Possible Cause: Temperature sensor failure for sensor 1. The temperature compensator or associated connections are either open-circuit or short-circuit. Suggested Action: Check thermometer wiring
814	Byte12Bite7_Dec
815	Byte12Bite7_PCSA
816	Device_Diagnostic_13
817	Possible Cause: Last sensor calibration failed. Calibration is sensor-specific â€“ refer to the sensor Operating instruction. Suggested Action:
818	Possible Cause: Primary value measured is outside the specified range of the sensor. Suggested Action: Check Sensor Wiring. Check configuration. If problem persists change sensor module
819	Byte13Bite2_Dec
820	Byte13Bite2_PCSA
821	Byte13Bite3_Dec
822	Byte13Bite3_PCSA
823	Possible Cause: Process temperature of sample solution is above or below the temperature range of the sensor. Suggested Action: Check temperature sensor wiring
824	Byte13Bite5_Dec
825	Byte13Bite5_PCSA
826	Byte13Bite6_Dec
827	Byte13Bite6_PCSA
828	Internal Temp Out of Range
829	Possible Cause: The internal sensor temperature is outside operating limits. Suggested Action: Verify that the ambient temperature is within the operating range of the sensor (-10 to 75 Â°C [14 to 167 Â°F])
830	Device_Diagnostic_14
831	Byte14Bite0_Dec
832	Byte14Bite0_PCSA
833	Byte14Bite1_Dec
834	Byte14Bite1_PCSA
835	Byte14Bite2_Dec
836	Byte14Bite2_PCSA
837	Byte14Bite3_Dec
838	Byte14Bite3_PCSA
839	Byte14Bite4_Dec
840	Byte14Bite4_PCSA
841	Possible Cause: The conductivity reading is very low. Suggested Action: Check conductivity cell is still in the process solution.
842	Byte14Bite5_Dec
843	Byte14Bite5_PCSA
844	Byte14Bite7_Dec
845	Byte14Bite7_PCSA
846	Device_Diagnostic_15
847	Calibrating
848	Possible Cause: Displayed during calibration of sensor 1. On a multiple sensor setup, this inhibits the calibration of other sensors Suggested Action:
849	Recovery
850	Possible Cause: The time delay between the completion of a calibration and the update of the current outputs and alarms for the selected sensor. Suggested Action:
851	Byte15Bite2_Dec
852	Byte15Bite2_PCSA
853	Byte15Bite3_Dec
854	Byte15Bite3_PCSA
855	Byte15Bite4_Dec
856	Byte15Bite4_PCSA
857	Byte15Bite5_Dec
858	Byte15Bite5_PCSA
859	Byte15Bite6_Dec
860	Byte15Bite6_PCSA
861	Byte15Bite7_Dec
862	Byte15Bite7_PCSA
863	Device_Diagnostic_16
864	Possible Cause: Primary variable / sensor failure for sensor 2. Temporary or permanent failure of operation of sensor. Suggested Action: Cycle power to the transmitter. If problem persists, replace sensor cap or complete probe assembly. If problem still persists, contact local service organization.
865	Possible Cause: An error has been reported by the on board Sensor ADC. Suggested Action: Cycle power to the transmitter. If problem persists, check all configuration parameters for all sensors and correct any errors. If problem still persists, contact local service organization.
866	Possible Cause: Failure of sensor 2 non-volatile memory or permanent corruption of its data. Suggested Action: Cycle power to sensor. If power cycling fails, reset the sensor configuration to default and reconfigure as needed.
867	Byte16Bite3_Dec
868	Byte16Bite3_PCSA
869	Byte16Bite5_Dec
870	Byte16Bite5_PCSA
871	Possible Cause: Temperature sensor failure for sensor 2. The temperature compensator or associated connections are either open-circuit or short-circuit. Suggested Action: Check thermometer wiring
872	Byte16Bite7_Dec
873	Byte16Bite7_PCSA
874	Device_Diagnostic_17
875	Possible Cause: Primary variable measured is outside the specified range of the sensor. Suggested Action: Check Sensor Wiring. Check configuration. If problem persists change sensor module
876	Byte17Bite2_Dec
877	Byte17Bite2_PCSA
878	Byte17Bite3_Dec
879	Byte17Bite3_PCSA
880	Byte17Bite5_Dec
881	Byte17Bite5_PCSA
882	Byte17Bite6_Dec
883	Byte17Bite6_PCSA
884	Device_Diagnostic_18
885	Byte18Bite0_Dec
886	Byte18Bite0_PCSA
887	Byte18Bite1_Dec
888	Byte18Bite1_PCSA
889	Byte18Bite2_Dec
890	Byte18Bite2_PCSA
891	Byte18Bite3_Dec
892	Byte18Bite3_PCSA
893	Byte18Bite4_Dec
894	Byte18Bite4_PCSA
895	Byte18Bite5_Dec
896	Byte18Bite5_PCSA
897	Possible Cause: The conductivity reading is very low. Suggested Action: Check conductivity cell is still in the process solution.
898	Byte18Bite7_Dec
899	Byte18Bite7_PCSA
900	Device_Diagnostic_19
901	Possible Cause: Displayed during calibration of sensor 2. On a multiple sensor setup, this inhibits the calibration of other sensors Suggested Action:
902	Byte19Bite2_Dec
903	Byte19Bite2_PCSA
904	Byte19Bite3_Dec
905	Byte19Bite3_PCSA
906	Byte19Bite4_Dec
907	Byte19Bite4_PCSA
908	Byte19Bite5_Dec
909	Byte19Bite5_PCSA
910	Byte19Bite6_Dec
911	Byte19Bite6_PCSA
912	Byte19Bite7_Dec
913	Byte19Bite7_PCSA
914	Device_Diagnostic_20
915	Possible Cause: Process variable / sensor failure for sensor 1. Temporary or permanent failure of operation of sensor. Suggested Action: Cycle power to the transmitter. If problem persists, replace sensor cap or complete probe assembly. If problem still persists, contact local service organization.
916	Possible Cause: Sensor failure (temporary or permanent failure of analogue to digital converter for sensor 1. Suggested Action: Cycle power to the transmitter. If problem persists, replace electronics inside sensor. If problem still persists contact local service organization
917	Possible Cause: Failure of sensor 1 non-volatile memory or permanent corruption of its data. Suggested Action: Cycle power to the transmitter. If problem persists, check all configuration parameters for all sensors and correct any errors. If problem still persists, contact local service organization
918	Byte20Bite3_Dec
919	Byte20Bite3_PCSA
920	Byte20Bite4_Dec
921	Byte20Bite4_PCSA
922	Byte20Bite5_Dec
923	Byte20Bite5_PCSA
924	Byte20Bite7_Dec
925	Byte20Bite7_PCSA
926	Device_Diagnostic_21
927	Possible Cause: Primary variable measured is outside the specified range of the sensor. Suggested Action: Check process.
928	Byte21Bite2_Dec
929	Byte21Bite2_PCSA
930	Byte21Bite3_Dec
931	Byte21Bite3_PCSA
932	Possible Cause: Process temperature of sample solution is above or below the temperature range of the sensor. Suggested Action: Check process.
933	Byte21Bite5_Dec
934	Byte21Bite5_PCSA
935	Byte21Bite6_Dec
936	Byte21Bite6_PCSA
937	Possible Cause: The internal sensor temperature is outside operating limits. Suggested Action: Verify that the ambient temperature is within the operating range of the sensor (-10 to 75Â°C [14 to 167Â°F])
938	Device_Diagnostic_22
939	Byte22Bite0_Dec
940	Byte22Bite0_PCSA
941	Byte22Bite1_Dec
942	Byte22Bite1_PCSA
943	Byte22Bite2_Dec
944	Byte22Bite2_PCSA
945	Byte22Bite3_Dec
946	Byte22Bite3_PCSA
947	Dirty Sensor
948	Possible Cause: Sensor is dirty Suggested Action: Clean Sensor
949	Byte22Bite5_Dec
950	Byte22Bite5_PCSA
951	Byte22Bite7_Dec
952	Byte22Bite7_PCSA
953	Device_Diagnostic_23
954	Byte23Bite2_Dec
955	Byte23Bite2_PCSA
956	Byte23Bite3_Dec
957	Byte23Bite3_PCSA
958	Byte23Bite4_Dec
959	Byte23Bite4_PCSA
960	Byte23Bite5_Dec
961	Byte23Bite5_PCSA
962	Byte23Bite6_Dec
963	Byte23Bite6_PCSA
964	Byte23Bite7_Dec
965	Byte23Bite7_PCSA
966	Device_Diagnostic_24
967	Possible Cause: Process variable / sensor failure for sensor 2. Temporary or permanent failure of operation of sensor. Suggested Action: Cycle power to the transmitter. If problem persists, replace sensor cap or complete probe assembly. If problem still persists, contact local service organization.
968	Possible Cause: Sensor failure (temporary or permanent failure of analogue to digital converter for sensor 2. Suggested Action: Cycle power to the transmitter. If problem persists, replace electronics inside sensor. If problem still persists contact local service organization
969	Possible Cause: Failure of sensor 2 non-volatile memory or permanent corruption of its data. Suggested Action: Cycle power to the transmitter. If problem persists, check all configuration parameters for all sensors and correct any errors. If problem still persists, contact local service organization
970	Byte24Bite3_Dec
971	Byte24Bite3_PCSA
972	Byte24Bite4_Dec
973	Byte24Bite4_PCSA
974	Byte24Bite5_Dec
975	Byte24Bite5_PCSA
976	Byte24Bite7_Dec
977	Byte24Bite7_PCSA
978	Device_Diagnostic_25
979	Byte25Bite2_Dec
980	Byte25Bite2_PCSA
981	Byte25Bite3_Dec
982	Byte25Bite3_PCSA
983	Byte25Bite5_Dec
984	Byte25Bite5_PCSA
985	Byte25Bite6_Dec
986	Byte25Bite6_PCSA
987	Device_Diagnostic_26
988	Byte26Bite0_Dec
989	Byte26Bite0_PCSA
990	Byte26Bite1_Dec
991	Byte26Bite1_PCSA
992	Byte26Bite2_Dec
993	Byte26Bite2_PCSA
994	Byte26Bite3_Dec
995	Byte26Bite3_PCSA
996	Byte26Bite5_Dec
997	Byte26Bite5_PCSA
998	Byte26Bite7_Dec
999	Byte26Bite7_PCSA
1000	Device_Diagnostic_27
1001	Byte27Bite2_Dec
1002	Byte27Bite2_PCSA
1003	Byte27Bite3_Dec
1004	Byte27Bite3_PCSA
1005	Byte27Bite4_Dec
1006	Byte27Bite4_PCSA
1007	Byte27Bite5_Dec
1008	Byte27Bite5_PCSA
1009	Byte27Bite6_Dec
1010	Byte27Bite6_PCSA
1011	Byte27Bite7_Dec
1012	Byte27Bite7_PCSA
1013	Device_Diagnostic_28
1014	Byte28Bite0_Dec
1015	Byte28Bite0_PCSA
1016	User Cal Expired
1017	Possible Cause: Parameter measured without errors using an expired user calibration. Suggested Action: Perform user calibration.
1018	Factory Cal Expired
1019	Possible Cause: Parameter measured without errors using an expired factory calibration. Suggested Action:
1020	D.O Conc Meas Error
1021	Possible Cause: D.O. Concentration value measured with error. Suggested Action:
1022	Sensor Warm-up
1023	Possible Cause: Sensor is warming up. Parameter is not being measured. Suggested Action:
1024	Sensor Warning
1025	Possible Cause: Parameter measured but does not meet normal quality criteria. The sensor has sustained moderate damage, or the recommended lifespan has been reached. Suggested Action:
1026	Internal Comms Error
1027	Possible Cause: Sensor communication failed. Make sure sensor cap is installed and properly seated. Suggested Action:
1028	Device_Diagnostic_29
1029	% Sat Meas Error
1030	Possible Cause: % saturation value measured with error. Suggested Action:
1031	Possible Cause: Temperature value measured with error. Suggested Action:
1032	Cap Expired
1033	Possible Cause: The optical DO sensor cap has reached or exceeded its expiry date. The cap may continue operating but its accuracy will degrade and cannot be guaranteed to meet specification. Suggested Action:
1034	Replace Cap
1035	Possible Cause: The optical DO sensor cap will reach expiry date in 4 weeks or less. Suggested Action: Replace sensor cap
1036	Cap Removed
1037	Possible Cause: The sensor cap has been removed. The reading will drop to zero. Suggested Action: Ensure sensor cap is fitted onto the probe tip.
1038	Byte29Bite6_Dec
1039	Byte29Bite6_PCSA
1040	Byte29Bite7_Dec
1041	Byte29Bite7_PCSA
1042	Device_Diagnostic_30
1043	Byte30Bite0_Dec
1044	Byte30Bite0_PCSA
1045	Byte30Bite1_Dec
1046	Byte30Bite1_PCSA
1047	Byte30Bite2_Dec
1048	Byte30Bite2_PCSA
1049	Byte30Bite3_Dec
1050	Byte30Bite3_PCSA
1051	Byte30Bite4_Dec
1052	Byte30Bite4_PCSA
1053	Byte30Bite5_Dec
1054	Byte30Bite5_PCSA
1055	Byte30Bite6_Dec
1056	Byte30Bite6_PCSA
1057	Byte30Bite7_Dec
1058	Byte30Bite7_PCSA
1059	Device_Diagnostic_31
1060	Byte31Bite0_Dec
1061	Byte31Bite0_PCSA
1062	Byte31Bite1_Dec
1063	Byte31Bite1_PCSA
1064	Byte31Bite2_Dec
1065	Byte31Bite2_PCSA
1066	Byte31Bite3_Dec
1067	Byte31Bite3_PCSA
1068	Byte31Bite4_Dec
1069	Byte31Bite4_PCSA
1070	Byte31Bite5_Dec
1071	Byte31Bite5_PCSA
1072	Byte31Bite6_Dec
1073	Byte31Bite6_PCSA
1074	Byte31Bite7_Dec
1075	Byte31Bite7_PCSA
1076	Device_Diagnostic_32
1077	Byte32Bite0_Dec
1078	Byte32Bite0_PCSA
1079	Possible Cause: Parameter measured but does not meet normal quality criteria. The sensor has sustained moderate damage, or the recommended lifespan has been reached. Suggested Action: Replace sensor
1080	Device_Diagnostic_33
1081	Byte33Bite6_Dec
1082	Byte33Bite6_PCSA
1083	Byte33Bite7_Dec
1084	Byte33Bite7_PCSA
1085	Device_Diagnostic_34
1086	Byte34Bite0_Dec
1087	Byte34Bite0_PCSA
1088	Byte34Bite1_Dec
1089	Byte34Bite1_PCSA
1090	Byte34Bite2_Dec
1091	Byte34Bite2_PCSA
1092	Byte34Bite3_Dec
1093	Byte34Bite3_PCSA
1094	Byte34Bite4_Dec
1095	Byte34Bite4_PCSA
1096	Byte34Bite5_Dec
1097	Byte34Bite5_PCSA
1098	Byte34Bite6_Dec
1099	Byte34Bite6_PCSA
1100	Byte34Bite7_Dec
1101	Byte34Bite7_PCSA
1102	Device_Diagnostic_35
1103	Byte35Bite0_Dec
1104	Byte35Bite0_PCSA
1105	Byte35Bite1_Dec
1106	Byte35Bite1_PCSA
1107	Byte35Bite2_Dec
1108	Byte35Bite2_PCSA
1109	Byte35Bite3_Dec
1110	Byte35Bite3_PCSA
1111	Byte35Bite4_Dec
1112	Byte35Bite4_PCSA
1113	Byte35Bite5_Dec
1114	Byte35Bite5_PCSA
1115	Byte35Bite6_Dec
1116	Byte35Bite6_PCSA
1117	Byte35Bite7_Dec
1118	Byte35Bite7_PCSA
1119	Device_Diagnostic_36
1120	PV Failure
1121	Possible Cause: The LED is not illuminating the sample. Process variable / sensor failure for sensor 2. Temporary or permanent failure of operation of sensor. Suggested Action: Cycle power to the transmitter. If problem persists, replace sensor cap or complete probe assembly. If problem still persists, contact local service organization.
1122	Commission Error
1123	Possible Cause: For Factory Use Only - Issue with Commisioning of Sensor Suggested Action:
1124	Byte36Bite4_Dec
1125	Byte36Bite4_PCSA
1126	Byte36Bite5_Dec
1127	Byte36Bite5_PCSA
1128	Byte36Bite6_Dec
1129	Byte36Bite6_PCSA
1130	Byte36Bite7_Dec
1131	Byte36Bite7_PCSA
1132	Device_Diagnostic_37
1133	Possible Cause: The last calibration failed. Suggested Action: Repeat calibration procedure.
1134	Possible Cause: The measured turbidity is outside the specified range. Suggested Action:
1135	Wiper Expired
1136	Possible Cause: The wiper blade is overdue for replacement. Suggested Action: Replace wiper blade and issue a Reset Wiper Lifetime command from within Configuration.
1137	Service Overdue
1138	Possible Cause: Suggested Action:
1139	Possible Cause: The internal sensor temperature is outside operating limits. Suggested Action: Verify that the sample temperature is within the operating range of the sensor (0 to 60 Â°C [32 to 140 Â°F])
1140	LED Expired
1141	Possible Cause: The LED is going to fail shortly. Suggested Action:
1142	Excess Light
1143	Possible Cause: Excess ambient light is present stopping sensor from operating. Suggested Action: Shade the sensor, or move to an area where the sunlight is excluded.
1144	Byte37Bite7_Dec
1145	Byte37Bite7_PCSA
1146	Device_Diagnostic_38
1147	Flow Error
1148	Service Due
1149	Wiper Failed
1150	Possible Cause: The wiper has failed to wipe. Suggested Action: Check wiper for blockage.
1151	Replace Wiper
1152	Possible Cause: The wiper blade is due for replacement. Suggested Action: Replace wiper blade and issue a Reset Wiper Lifetime command from within Configuration.
1153	Byte38Bite4_Dec
1154	Byte38Bite4_PCSA
1155	Byte38Bite5_Dec
1156	Byte38Bite5_PCSA
1157	Byte38Bite6_Dec
1158	Byte38Bite6_PCSA
1159	Byte38Bite7_Dec
1160	Byte38Bite7_PCSA
1161	Device_Diagnostic_39
1162	Possible Cause: A calibration is in progress. Suggested Action:
1163	Possible Cause: The sensor is in recovery mode after performing a calibration. Suggested Action:
1164	Byte39Bite2_Dec
1165	Byte39Bite2_PCSA
1166	Clean Inhibited
1167	Possible Cause: A clean operation will be inhibited if wiper is fitted and the clean frequency is set to off. Suggested Action:
1168	Byte39Bite4_Dec
1169	Byte39Bite4_PCSA
1170	Byte39Bite5_Dec
1171	Byte39Bite5_PCSA
1172	Byte39Bite6_Dec
1173	Byte39Bite6_PCSA
1174	Byte39Bite7_Dec
1175	Byte39Bite7_PCSA
1176	Device_Diagnostic_40
1177	Byte40Bite4_Dec
1178	Byte40Bite4_PCSA
1179	Byte40Bite5_Dec
1180	Byte40Bite5_PCSA
1181	Byte40Bite6_Dec
1182	Byte40Bite6_PCSA
1183	Byte40Bite7_Dec
1184	Byte40Bite7_PCSA
1185	Device_Diagnostic_41
1186	Byte41Bite7_Dec
1187	Byte41Bite7_PCSA
1188	Device_Diagnostic_42
1189	Byte42Bite4_Dec
1190	Byte42Bite4_PCSA
1191	Byte42Bite5_Dec
1192	Byte42Bite5_PCSA
1193	Byte42Bite6_Dec
1194	Byte42Bite6_PCSA
1195	Byte42Bite7_Dec
1196	Byte42Bite7_PCSA
1197	Device_Diagnostic_43
1198	Byte43Bite2_Dec
1199	Byte43Bite2_PCSA
1200	Byte43Bite4_Dec
1201	Byte43Bite4_PCSA
1202	Byte43Bite5_Dec
1203	Byte43Bite5_PCSA
1204	Byte43Bite6_Dec
1205	Byte43Bite6_PCSA
1206	Byte43Bite7_Dec
1207	Byte43Bite7_PCSA
1208	Device_Diagnostic_44
1209	Byte44Bite0_Dec
1210	Byte44Bite0_PCSA
1211	Byte44Bite1_Dec
1212	Byte44Bite1_PCSA
1213	Byte44Bite2_Dec
1214	Byte44Bite2_PCSA
1215	Byte44Bite3_Dec
1216	Byte44Bite3_PCSA
1217	Byte44Bite4_Dec
1218	Byte44Bite4_PCSA
1219	Byte44Bite5_Dec
1220	Byte44Bite5_PCSA
1221	Byte44Bite6_Dec
1222	Byte44Bite6_PCSA
1223	Byte44Bite7_Dec
1224	Byte44Bite7_PCSA
1225	Device_Diagnostic_45
1226	Byte45Bite0_Dec
1227	Byte45Bite0_PCSA
1228	Byte45Bite1_Dec
1229	Byte45Bite1_PCSA
1230	Byte45Bite2_Dec
1231	Byte45Bite2_PCSA
1232	Byte45Bite3_Dec
1233	Byte45Bite3_PCSA
1234	Byte45Bite4_Dec
1235	Byte45Bite4_PCSA
1236	Byte45Bite5_Dec
1237	Byte45Bite5_PCSA
1238	Byte45Bite6_Dec
1239	Byte45Bite6_PCSA
1240	Byte45Bite7_Dec
1241	Byte45Bite7_PCSA
1242	Device_Diagnostic_46
1243	Byte46Bite0_Dec
1244	Byte46Bite0_PCSA
1245	Byte46Bite1_Dec
1246	Byte46Bite1_PCSA
1247	Byte46Bite2_Dec
1248	Byte46Bite2_PCSA
1249	Byte46Bite3_Dec
1250	Byte46Bite3_PCSA
1251	Byte46Bite4_Dec
1252	Byte46Bite4_PCSA
1253	Byte46Bite5_Dec
1254	Byte46Bite5_PCSA
1255	Byte46Bite6_Dec
1256	Byte46Bite6_PCSA
1257	Byte46Bite7_Dec
1258	Byte46Bite7_PCSA
1259	Device_Diagnostic_47
1260	Byte47Bite0_Dec
1261	Byte47Bite0_PCSA
1262	Byte47Bite1_Dec
1263	Byte47Bite1_PCSA
1264	Byte47Bite2_Dec
1265	Byte47Bite2_PCSA
1266	Byte47Bite3_Dec
1267	Byte47Bite3_PCSA
1268	Byte47Bite4_Dec
1269	Byte47Bite4_PCSA
1270	Byte47Bite5_Dec
1271	Byte47Bite5_PCSA
1272	Byte47Bite6_Dec
1273	Byte47Bite6_PCSA
1274	Byte47Bite7_Dec
1275	Byte47Bite7_PCSA
1276	Device_Diagnostic_48
1277	Byte48Bite0_Dec
1278	Byte48Bite0_PCSA
1279	Byte48Bite1_Dec
1280	Byte48Bite1_PCSA
1281	Byte48Bite2_Dec
1282	Byte48Bite2_PCSA
1283	Byte48Bite3_Dec
1284	Byte48Bite3_PCSA
1285	Byte48Bite4_Dec
1286	Byte48Bite4_PCSA
1287	Byte48Bite5_Dec
1288	Byte48Bite5_PCSA
1289	Byte48Bite6_Dec
1290	Byte48Bite6_PCSA
1291	Byte48Bite7_Dec
1292	Byte48Bite7_PCSA
1293	Device_Diagnostic_49
1294	Byte49Bite0_Dec
1295	Byte49Bite0_PCSA
1296	Byte49Bite1_Dec
1297	Byte49Bite1_PCSA
1298	Byte49Bite2_Dec
1299	Byte49Bite2_PCSA
1300	Byte49Bite3_Dec
1301	Byte49Bite3_PCSA
1302	Byte49Bite4_Dec
1303	Byte49Bite4_PCSA
1304	Byte49Bite5_Dec
1305	Byte49Bite5_PCSA
1306	Byte49Bite6_Dec
1307	Byte49Bite6_PCSA
1308	Byte49Bite7_Dec
1309	Byte49Bite7_PCSA
1310	Device_Diagnostic_50
1311	Byte50Bite0_Dec
1312	Byte50Bite0_PCSA
1313	Byte50Bite1_Dec
1314	Byte50Bite1_PCSA
1315	Byte50Bite2_Dec
1316	Byte50Bite2_PCSA
1317	Byte50Bite3_Dec
1318	Byte50Bite3_PCSA
1319	Byte50Bite4_Dec
1320	Byte50Bite4_PCSA
1321	Byte50Bite5_Dec
1322	Byte50Bite5_PCSA
1323	Byte50Bite6_Dec
1324	Byte50Bite6_PCSA
1325	Byte50Bite7_Dec
1326	Byte50Bite7_PCSA
1327	Device_Diagnostic_51
1328	Byte51Bite0_Dec
1329	Byte51Bite0_PCSA
1330	Byte51Bite1_Dec
1331	Byte51Bite1_PCSA
1332	Byte51Bite2_Dec
1333	Byte51Bite2_PCSA
1334	Byte51Bite3_Dec
1335	Byte51Bite3_PCSA
1336	Byte51Bite4_Dec
1337	Byte51Bite4_PCSA
1338	Byte51Bite5_Dec
1339	Byte51Bite5_PCSA
1340	Byte51Bite6_Dec
1341	Byte51Bite6_PCSA
1342	Byte51Bite7_Dec
1343	Byte51Bite7_PCSA
1344	Device_Diagnostic_52
1345	Byte52Bite0_Dec
1346	Byte52Bite0_PCSA
1347	Byte52Bite1_Dec
1348	Byte52Bite1_PCSA
1349	Byte52Bite2_Dec
1350	Byte52Bite2_PCSA
1351	Byte52Bite3_Dec
1352	Byte52Bite3_PCSA
1353	Byte52Bite4_Dec
1354	Byte52Bite4_PCSA
1355	Byte52Bite5_Dec
1356	Byte52Bite5_PCSA
1357	Byte52Bite6_Dec
1358	Byte52Bite6_PCSA
1359	Byte52Bite7_Dec
1360	Byte52Bite7_PCSA
1361	Device_Diagnostic_53
1362	Byte53Bite0_Dec
1363	Byte53Bite0_PCSA
1364	Byte53Bite1_Dec
1365	Byte53Bite1_PCSA
1366	Byte53Bite2_Dec
1367	Byte53Bite2_PCSA
1368	Byte53Bite3_Dec
1369	Byte53Bite3_PCSA
1370	Byte53Bite4_Dec
1371	Byte53Bite4_PCSA
1372	Byte53Bite5_Dec
1373	Byte53Bite5_PCSA
1374	Byte53Bite6_Dec
1375	Byte53Bite6_PCSA
1376	Byte53Bite7_Dec
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1378	Device_Diagnostic_54
1379	Byte54Bite0_Dec
1380	Byte54Bite0_PCSA
1381	Byte54Bite1_Dec
1382	Byte54Bite1_PCSA
1383	Byte54Bite2_Dec
1384	Byte54Bite2_PCSA
1385	Byte54Bite3_Dec
1386	Byte54Bite3_PCSA
1387	Byte54Bite4_Dec
1388	Byte54Bite4_PCSA
1389	Byte54Bite5_Dec
1390	Byte54Bite5_PCSA
1391	Byte54Bite6_Dec
1392	Byte54Bite6_PCSA
1393	Byte54Bite7_Dec
1394	Byte54Bite7_PCSA
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1396	Byte55Bite0_Dec
1397	Byte55Bite0_PCSA
1398	Byte55Bite1_Dec
1399	Byte55Bite1_PCSA
1400	Byte55Bite2_Dec
1401	Byte55Bite2_PCSA
1402	Byte55Bite3_Dec
1403	Byte55Bite3_PCSA
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1405	Byte55Bite4_PCSA
1406	Byte55Bite5_Dec
1407	Byte55Bite5_PCSA
1408	Byte55Bite6_Dec
1409	Byte55Bite6_PCSA
1410	Byte55Bite7_Dec
1411	Byte55Bite7_PCSA
1412	Device_Diagnostic_56
1413	Byte56Bite0_Dec
1414	Byte56Bite0_PCSA
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1416	Byte56Bite1_PCSA
1417	Byte56Bite2_Dec
1418	Byte56Bite2_PCSA
1419	Byte56Bite3_Dec
1420	Byte56Bite3_PCSA
1421	Byte56Bite4_Dec
1422	Byte56Bite4_PCSA
1423	Byte56Bite5_Dec
1424	Byte56Bite5_PCSA
1425	Byte56Bite6_Dec
1426	Byte56Bite6_PCSA
1427	Byte56Bite7_Dec
1428	Byte56Bite7_PCSA
1429	Device_Diagnostic_57
1430	Byte57Bite0_Dec
1431	Byte57Bite0_PCSA
1432	Byte57Bite1_Dec
1433	Byte57Bite1_PCSA
1434	Byte57Bite2_Dec
1435	Byte57Bite2_PCSA
1436	Byte57Bite3_Dec
1437	Byte57Bite3_PCSA
1438	Byte57Bite4_Dec
1439	Byte57Bite4_PCSA
1440	Byte57Bite5_Dec
1441	Byte57Bite5_PCSA
1442	Byte57Bite6_Dec
1443	Byte57Bite6_PCSA
1444	Byte57Bite7_Dec
1445	Byte57Bite7_PCSA
1446	Device_Diagnostic_58
1447	Byte58Bite0_Dec
1448	Byte58Bite0_PCSA
1449	Byte58Bite1_Dec
1450	Byte58Bite1_PCSA
1451	Byte58Bite2_Dec
1452	Byte58Bite2_PCSA
1453	Byte58Bite3_Dec
1454	Byte58Bite3_PCSA
1455	Byte58Bite4_Dec
1456	Byte58Bite4_PCSA
1457	Byte58Bite5_Dec
1458	Byte58Bite5_PCSA
1459	Byte58Bite6_Dec
1460	Byte58Bite6_PCSA
1461	Byte58Bite7_Dec
1462	Byte58Bite7_PCSA
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1464	Byte59Bite0_Dec
1465	Byte59Bite0_PCSA
1466	Byte59Bite1_Dec
1467	Byte59Bite1_PCSA
1468	Byte59Bite2_Dec
1469	Byte59Bite2_PCSA
1470	Byte59Bite3_Dec
1471	Byte59Bite3_PCSA
1472	Byte59Bite4_Dec
1473	Byte59Bite4_PCSA
1474	Byte59Bite5_Dec
1475	Byte59Bite5_PCSA
1476	Byte59Bite6_Dec
1477	Byte59Bite6_PCSA
1478	Byte59Bite7_Dec
1479	Byte59Bite7_PCSA
1480	Device_Diagnostic_60
1481	Byte60Bite0_Dec
1482	Byte60Bite0_PCSA
1483	Byte60Bite1_Dec
1484	Byte60Bite1_PCSA
1485	Byte60Bite2_Dec
1486	Byte60Bite2_PCSA
1487	Byte60Bite3_Dec
1488	Byte60Bite3_PCSA
1489	Byte60Bite4_Dec
1490	Byte60Bite4_PCSA
1491	Byte60Bite5_Dec
1492	Byte60Bite5_PCSA
1493	Byte60Bite6_Dec
1494	Byte60Bite6_PCSA
1495	Byte60Bite7_Dec
1496	Byte60Bite7_PCSA
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1498	Byte61Bite0_Dec
1499	Byte61Bite0_PCSA
1500	Byte61Bite1_Dec
1501	Byte61Bite1_PCSA
1502	Byte61Bite2_Dec
1503	Byte61Bite2_PCSA
1504	Byte61Bite3_Dec
1505	Byte61Bite3_PCSA
1506	Byte61Bite4_Dec
1507	Byte61Bite4_PCSA
1508	Byte61Bite5_Dec
1509	Byte61Bite5_PCSA
1510	Byte61Bite6_Dec
1511	Byte61Bite6_PCSA
1512	Byte61Bite7_Dec
1513	Byte61Bite7_PCSA
1514	Device_Diagnostic_62
1515	Byte62Bite0_Dec
1516	Byte62Bite0_PCSA
1517	Byte62Bite1_Dec
1518	Byte62Bite1_PCSA
1519	Byte62Bite2_Dec
1520	Byte62Bite2_PCSA
1521	Byte62Bite3_Dec
1522	Byte62Bite3_PCSA
1523	Byte62Bite4_Dec
1524	Byte62Bite4_PCSA
1525	Byte62Bite5_Dec
1526	Byte62Bite5_PCSA
1527	Byte62Bite6_Dec
1528	Byte62Bite6_PCSA
1529	Byte62Bite7_Dec
1530	Byte62Bite7_PCSA
1531	Device_Diagnostic_63
1532	Byte63Bite0_Dec
1533	Byte63Bite0_PCSA
1534	Byte63Bite1_Dec
1535	Byte63Bite1_PCSA
1536	Byte63Bite2_Dec
1537	Byte63Bite2_PCSA
1538	Byte63Bite3_Dec
1539	Byte63Bite3_PCSA
1540	Byte63Bite4_Dec
1541	Byte63Bite4_PCSA
1542	Byte63Bite5_Dec
1543	Byte63Bite5_PCSA
1544	Byte63Bite6_Dec
1545	Byte63Bite6_PCSA
1546	Byte63Bite7_Dec
1547	Byte63Bite7_PCSA
1548	Device_Diagnostic_64
1549	Byte64Bite0_Dec
1550	Byte64Bite0_PCSA
1551	Byte64Bite1_Dec
1552	Byte64Bite1_PCSA
1553	Byte64Bite2_Dec
1554	Byte64Bite2_PCSA
1555	Byte64Bite3_Dec
1556	Byte64Bite3_PCSA
1557	Byte64Bite4_Dec
1558	Byte64Bite4_PCSA
1559	Byte64Bite5_Dec
1560	Byte64Bite5_PCSA
1561	Byte64Bite6_Dec
1562	Byte64Bite6_PCSA
1563	Byte64Bite7_Dec
1564	Byte64Bite7_PCSA
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1566	Byte65Bite0_Dec
1567	Byte65Bite0_PCSA
1568	Byte65Bite1_Dec
1569	Byte65Bite1_PCSA
1570	Byte65Bite2_Dec
1571	Byte65Bite2_PCSA
1572	Byte65Bite3_Dec
1573	Byte65Bite3_PCSA
1574	Byte65Bite4_Dec
1575	Byte65Bite4_PCSA
1576	Byte65Bite5_Dec
1577	Byte65Bite5_PCSA
1578	Byte65Bite6_Dec
1579	Byte65Bite6_PCSA
1580	Byte65Bite7_Dec
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1583	Byte66Bite0_Dec
1584	Byte66Bite0_PCSA
1585	Byte66Bite1_Dec
1586	Byte66Bite1_PCSA
1587	Byte66Bite2_Dec
1588	Byte66Bite2_PCSA
1589	Byte66Bite3_Dec
1590	Byte66Bite3_PCSA
1591	Byte66Bite4_Dec
1592	Byte66Bite4_PCSA
1593	Byte66Bite5_Dec
1594	Byte66Bite5_PCSA
1595	Byte66Bite6_Dec
1596	Byte66Bite6_PCSA
1597	Byte66Bite7_Dec
1598	Byte66Bite7_PCSA
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1600	Byte67Bite0_Dec
1601	Byte67Bite0_PCSA
1602	Byte67Bite1_Dec
1603	Byte67Bite1_PCSA
1604	Byte67Bite2_Dec
1605	Byte67Bite2_PCSA
1606	Byte67Bite3_Dec
1607	Byte67Bite3_PCSA
1608	Byte67Bite4_Dec
1609	Byte67Bite4_PCSA
1610	Byte67Bite5_Dec
1611	Byte67Bite5_PCSA
1612	Byte67Bite6_Dec
1613	Byte67Bite6_PCSA
1614	Byte67Bite7_Dec
1615	Byte67Bite7_PCSA
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1617	Byte68Bite0_Dec
1618	Byte68Bite0_PCSA
1619	Byte68Bite1_Dec
1620	Byte68Bite1_PCSA
1621	Byte68Bite2_Dec
1622	Byte68Bite2_PCSA
1623	Byte68Bite3_Dec
1624	Byte68Bite3_PCSA
1625	Byte68Bite4_Dec
1626	Byte68Bite4_PCSA
1627	Byte68Bite5_Dec
1628	Byte68Bite5_PCSA
1629	Byte68Bite6_Dec
1630	Byte68Bite6_PCSA
1631	Byte68Bite7_Dec
1632	Byte68Bite7_PCSA
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1634	Byte69Bite0_Dec
1635	Byte69Bite0_PCSA
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1637	Byte69Bite1_PCSA
1638	Byte69Bite2_Dec
1639	Byte69Bite2_PCSA
1640	Byte69Bite3_Dec
1641	Byte69Bite3_PCSA
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1643	Byte69Bite4_PCSA
1644	Byte69Bite5_Dec
1645	Byte69Bite5_PCSA
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1647	Byte69Bite6_PCSA
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1651	Byte70Bite0_Dec
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1662	Byte70Bite5_PCSA
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1673	Byte71Bite2_PCSA
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1702	Byte73Bite0_Dec
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1950	Device_Diagnostic_Mask_50
1951	Device_Diagnostic_Mask_51
1952	Device_Diagnostic_Mask_52
1953	Device_Diagnostic_Mask_53
1954	Device_Diagnostic_Mask_54
1955	Device_Diagnostic_Mask_55
1956	Device_Diagnostic_Mask_56
1957	Device_Diagnostic_Mask_57
1958	Device_Diagnostic_Mask_58
1959	Device_Diagnostic_Mask_59
1960	Device_Diagnostic_Mask_60
1961	Device_Diagnostic_Mask_61
1962	Device_Diagnostic_Mask_62
1963	Device_Diagnostic_Mask_63
1964	Device_Diagnostic_Mask_64
1965	Device_Diagnostic_Mask_65
1966	Device_Diagnostic_Mask_66
1967	Device_Diagnostic_Mask_67
1968	Device_Diagnostic_Mask_68
1969	Device_Diagnostic_Mask_69
1970	Device_Diagnostic_Mask_70
1971	Device_Diagnostic_Mask_71
1972	Device_Diagnostic_Mask_72
1973	Device_Diagnostic_Mask_73
1974	Device_Diagnostic_Mask_74
1975	Device_Diagnostic_Mask_75
1976	Device_Diagnostic_Mask_76
1977	Device_Diagnostic_Mask_77
1978	Device_Diagnostic_Mask_78
1979	Device_Diagnostic_Mask_79
1980	Diagnostic Alarm List View
1981	Sensor 1 :EC
1982	Sensor 1 :pH/Redox(ORP)
1983	Sensor 1 :RDO
1984	Sensor 1 :TE Cond.
1985	Sensor 1 :Turb TSS
1986	Sensor 2 :EC
1987	Sensor 2 :pH/Redox(ORP)
1988	Sensor 2 :RDO
1989	Sensor 2 :TE Cond.
1990	Sensor 2 :Turb TSS
1991	Diagnostic Alarm Simulation
1992	Diagnostic Alarm Masking
1993	Diagnostic Alarm Overview
1994	Device status : OK
1995	There are no active alarms present in the Device
1996	Failure
1997	Function Check
1998	Out of Specification
1999	Maintenance Required
2000	Refresh Page
2001	Device settings
2002	Detailed setup
2003	Device Info
2004	Input/Output
2005	Analog Output
2006	Relay
2007	Cleaning
2008	Online Root
2009	Identify
2010	Additional Device Revision
2011	Measurement Point
2012	Contact Details
2013	ABB Limited Measurement & Analytics Howard Road, St. Neots Cambridgeshire, PE19 8EU UK Tel: +44 (0)870 600 6122 Fax: +44 (0)1480 213 339 Mail: enquiries.mp.uk@gb.abb.com
2014	ABB Inc. Measurement & Analytics 125 E. County Line Road Warminster, PA 18974 USA Tel: +1 215 674 6000 Fax: +1 215 674 7183 www.abb.com
2015	AWT 420
2016	Diagnostics
2017	Process Alarm
2018	Media Card
2019	Operate
2020	PV % range
2021	PV Range Hi
2022	PV Range Lo
2023	Process variables
2024	PV
2025	PV %
2026	Trend Values in Unit
2027	SV
2028	TV
2029	QV
2030	Control
2031	Control Menu
2032	Acid Control
2033	Direct Control
2034	Base Control
2035	Reverse Control
2036	Power Recovery
2037	Sensor Failure
2038	Warning !!
2039	Overview
2040	No sensor connected
2041	ABB Inc.
2042	Measurement & Analytics
2043	125 E. County Line Road
2044	Warminster, PA 18974
2045	USA
2046	Tel: +1 215 674 6000
2047	Fax: +1 215 674 7183
2048	ABB Limited
2049	Howard Road, St. Neots
2050	Cambridgeshire, PE19 8EU
2051	UK
2052	Tel: +44 (0)870 600 6122
2053	Fax: +44 (0)1480 213 339
2054	Mail: enquiries.mp.uk@gb.abb.com
2055	Maintainance
2056	MAINTENANCE_REQUIRED
2057	DEVICE_VARIABLE_ALERT
2058	CRITICAL_POWER_FAILURE
2059	FAILURE
2060	OUT_OF_SPECIFICATION
2061	FUNCTION_CHECK
2062	........
2063	Reserved
2064	Possible Cause: The pre-set conductivity value before the cation resin column has been exceeded
2065	Possible Cause: The conductivity value after the cation resin column has exceeded the programmed limit.
2066	Possible Cause: The conductivity value before the cation resin column has fallen below the acceptable value for reliable readings when inferred pH is selected.
2067	Possible Cause: Indicates that a manual, or automatic, sensor clean cycle is in progress.
2068	Possible Cause: Indicates 1 of 8 user-defined alarms is active
2069	Possible Cause: Sensor 1 Primary Variable is out of the specified range of the sensor.
2070	Possible Cause: Sensor 2 Primary Variable is out of the specified range of the sensor.
2071	Possible Cause: The analyzer is operating in Simulation mode.
2072	Possible Cause: The calculated (inferred) pH i.e., either: Outside the range 7.00 to 10.00 pH when NH3 temperature compensation (for a NH3 dosed sample) is selected outside the range 7.00 to 11.00 pH when NaOH temperature compensation (for a NaOH dosed sample) is selected.
2073	Possible Cause: Analog Output 1 source is outside the programmed range
2074	Possible Cause: Analog Output 2 source is outside the programmed range
2075	Possible Cause: Analog Output 3 source is outside the programmed range
2076	Possible Cause: Analog Output 4 source is outside the programmed range
2077	Undefined
2078	Check function
2079	Off specification
2080	Maintenance
2081	Electronics status
2082	Sensor status
2083	Configuration status
2084	Operating conditions
2085	Process operating conditions
2086	Diagnosis Simulation Enabled
2087	.0f
2088	8.0f
2089	PV Analog Channel Saturated
2090	PV Analog Channel Fixed
2091	Wireless
2092	WirelessHART Device
2093	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
2094	Primary
2095	Primary Analog Channel
2096	Secondary
2097	Secondary Analog Channel
2098	Tertiary
2099	Tertiary Analog Channel
2100	Quaternary
2101	Quaternary Analog Channel
2102	Quinary
2103	Quinary Analog Channel
2104	Critical Power Failure
2105	Lock all
2106	Trim not supported
2107	Configuration cannot be changed
2108	Locked by gateway
2109	Analog Input Channel
2110	Analog Output Channel
2111	Secondary Analog Channel Saturated
2112	Tertiary Analog Channel Saturated
2113	Quaternary Analog Channel Saturated
2114	Quinary Analog Channel Saturated
2115	Secondary Analog Channel Fixed
2116	Tertiary Analog Channel Fixed
2117	Quaternary Analog Channel Fixed
2118	Quinary Analog Channel Fixed
2119	Simulation active
2120	The device is in simulation mode and the level output is not representative of the process.
2121	Non-Volatile memory failure
2122	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
2123	Volatile memory error
2124	The RAM memory check is invalid or maybe corrupt
2125	Watchdog reset executed
2126	A watchdog reset has been performed
2127	Voltage conditions out of range
2128	A voltage condition is outside its allowable range
2129	Environmental conditions out of range
2130	An internal or environmental condition is beyond acceptable limits.
2131	Electronic failure
2132	A hardware problem not related to the sensor has been detected.
2133	Subdevice list changed
2134	Duplicate master detected
2135	Capacity Denied
2136	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
2137	Bandwidth allocation pending
2138	Block transfer pending
2139	Battery life
2140	Percent range
2141	Loop current
2142	Primary variable
2143	Secondary variable
2144	Tertiary variable
2145	Quaternary variable
2146	Read receive time
2147	Write date and time
2148	Non-Volatile Clock
2149	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.
2150	Clock Uninitialized
2151	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.
2152	No restrictions
2153	SI Only
2154	Restricted to SI Unit codes only
2155	Process automation device
2156	Discrete device
2157	Hybrid:Process automation+discrete
2158	I/O System
2159	WirelessHART Process automation device
2160	WirelessHART Discrete device
2161	WirelessHART Process automation+discrete
2162	WirelessHART Gateway
2163	WirelessHART Access point
2164	WirelessHART Process adapter
2165	WirelessHART Discrete adapter
2166	WirelessHART enabled handheld/portable maintenance tool
2167	Device Profile
2168	US
2169	United States of America
2170	JP
2171	Japan
2172	DE
2173	Germany
2174	FR
2175	France
2176	ES
2177	Spain
2178	RU
2179	Russian Federation
2180	CN
2181	People's Republic of China
2182	Secondary Master
2183	Primary Master
2184	Device Diagnostic Status 0
2185	Device Diagnostic Status 1
2186	I/O and Subdevice Status
2187	WirelessHART Status
2188	Time Set Option
2189	Real Time Clock Flags
2190	Country
2191	Country of intended device installation
2192	SI Unit Control
2193	Indicates if device should only display SI unit codes
2194	Time Stamp
2195	Relative time value on network
2196	8u
2197	Dynamic Variables Returned for Device Variables
2198	Command Response Truncated
2199	Configuration Change Counter Mismatch
2200	Status bytes mismatch
2201	8.3f
2202	.3f
2203	Device Variable
2204	Analog Channel Number
2205	Analog Channel Number- Index into an array of Analog Channels.
2206	S1:Comms Error Possible Cause: Communication to sensor failure. Communication to one or all the sensors has failed during cyclic reads Suggested Action: Check wiring between transmitter and sensors.
2207	S2:Comms Error Possible Cause: Communication to sensor failure. Communication to one or all the sensors has failed during cyclic reads Suggested Action: Check wiring between transmitter and sensors.
2208	AO1:Out of Range Possible Cause: Analog Output 1 source is outside the programmed range Suggested Action:
2209	AO2:Out of Range Possible Cause: Analog Output 2 source is outside the programmed range Suggested Action:
2210	AO3:Out of Range Possible Cause: Analog Output 3 source is outside the programmed range Suggested Action:
2211	AO4:Out of Range Possible Cause: Analog Output 4 source is outside the programmed range Suggested Action:
2212	SD Nearly Full Possible Cause: Memory card is more than 90% full Suggested Action: Replace memory card.
2213	SD Card Full Possible Cause: Memory card is full, no more data can be saved to the card. Suggested Action: Replace memory card.
2214	Alarm Active Possible Cause: Indicates 1 of 8 user-defined alarms is active Suggested Action:
2215	Memory Write Error Possible Cause: NV error – processor board (CRC Comms.). Failure of non-volatile memory on processor/display board or permanent corruption of its data. Suggested Action: Cycle power to the transmitter. If problem still persists, contact local service organization
2216	S1:Write Error Possible Cause: Error writing configuration data to sensor 1. Repeat process until diagnostic is cleared. If problem still persists, contact local service organization Suggested Action: Repeat process until diagnostic is cleared. If problem still persists, contact local service organization.
2217	S2:Write Error Possible Cause: Error writing configuration data to sensor 2. Repeat process until diagnostic is cleared. If problem still persists, contact local service organization Suggested Action: Repeat process until diagnostic is cleared. If problem still persists, contact local service organization.
2218	S1:PV Out of Range Possible Cause: Sensor 1 Primary Variable is out of the specified range of the sensor. Suggested Action:
2219	S2:PV Out of Range Possible Cause: Sensor 2 Primary Variable is out of the specified range of the sensor. Suggested Action:
2220	Simulation Active Possible Cause: The analyzer is operating in Simulation mode. Suggested Action:
2221	Inf. pH Invalid Possible Cause: The calculated (inferred) pH i.e., either: Outside the range 7.00 to 10.00 pH when NH3 temperature compensation (for a NH3 dosed sample) is selected outside the range 7.00 to 11.00 pH when NaOH temperature compensation (for a NaOH dosed sample) is selected. Suggested Action:
2222	Before Cat. High Possible Cause: The pre-set conductivity value before the cation resin column has been exceeded Suggested Action:
2223	After Cat. High Possible Cause: The conductivity value after the cation resin column has exceeded the programmed limit. Suggested Action:
2224	Before Cat. Low Possible Cause: The conductivity value before the cation resin column has fallen below the acceptable value for reliable readings when inferred pH is selected. Suggested Action:
2225	Clean 1 in Progress Possible Cause: Indicates that a manual, or automatic, sensor clean cycle is in progress. Suggested Action:
2226	Clean 2 in Progress Possible Cause: Indicates that a manual, or automatic, sensor clean cycle is in progress. Suggested Action:
2227	ADC Failure Possible Cause: An error has been reported by the on board ADC. Suggested Action: Cycle power to sensor. If problem persists change sensor module.
2228	Memory Failure Possible Cause: Failure of non-volatile memory on sensor board. Suggested Action: Cycle power to sensor. If power cycling fails, reset the sensor configuration to default and reconfigure as needed.
2229	Broken Glass Possible Cause: pH glass tip is broken Suggested Action: Replace Sensor
2230	Ref. Failure Possible Cause: Reference impedance error Suggested Action: Replace Sensor
2231	PT Failure Possible Cause: Check thermometer wiring Suggested Action: Check Temperature Sensor. If problem persists change temperature sensor
2232	Cal Failed Possible Cause: Calibration failed. Previous calibration values applied. Suggested Action:
2233	PV Out of Limits Possible Cause: The measured pH is out of range. Suggested Action:
2234	Process Temp Out of Range Possible Cause: The measured temperature is outside the sensor Limits. Suggested Action:
2235	Ambient Temp Out of Range Possible Cause: The ambient temperature of sensor is out of range. Suggested Action:
2236	Ref. Blocked Possible Cause: The reference junction is blocked Suggested Action: Clean Sensor
2237	Ref. Warning Possible Cause: The millivolt difference between electrodes is approaching zero Suggested Action: Sensor needs replacing soon
2238	Low pH Slope Possible Cause: As the Electrode ages its slop decreases Suggested Action:
2239	Out of Solution Possible Cause: Suggested Action: Check solution supply
2240	Low Electrolyte Possible Cause: Over time some electrolyte will leak away Suggested Action: For those pH sensors that can be topped up with liquid electrolyte please refill. Other Sensors must be replaced.
2241	Low pH Slope Possible Cause: As the Electrode ages its slope decreases Suggested Action:
2242	PT Failure Possible Cause: Primary variable / sensor failure for sensor 1. Temporary or permanent failure of operation of sensor. Suggested Action: Cycle power to the transmitter. If problem persists, replace sensor cap or complete probe assembly. If problem still persists, contact local service organization.
2243	ADC Failure Possible Cause: An error has been reported by the on board Sensor ADC. Suggested Action: Cycle power to the transmitter. If problem persists, replace electronics inside sensor. If problem still persists contact local service organization
2244	Memory Failure Possible Cause: Failure of sensor 1 non-volatile memory or permanent corruption of its data. Suggested Action: Cycle power to the transmitter. If problem persists, check all configuration parameters for all sensors and correct any errors. If problem still persists, contact local service organization.
2245	Polarization Possible Cause: Effective area of electrode decreased. Suggested Action: Check process. Check sensor wiring. Clean Sensor
2246	PT Failure Possible Cause: Temperature sensor failure for sensor 1. The temperature compensator or associated connections are either open-circuit or short-circuit. Suggested Action: Check thermometer wiring
2247	Cal Failed Possible Cause: Last sensor calibration failed. Calibration is sensor-specific – refer to the sensor Operating instruction. Suggested Action:
2248	PV Out of Limits Possible Cause: Primary value measured is outside the specified range of the sensor. Suggested Action: Check Sensor Wiring. Check configuration. If problem persists change sensor module
2249	Process Temp Out of Range Possible Cause: Process temperature of sample solution is above or below the temperature range of the sensor. Suggested Action: Check temperature sensor wiring
2250	Internal Temp Out of Range Possible Cause: The internal sensor temperature is outside operating limits. Suggested Action: Verify that the ambient temperature is within the operating range of the sensor (-10 to 75 °C [14 to 167 °F])
2251	Out of Solution Possible Cause: The conductivity reading is very low. Suggested Action: Check conductivity cell is still in the process solution.
2252	Calibrating Possible Cause: Displayed during calibration of sensor 1. On a multiple sensor setup, this inhibits the calibration of other sensors Suggested Action:
2253	Recovery Possible Cause: The time delay between the completion of a calibration and the update of the current outputs and alarms for the selected sensor. Suggested Action:
2254	PT Failure Possible Cause: Primary variable / sensor failure for sensor 2. Temporary or permanent failure of operation of sensor. Suggested Action: Cycle power to the transmitter. If problem persists, replace sensor cap or complete probe assembly. If problem still persists, contact local service organization.
2255	ADC Failure Possible Cause: An error has been reported by the on board Sensor ADC. Suggested Action: Cycle power to the transmitter. If problem persists, check all configuration parameters for all sensors and correct any errors. If problem still persists, contact local service organization.
2256	Memory Failure Possible Cause: Failure of sensor 2 non-volatile memory or permanent corruption of its data. Suggested Action: Cycle power to sensor. If power cycling fails, reset the sensor configuration to default and reconfigure as needed.
2257	PT Failure Possible Cause: Temperature sensor failure for sensor 2. The temperature compensator or associated connections are either open-circuit or short-circuit. Suggested Action: Check thermometer wiring
2258	PV Out of Limits Possible Cause: Primary variable measured is outside the specified range of the sensor. Suggested Action: Check Sensor Wiring. Check configuration. If problem persists change sensor module
2259	Out of Solution Possible Cause: The conductivity reading is very low. Suggested Action: Check conductivity cell is still in the process solution.
2260	Calibrating Possible Cause: Displayed during calibration of sensor 2. On a multiple sensor setup, this inhibits the calibration of other sensors Suggested Action:
2261	PT Failure Possible Cause: Process variable / sensor failure for sensor 1. Temporary or permanent failure of operation of sensor. Suggested Action: Cycle power to the transmitter. If problem persists, replace sensor cap or complete probe assembly. If problem still persists, contact local service organization.
2262	ADC Failure Possible Cause: Sensor failure (temporary or permanent failure of analogue to digital converter for sensor 1. Suggested Action: Cycle power to the transmitter. If problem persists, replace electronics inside sensor. If problem still persists contact local service organization
2263	Memory Failure Possible Cause: Failure of sensor 1 non-volatile memory or permanent corruption of its data. Suggested Action: Cycle power to the transmitter. If problem persists, check all configuration parameters for all sensors and correct any errors. If problem still persists, contact local service organization
2264	PV Out of Limits Possible Cause: Primary variable measured is outside the specified range of the sensor. Suggested Action: Check process.
2265	Process Temp Out of Range Possible Cause: Process temperature of sample solution is above or below the temperature range of the sensor. Suggested Action: Check process.
2266	Internal Temp Out of Range Possible Cause: The internal sensor temperature is outside operating limits. Suggested Action: Verify that the ambient temperature is within the operating range of the sensor (-10 to 75°C [14 to 167°F])
2267	Dirty Sensor Possible Cause: Sensor is dirty Suggested Action: Clean Sensor
2268	PT Failure Possible Cause: Process variable / sensor failure for sensor 2. Temporary or permanent failure of operation of sensor. Suggested Action: Cycle power to the transmitter. If problem persists, replace sensor cap or complete probe assembly. If problem still persists, contact local service organization.
2269	ADC Failure Possible Cause: Sensor failure (temporary or permanent failure of analogue to digital converter for sensor 2. Suggested Action: Cycle power to the transmitter. If problem persists, replace electronics inside sensor. If problem still persists contact local service organization
2270	Memory Failure Possible Cause: Failure of sensor 2 non-volatile memory or permanent corruption of its data. Suggested Action: Cycle power to the transmitter. If problem persists, check all configuration parameters for all sensors and correct any errors. If problem still persists, contact local service organization
2271	User Cal Expired Possible Cause: Parameter measured without errors using an expired user calibration. Suggested Action: Perform user calibration.
2272	Factory Cal Expired Possible Cause: Parameter measured without errors using an expired factory calibration. Suggested Action:
2273	D.O Conc Meas Error Possible Cause: D.O. Concentration value measured with error. Suggested Action:
2274	Sensor Warm-up Possible Cause: Sensor is warming up. Parameter is not being measured. Suggested Action:
2275	Sensor Warning Possible Cause: Parameter measured but does not meet normal quality criteria. The sensor has sustained moderate damage, or the recommended lifespan has been reached. Suggested Action:
2276	Internal Comms Error Possible Cause: Sensor communication failed. Make sure sensor cap is installed and properly seated. Suggested Action:
2277	% Sat Meas Error Possible Cause: % saturation value measured with error. Suggested Action:
2278	PT Failure Possible Cause: Temperature value measured with error. Suggested Action:
2279	Cap Expired Possible Cause: The optical DO sensor cap has reached or exceeded its expiry date. The cap may continue operating but its accuracy will degrade and cannot be guaranteed to meet specification. Suggested Action:
2280	Replace Cap Possible Cause: The optical DO sensor cap will reach expiry date in 4 weeks or less. Suggested Action: Replace sensor cap
2281	Cap Removed Possible Cause: The sensor cap has been removed. The reading will drop to zero. Suggested Action: Ensure sensor cap is fitted onto the probe tip.
2282	Sensor Warning Possible Cause: Parameter measured but does not meet normal quality criteria. The sensor has sustained moderate damage, or the recommended lifespan has been reached. Suggested Action: Replace sensor
2283	PV Failure Possible Cause: The LED is not illuminating the sample. Process variable / sensor failure for sensor 2. Temporary or permanent failure of operation of sensor. Suggested Action: Cycle power to the transmitter. If problem persists, replace sensor cap or complete probe assembly. If problem still persists, contact local service organization.
2284	Commission Error Possible Cause: For Factory Use Only - Issue with Commisioning of Sensor Suggested Action:
2285	Cal Failed Possible Cause: The last calibration failed. Suggested Action: Repeat calibration procedure.
2286	PV Out of Limits Possible Cause: The measured turbidity is outside the specified range. Suggested Action:
2287	Wiper Expired Possible Cause: The wiper blade is overdue for replacement. Suggested Action: Replace wiper blade and issue a Reset Wiper Lifetime command from within Configuration.
2288	Service Overdue Possible Cause: Suggested Action:
2289	Process Temp Out of Range Possible Cause: The internal sensor temperature is outside operating limits. Suggested Action: Verify that the sample temperature is within the operating range of the sensor (0 to 60 °C [32 to 140 °F])
2290	LED Expired Possible Cause: The LED is going to fail shortly. Suggested Action:
2291	Excess Light Possible Cause: Excess ambient light is present stopping sensor from operating. Suggested Action: Shade the sensor, or move to an area where the sunlight is excluded.
2292	Flow Error Possible Cause: Suggested Action:
2293	Service Due Possible Cause: Suggested Action:
2294	Wiper Failed Possible Cause: The wiper has failed to wipe. Suggested Action: Check wiper for blockage.
2295	Replace Wiper Possible Cause: The wiper blade is due for replacement. Suggested Action: Replace wiper blade and issue a Reset Wiper Lifetime command from within Configuration.
2296	Calibrating Possible Cause: A calibration is in progress. Suggested Action:
2297	Recovery Possible Cause: The sensor is in recovery mode after performing a calibration. Suggested Action:
2298	Clean Inhibited Possible Cause: A clean operation will be inhibited if wiper is fitted and the clean frequency is set to off. Suggested Action:
2299	Warning: This will reset the controller
Reference ID	String