HART设备字典

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引用ID	字符串
0	pH S1
1	pH S2
2	Redox/ORP S1
3	Redox/ORP S2
4	Conductivity S1
5	Conductivity S2
6	Concentration S1
7	Concentration S2
8	Resistivity S1
9	Resistivity S2
10	D.O Conc. S1
11	D.O Conc. S2
12	D.O %Sat S1
13	D.O %Sat S2
14	Turbidity S1
15	Turbidity S2
16	Suspended Solids S1
17	Suspended Solids S2
18	Temperature S1
19	Temperature S2
20	Inf. pH
21	Difference
22	Ratio
23	% Passage
24	% Rejection
25
26	Update Period
27	PH_S1_Obj_Unit
28	FNU
29	FTU
30	NTU
31	PH_S1_Obj_Value_LABEL
32	.2f
33	PH_S1_Obj_DQ_Label
34	PH_S1_Obj_LS_Label
35	PH_S1_Obj_Status_Label
36	PH_S1_Obj_Classification
37	usl
38	DampingTime_Label
39	s
40	PH_S1_transducerSerialNumber
41	1u
42	PH_S1_maxUpdateTime
43	PH_S1_deviceVariableFamilyCodes
44	PH_S2_Obj_Unit
45	PH_S2_Obj_Value_LABEL
46	PH_S2_Obj_DQ_Label
47	PH_S2_Obj_LS_Label
48	PH_S2_Obj_Status_Label
49	PH_S2_Obj_Classification
50	PH_S2_transducerSerialNumber
51	PH_S2_maxUpdateTime
52	PH_S2_deviceVariableFamilyCodes
53	ORP_REDOX_S1_Obj_Unit
54	ORP_REDOX_S1_Obj_Value_LABEL
55	ORP_REDOX_S1_Obj_DQ_Label
56	ORP_REDOX_S1_Obj_LS_Label
57	ORP_REDOX_S1_Obj_Status_Label
58	ORP_REDOX_S1_Obj_Classification
59	ORP_REDOX_S1_transducerSerialNumber
60	ORP_REDOX_S1_maxUpdateTime
61	ORP_REDOX_S1_deviceVariableFamilyCodes
62	ORP_REDOX_S2_Obj_Unit
63	ORP_REDOX_S2_Obj_Value_LABEL
64	ORP_REDOX_S2_Obj_DQ_Label
65	ORP_REDOX_S2_Obj_LS_Label
66	ORP_REDOX_S2_Obj_Status_Label
67	ORP_REDOX_S2_Obj_Classification
68	ORP_REDOX_S2_transducerSerialNumber
69	ORP_REDOX_S2_maxUpdateTime
70	ORP_REDOX_S2_deviceVariableFamilyCodes
71	COND_S1_Obj_Unit
72	COND_S1_Obj_Value_LABEL
73	COND_S1_Obj_DQ_Label
74	COND_S1_Obj_LS_Label
75	COND_S1_Obj_Status_Label
76	COND_S1_Obj_Classification
77	COND_S1_transducerSerialNumber
78	COND_S1_maxUpdateTime
79	COND_S1_deviceVariableFamilyCodes
80	COND_S2_Obj_Unit
81	COND_S2_Obj_Value_LABEL
82	COND_S2_Obj_DQ_Label
83	COND_S2_Obj_LS_Label
84	COND_S2_Obj_Status_Label
85	COND_S2_Obj_Classification
86	COND_S2_transducerSerialNumber
87	COND_S2_maxUpdateTime
88	COND_S2_deviceVariableFamilyCodes
89	CONC_S1_Obj_Unit
90	mg/l
91	Custom
92	CONC_S1_Obj_Value_LABEL
93	CONC_S1_Obj_DQ_Label
94	CONC_S1_Obj_LS_Label
95	CONC_S1_Obj_Status_Label
96	CONC_S1_Obj_Classification
97	CONC_S1_transducerSerialNumber
98	CONC_S1_maxUpdateTime
99	CONC_S1_deviceVariableFamilyCodes
100	CONC_S2_Obj_Unit
101	CONC_S2_Obj_Value_LABEL
102	CONC_S2_Obj_DQ_Label
103	CONC_S2_Obj_LS_Label
104	CONC_S2_Obj_Status_Label
105	CONC_S2_Obj_Classification
106	CONC_S2_transducerSerialNumber
107	CONC_S2_maxUpdateTime
108	CONC_S2_deviceVariableFamilyCodes
109	RESISTIVITY_S1_Obj_Unit
110	RESISTIVITY_S1_Obj_Value_LABEL
111	RESISTIVITY_S1_Obj_DQ_Label
112	RESISTIVITY_S1_Obj_LS_Label
113	RESISTIVITY_S1_Obj_Status_Label
114	RESISTIVITY_S1_Obj_Classification
115	RESISTIVITY_S1_transducerSerialNumber
116	RESISTIVITY_S1_maxUpdateTime
117	RESISTIVITY_S1_deviceVariableFamilyCodes
118	RESISTIVITY_S2_Obj_Unit
119	RESISTIVITY_S2_Obj_Value_LABEL
120	RESISTIVITY_S2_Obj_DQ_Label
121	RESISTIVITY_S2_Obj_LS_Label
122	RESISTIVITY_S2_Obj_Status_Label
123	RESISTIVITY_S2_Obj_Classification
124	RESISTIVITY_S2_transducerSerialNumber
125	RESISTIVITY_S2_maxUpdateTime
126	RESISTIVITY_S2_deviceVariableFamilyCodes
127	DO_CONC_S1_Obj_Unit
128	DO_CONC_S1_Obj_Value_LABEL
129	DO_CONC_S1_Obj_DQ_Label
130	DO_CONC_S1_Obj_LS_Label
131	DO_CONC_S1_Obj_Status_Label
132	DO_CONC_S1_Obj_Classification
133	DO_CONC_S1_transducerSerialNumber
134	DO_CONC_S1_maxUpdateTime
135	DO_CONC_S1_deviceVariableFamilyCodes
136	DO_CONC_S2_Obj_Unit
137	DO_CONC_S2_Obj_Value_LABEL
138	DO_CONC_S2_Obj_DQ_Label
139	DO_CONC_S2_Obj_LS_Label
140	DO_CONC_S2_Obj_Status_Label
141	DO_CONC_S2_Obj_Classification
142	DO_CONC_S2_transducerSerialNumber
143	DO_CONC_S2_maxUpdateTime
144	DO_CONC_S2_deviceVariableFamilyCodes
145	DO_PERCENT_SAT_S1_Obj_Unit
146	% Sat
147	DO_PERCENT_SAT_S1_Obj_Value_LABEL
148	DO_PERCENT_SAT_S1_Obj_DQ_Label
149	DO_PERCENT_SAT_S1_Obj_LS_Label
150	DO_PERCENT_SAT_S1_Obj_Status_Label
151	DO_PERCENT_SAT_S1_Obj_Classification
152	DO_PERCENT_SAT_S1_transducerSerialNumber
153	DO_PERCENT_SAT_S1_maxUpdateTime
154	DO_PERCENT_SAT_S1_deviceVariableFamilyCodes
155	DO_PERCENT_SAT_S2_Obj_Unit
156	DO_PERCENT_SAT_S2_Obj_Value_LABEL
157	DO_PERCENT_SAT_S2_Obj_DQ_Label
158	DO_PERCENT_SAT_S2_Obj_LS_Label
159	DO_PERCENT_SAT_S2_Obj_Status_Label
160	DO_PERCENT_SAT_S2_Obj_Classification
161	DO_PERCENT_SAT_S2_transducerSerialNumber
162	DO_PERCENT_SAT_S2_maxUpdateTime
163	DO_PERCENT_SAT_S2_deviceVariableFamilyCodes
164	TURBIDITY_S1_Obj_Unit
165	TURBIDITY_S1_Obj_Value_LABEL
166	TURBIDITY_S1_Obj_DQ_Label
167	TURBIDITY_S1_Obj_LS_Label
168	TURBIDITY_S1_Obj_Status_Label
169	TURBIDITY_S1_Obj_Classification
170	TURBIDITY_S1_transducerSerialNumber
171	TURBIDITY_S1_maxUpdateTime
172	TURBIDITY_S1_deviceVariableFamilyCodes
173	TURBIDITY_S2_Obj_Unit
174	TURBIDITY_S2_Obj_Value_LABEL
175	TURBIDITY_S2_Obj_DQ_Label
176	TURBIDITY_S2_Obj_LS_Label
177	TURBIDITY_S2_Obj_Status_Label
178	TURBIDITY_S2_Obj_Classification
179	TURBIDITY_S2_transducerSerialNumber
180	TURBIDITY_S2_maxUpdateTime
181	TURBIDITY_S2_deviceVariableFamilyCodes
182	SS_S1_Obj_Unit
183	SS_S1_Obj_Value_LABEL
184	SS_S1_Obj_DQ_Label
185	SS_S1_Obj_LS_Label
186	SS_S1_Obj_Status_Label
187	SS_S1_Obj_Classification
188	SS_S1_transducerSerialNumber
189	SS_S1_maxUpdateTime
190	SS_S1_deviceVariableFamilyCodes
191	SS_S2_Obj_Unit
192	SS_S2_Obj_Value_LABEL
193	SS_S2_Obj_DQ_Label
194	SS_S2_Obj_LS_Label
195	SS_S2_Obj_Status_Label
196	SS_S2_Obj_Classification
197	SS_S2_transducerSerialNumber
198	SS_S2_maxUpdateTime
199	SS_S2_deviceVariableFamilyCodes
200	TEMP_S1_Obj_Unit
201	TEMP_S1_Obj_Value_LABEL
202	TEMP_S1_Obj_DQ_Label
203	TEMP_S1_Obj_LS_Label
204	TEMP_S1_Obj_Status_Label
205	TEMP_S1_Obj_Classification
206	TEMP_S1_transducerSerialNumber
207	TEMP_S1_maxUpdateTime
208	TEMP_S1_deviceVariableFamilyCodes
209	TEMP_S2_Obj_Unit
210	TEMP_S2_Obj_Value_LABEL
211	TEMP_S2_Obj_DQ_Label
212	TEMP_S2_Obj_LS_Label
213	TEMP_S2_Obj_Status_Label
214	TEMP_S2_Obj_Classification
215	TEMP_S2_transducerSerialNumber
216	TEMP_S2_maxUpdateTime
217	TEMP_S2_deviceVariableFamilyCodes
218	INFERRED_PH_Obj_Unit
219	INFERRED_PH_Obj_Value_LABEL
220	INFERRED_PH_Obj_DQ_Label
221	INFERRED_PH_Obj_LS_Label
222	INFERRED_PH_Obj_Status_Label
223	INFERRED_PH_Obj_Classification
224	INFERRED_PH_transducerSerialNumber
225	INFERRED_PH_maxUpdateTime
226	INFERRED_PH_deviceVariableFamilyCodes
227	DIFF_Obj_Unit
228	DIFF_Obj_Value_LABEL
229	DIFF_Obj_DQ_Label
230	DIFF_Obj_LS_Label
231	DIFF_Obj_Status_Label
232	DIFF_Obj_Classification
233	DIFF_transducerSerialNumber
234	DIFF_maxUpdateTime
235	DIFF_deviceVariableFamilyCodes
236	COND_RATIO_Obj_Unit
237	COND_RATIO_Obj_Value_LABEL
238	COND_RATIO_Obj_DQ_Label
239	COND_RATIO_Obj_LS_Label
240	COND_RATIO_Obj_Status_Label
241	COND_RATIO_Obj_Classification
242	COND_RATIO_transducerSerialNumber
243	COND_RATIO_maxUpdateTime
244	COND_RATIO_deviceVariableFamilyCodes
245	COND_PERC_PASSAGE_Obj_Unit
246	COND_PERC_PASSAGE_Obj_Value_LABEL
247	COND_PERC_PASSAGE_Obj_DQ_Label
248	COND_PERC_PASSAGE_Obj_LS_Label
249	COND_PERC_PASSAGE_Obj_Status_Label
250	COND_PERC_PASSAGE_Obj_Classification
251	COND_PERC_PASSAGE_transducerSerialNumber
252	COND_PERC_PASSAGE_maxUpdateTime
253	COND_PERC_PASSAGE_deviceVariableFamilyCodes
254	COND_PERC_REJECTION_Obj_Unit
255	COND_PERC_REJECTION_Obj_Value_LABEL
256	COND_PERC_REJECTION_Obj_DQ_Label
257	COND_PERC_REJECTION_Obj_LS_Label
258	COND_PERC_REJECTION_Obj_Status_Label
259	COND_PERC_REJECTION_Obj_Classification
260	COND_PERC_REJECTION_transducerSerialNumber
261	COND_PERC_REJECTION_maxUpdateTime
262	COND_PERC_REJECTION_deviceVariableFamilyCodes
263	Language
264	English
265	German
266	French
267	Spanish
268	Italian
269	Instrument Tag
270	AWT420
271	Temperature Unit
272	°C
273	°F
274	Diagnostics View
275	Disabled
276	Enabled
277	Signals View
278	Chart View
279	Alarm View
280	Analog OP View
281	Calibration Log
282	Alarm Log
283	Audit Log
284	Diagnostics Log
285	Date Format
286	DD-MM-YYYY
287	MM-DD-YYYY
288	YYYY-MM-DD
289	Source
290	None
291	S1:Primary Signal
292	S1:Secondary Signal
293	Inferred Signal
294	S2:Primary Signal
295	S2:Secondary Signal
296	Tag
297	Chart Duration
298	1 Hr.
299	2 Hrs.
300	4 Hrs.
301	8 Hrs.
302	12 Hrs.
303	16 Hrs.
304	20 Hrs.
305	24 Hrs.
306	DS Region
307	Europe
308	North America
309	DS Start Hour
310	00:00
311	DS Start Occurrence
312	First
313	Second
314	Third
315	Last
316	DS Start Day
317	Sunday
318	Monday
319	Tuesday
320	Wednesday
321	Thursday
322	Friday
323	Saturday
324	DS Start Month
325	January
326	February
327	March
328	April
329	May
330	June
331	July
332	August
333	September
334	October
335	November
336	December
337	DS End Hour
338	DS End Occurrence
339	DS End Day
340	DS End Month
341	Calculated Signal
342	Temperature
343	S1: Control O/P
344	S1: Control O/P (A)
345	S1: Control O/P (B)
346	S2: Control O/P
347	S2: Control O/P (A)
348	S2: Control O/P (B)
349	Output Type
350	Linear
351	Log 2 Decade
352	Log 3 Decade
353	Log 4 Decade
354	Elect. High
355	.8f
356	mA
357	Elect. Low
358	Eng. High
359	.6f
360	Eng. Low
361	Output Failure
362	Failure Current
363	Type
364	Set Source selection as none, before changing Type.
365	Off
366	Input
367	Output
368	S1 Hold
369	S2 Hold
370	S1 Start Clean
371	S2 Start Clean
372	Alarm 1 State
373	Alarm 2 State
374	Alarm 3 State
375	Alarm 4 State
376	Alarm 5 State
377	Alarm 6 State
378	Alarm 7 State
379	Alarm 8 State
380	S1 Failure
381	S2 Failure
382	S1 Out of Spec.
383	S2 Out of Spec.
384	S1 Maintenance
385	S2 Maintenance
386	S1 Function Check
387	S2 Function Check
388	Tx Failure
389	Tx Out of Spec.
390	Tx Maintenance
391	Tx Function Check
392	S1 Cal in Progress
393	S2 Cal in Progress
394	S1 Cal Failed
395	S2 Cal Failed
396	Clean 1
397	Clean 2
398	Diagnostics Active
399	Polarity
400	Inverted
401	Non Inverted
402	Logging Enable
403	Disable
404	Enable
405	Channel 1
406	Channel 2
407	Channel 3
408	Channel 4
409	Channel 5
410	Channel 6
411	Sampling Time
412	5 Secs.
413	10 Secs.
414	30 Secs.
415	1 Min.
416	5 Mins.
417	10 Mins.
418	30 Mins.
419	Serial Number
420	3K0000000000000
421	Software Revision
422	AWT420/p2/00.00.020
423	Hardware Revision
424	Sensor Type
425	Unrecognized Sensor
426	2-Electr. Cond.
427	4-Electr. Cond.
428	RDO
429	pH/Redox(ORP)
430	Turb TSS
431	Turbidity
432	High Process
433	Low Process
434	High Latch
435	Low Latch
436	Alarm 1
437	ABB_SourceUnit
438	ABB_rangeHighInUserUnit
439	ABB_rangeLowInUserUnit
440	Trip
441	Hysteresis
442	Time hysteresis
443	Secs
444	Alarm 2
445	Alarm 3
446	Alarm 4
447	Alarm 5
448	Alarm 6
449	Alarm 7
450	Alarm 8
451	Write Protection
452	dataSig1S1
453	dataSig2S1
454	dataSig3S1
455	dataSig1S2
456	dataSig2S2
457	dataSig3S2
458	ABB_anlgOutputEngUnit
459	FAU
460	ppm
461	ppb
462	µg/l
463	µg/Kg
464	mg/Kg
465	NM³/H
466	BAR A
467	µS/cm
468	µS/M
469	mS/cm
470	mS/M
471	TDS
472	MOhm/cm
473	Ohm/cm
474	pH
475	mV
476	%
477	ml/Sec
478	µA
479	mL/Min
480	PSU
481	ppt
482	mbar
483	mmHg
484	Weeks
485	Days
486	g/l
487	MOhm-cm
488	Sensor to Clean
489	S1
490	S2
491	O/P Assignment
492	Not Assigned
493	Relay 1
494	Relay 2
495	Relay 3
496	Relay 4
497	Digital O/P
498	Clean Interval
499	15 Mins.
500	45 Mins.
501	1 Hour
502	2 Hours
503	3 Hours
504	4 Hours
505	5 Hours
506	6 Hours
507	7 Hours
508	8 Hours
509	9 Hours
510	10 Hours
511	11 Hours
512	12 Hours
513	13 Hours
514	14 Hours
515	15 Hours
516	16 Hours
517	17 Hours
518	18 Hours
519	19 Hours
520	20 Hours
521	21 Hours
522	22 Hours
523	23 Hours
524	24 Hours
525	Clean Type
526	Continous
527	Pulsed
528	Clean On time
529	Secs.
530	Clean Off time
531	Number of Pulses
532	1
533	2
534	3
535	4
536	5
537	6
538	7
539	8
540	9
541	10
542	Recovery Time
543	2 Mins.
544	3 Mins.
545	4 Mins.
546	6 Mins.
547	7 Mins.
548	8 Mins.
549	9 Mins.
550	Clean Duration
551	min
552	Next Clean
553	Card
554	Disconnected
555	Connected
556	Card Status
557	Offline
558	Online
559	Memory Consumed
560	Hidden
561	0 %
562	20 %
563	40 %
564	60 %
565	80 %
566	100 %
567	Media Full
568	Not Inserted
569	Diagnosis Simulation
570	Date
571	Time
572	Next Clean Date
573	Next Clean Time
574	Curr.Out at Alarm
575	High
576	Low
577	Control Action
578	Direct
579	Reverse
580	Dual
581	Control Mode
582	Automatic
583	Manual
584	Setpoint
585	Control Type
586	P Only
587	P+I
588	P+I+D
589	P+D
590	Proportional Band
591	.1f
592	Integral ActionTime
593	Derivative Action Time
594	Manual Reset
595	Analog
596	Time Proportioning
597	Pulse Frequency
598	Cycle Time
599	/min
600	Action
601	Auto
602	Default Output
603	Hold
604	Operator Control
605	Sensor Tag
606	Range High
607	If Measurement Type is pH, set Range High between -2.0 to 16.0 pH If Measurement Type is Redox(ORP) and Sensor model type is Analog, set Range High between -2000 to 2000 mV If Measurement Type is Redox(ORP) and Sensor model type is not Analog, set Range High between -1000 to 1000 mV
608	Range Low
609	If Measurement Type is pH, set Range Low between -2.0 to 16.0 pH If Measurement Type is Redox(ORP), and Sensor model type is Analog, set Range Low between -2000 to 2000 mV If Measurement Type is Redox(ORP) and Sensor model type is not Analog, set Range Low between -1000 to 1000 mV
610	If Measurement Type is Conductivity, set Range High between (0.0 to 20000.0 * Cell Constant)µS/cm or (0.0 to 20.0 * Cell Constant)mS/cm If Measurement Type is Concentration, set Range High between 0 to 2000, Max limit is set by Conc. Curve Table If Measurement Type is Resistivity, set Range High between 0 to 20.0 MOhm-cm
611	.3f
612	If Measurement Type is Conductivity, set Range Low between (0.0 to 20000.0 * Cell Constant)µS/cm or (0.0 to 20.0 * Cell Constant)mS/cm If Measurement Type is Concentration, set Range Low between 0 to 2000, Max limit is set by Conc. Curve Table If Measurement Type is Resistivity, set Range Low 0 to 20.0 MOhm-cm
613	If Measurement Type is Conductivity, set Range High between 0.0 to 2,000,000 µS/cm or 0.0 to 2000 mS/cm If Measurement Type is Concentration, Set Range High between NaOH 15.0 to 0.0% Or HCl 18.0 to 0.0% Or H2SO4 20.0 to 0.0% Or H3PO4 40.0 to 0.0% Or NaCl 20.0 to 0.0% or Custom 200000.0 to 0.0 Or KOH 25.0 to 0.0%
614	If Measurement Type is Conductivity, set Range High between 0.0 to 2000 µS/cm or 0.0 to 2 mS/cm If Measurement Type is Concentration, Set Range High between NaOH 15.0 to 0.0% Or HCl 18.0 to 0.0% Or H2SO4 20.0 to 0.0% Or H3PO4 40.0 to 0.0% Or NaCl 20.0 to 0.0% Or Custom 200000.0 to 0.0 Or KOH 25.0 to 0.0%
615	If Measurement Type is Conductivity, set Range Low between 0.0 to 2,000,000 µS/cm or 0.0 to 2000 mS/cm If Measurement Type is Concentration, Set Range Low between NaOH 15.0 to 0.0% Or HCl 18.0 to 0.0% Or H2SO4 20.0 to 0.0% Or H3PO4 40.0 to 0.0% Or NaCl 20.0 to 0.0% or Custom 200000.0 to 0.0 Or KOH 25.0 to 0.0%
616	If Measurement Type is Conductivity, set Range Low between 0.0 to 2000 µS/cm or 0.0 to 2 mS/cm If Measurement Type is Concentration, Set Range Low between NaOH 15.0 to 0.0% Or HCl 18.0 to 0.0% Or H2SO4 20.0 to 0.0% Or H3PO4 40.0 to 0.0% Or NaCl 20.0 to 0.0% Or Custom 200000.0 to 0.0 Or KOH 25.0 to 0.0%
617	If Measurement Type is Concentration, set Range High between 0 to 50 ppm or 0 to 50 mg/l If Measurement Type is % Saturation, set Range High between 0 to 1000 % Sat.
618	If Measurement Type is Concentration, set Range Low between 0 to 50 ppm or 0 to 50 mg/l If Measurement Type is % Saturation, set Range Low between 0 to 1000 % Sat.
619	If Measurement Type is Turbidity Set Range High between 0 to 4000 NTU If Measurement Type is Suspended Solids Set Range High between 0 to 99999.0 ppm.
620	If Measurement Type is Turbidity Set Range Low between 0 to 4000 NTU If Measurement Type is Suspended Solids Set Range Low between 0 to 99999.0 ppm.
621	Warning:
622	Custom Units
623	Model Type
624	100 GP-D
625	100 Ultra-D
626	500 Pro-D
627	700 Ultra-D
628	500 X-D
629	700 S-D
630	700 M-D
631	Measurement Type
632	Redox(ORP)
633	Temp. Compensation
634	Auto. Solution
635	Sample Coefficient
636	pH/10°C
637	Manual Temperature
638	Filter Type
639	Medium
640	Low Slope Limit
641	Broken Glass
642	Out of Solution
643	Ref. Poisoning
644	Ref. Failure
645	Ref. Blocked
646	Ref. Alarm Limit
647	kOhm
648	Conductivity
649	Concentration
650	Resistivity
651	Conductivity Unit
652	Cell Constant
653	Concentration Unit
654	Temp. Comp. Type
655	TC Curve
656	TC Coeff.
657	Standard KCl
658	UPW (Low TC)
659	UPW (High TC)
660	Pure H2O (Neutral)
661	Pure H2O (Acid)
662	Pure H2O (Base)
663	NaOH
664	HCl
665	NaCl
666	NH3
667	User Defined
668	Input 0
669	Input 1
670	Input 2
671	Input 3
672	Input 4
673	Input 5
674	Output 0
675	Output 1
676	Output 2
677	Output 3
678	Output 4
679	Output 5
680	Enable Curve 0
681	Enable Curve 1
682	Enable Curve 2
683	Enable Curve 3
684	Enable Curve 4
685	Enable Curve 5
686	TC Coefficient
687	%/°C
688	Polarization
689	Sensor Group
690	Group A
691	Group B
692	Conc. Solution
693	H2SO4
694	H3PO4
695	KOH
696	.4f
697	Dirty Sensor
698	% Saturation
699	PV Resolution
700	Normal
701	Salinity Unit
702	Salinity Correction
703	If Salinity Unit is PSU set Salinity Correction 0 to 42 PSU If Salinity Unit is ppt, set Salinity Correction 0 to 42 ppt.
704	Pressure Unit
705	Cap End Time
706	Cap End Date
707	Cap Serial Number
708	Barometric Pressure
709	If Pressure Unit is mbar set Barometric Pressure 507 to 1115 mbar If Pressure Unit is mmHg, set Barometric Pressure 380 to 836 mmHg.
710	Units
711	Suspended Solids
712	Turb Units
713	TSS Units
714	Wiper Clean Freq.
715	5 Minutes
716	15 Minutes
717	30 Minutes
718	45 Minutes
719	Wiper Fitting
720	Not fitted
721	Fitted
722	Range Switching
723	Bubble Rejection
724	No Sensor Fitted
725	Calculation Type
726	Change in Calculation Type may reset Sensor 1 and Sensor 2 Measurement Types and and other objects. Continue?
727	Inferred pH (NaOH)
728	Inf. pH (NaOH+NaCl)
729	Inferred pH (NH3)
730	Inf. pH (NH3+NaCl)
731	Before Cation Limit
732	After Cation Limit
733	pH Range
734	7.0pH to 10.0pH
735	7.0pH to 11.0pH
736	Signal Arrangement
737	A = S1, B = S2
738	A = S2, B = S1
739	7998/011
740	7998/012
741	7998/016
742	If Sensor Type is 7998/011 or 7998/016 set Range High between 1.0 to 40.0 NTU If Sensor Type is 7998/012 set Range High between 40.0 to 400.0 NTU.
743	Set Range Low 0.0 NTU.
744	Reset
745	dummy_UI
746	% sat
747	Temperature Sensor
748	Maintenance Required
749	Device Variable Alert
750	Critical Power Failure
751	........
752	Reserved
753	Possible Cause: Suggested Action:
754	Before Cat. High
755	Possible Cause: The pre-set conductivity value before the cation resin column has been exceeded
756	After Cat. High
757	Possible Cause: The conductivity value after the cation resin column has exceeded the programmed limit.
758	Before Cat. Low
759	Possible Cause: The conductivity value before the cation resin column has fallen below the acceptable value for reliable readings when inferred pH is selected.
760	Clean 1 in Progress
761	Possible Cause: Indicates that a manual, or automatic, sensor clean cycle is in progress.
762	Clean 2 in Progress
763	Alarm Active
764	Possible Cause: Indicates 1 of 8 user-defined alarms is active
765	Memory Write Error
766	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
767	S1:Write Error
768	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.
769	S2:Write Error
770	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.
771	S1:PV Out of Range
772	Possible Cause: Sensor 1 Primary Variable is out of the specified range of the sensor.
773	S2:PV Out of Range
774	Possible Cause: Sensor 2 Primary Variable is out of the specified range of the sensor.
775	Simulation Active
776	Possible Cause: The analyzer is operating in Simulation mode.
777	Inf. pH Invalid
778	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.
779	S1:Comms Error
780	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.
781	S2:Comms Error
782	AO1:Out of Range
783	Possible Cause: Analog Output 1 source is outside the programmed range
784	AO2:Out of Range
785	Possible Cause: Analog Output 2 source is outside the programmed range
786	AO3:Out of Range
787	Possible Cause: Analog Output 3 source is outside the programmed range
788	AO4:Out of Range
789	Possible Cause: Analog Output 4 source is outside the programmed range
790	SD Nearly Full
791	Possible Cause: Memory card is more than 90% full Suggested Action: Replace memory card.
792	SD Card Full
793	Possible Cause: Memory card is full, no more data can be saved to the card. Suggested Action: Replace memory card.
794	Undefined
795	Check function
796	Off specification
797	Maintenance
798	Failure
799	Electronics status
800	Sensor status
801	Configuration status
802	Operating conditions
803	Process operating conditions
804	Diagnosis Simulation Enabled
805	0.3f
806	0.2f
807	0.1f
808	8.3f
809	8.2f
810	8.1f
811	QV
812	Command Not Implemented
813	Upload from Device
814	Download to Device
815	Download from Device
816	Upload to Device
817	Reset to Default
818	Edit Measurement Type.
819	Digital I/O
820	Change Measurement Type.
821	Change Sensor Type.
822	Change Calculation Type
823	Change Conductivity Unit
824	Change Concentration Unit
825	Change RDO Unit
826	Change Turb Unit
827	Change TSS Units
828	Change Turbidity Unit
829	Change Source
830	Set Temp. Comp. Type
831	Change Sensor Group
832	Change TC Curve
833	Change Salinity Unit
834	Change Pressure Unit
835	Set Cell Constant
836	Change Conc. Solution
837	Device_Diagnostic_0
838	Possible Cause: Analog Output 1 source is outside the programmed range Suggested Action:Check process and output setup.
839	Possible Cause: Analog Output 2 source is outside the programmed range Suggested Action:Check process and output setup.
840	Possible Cause: Analog Output 3 source is outside the programmed range Suggested Action:Check process and output setup.
841	Possible Cause: Analog Output 4 source is outside the programmed range Suggested Action:Check process and output setup.
842	Device_Diagnostic_1
843	Possible Cause: Indicates 1 of 8 user-defined alarms is active Suggested Action:
844	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
845	Possible Cause: Sensor 1 Primary Variable is out of the specified range of the sensor. Suggested Action: Check process.
846	Possible Cause: Sensor 2 Primary Variable is out of the specified range of the sensor. Suggested Action: Check process.
847	Possible Cause: The analyzer is operating in Simulation mode. Suggested Action:Check setup.
848	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:Check process and sensor setup.
849	Device_Diagnostic_2
850	Possible Cause: The pre-set conductivity value before the cation resin column has been exceeded Suggested Action:Check before Cation process and sensor setup.
851	Possible Cause: The conductivity value after the cation resin column has exceeded the programmed limit. Suggested Action:Check after Cation process and sensor setup
852	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:
853	Possible Cause: Indicates that a manual, or automatic, sensor clean cycle is in progress. Suggested Action:No action
854	Possible Cause: Indicates that a manual, or automatic, sensor clean cycle is in progress. Suggested Action:No action
855	Byte2Bite5_Dec
856	Byte2Bite5_PCSA
857	Byte2Bite6_Dec
858	Byte2Bite6_PCSA
859	Byte2Bite7_Dec
860	Byte2Bite7_PCSA
861	Device_Diagnostic_3
862	Byte3Bite0_Dec
863	Byte3Bite0_PCSA
864	Byte3Bite1_Dec
865	Byte3Bite1_PCSA
866	Byte3Bite2_Dec
867	Byte3Bite2_PCSA
868	Byte3Bite3_Dec
869	Byte3Bite3_PCSA
870	Byte3Bite4_Dec
871	Byte3Bite4_PCSA
872	Byte3Bite5_Dec
873	Byte3Bite5_PCSA
874	Byte3Bite6_Dec
875	Byte3Bite6_PCSA
876	Byte3Bite7_Dec
877	Byte3Bite7_PCSA
878	Device_Diagnostic_4
879	Byte4Bite0_Dec
880	Byte4Bite0_PCSA
881	S1:ADC Failure
882	Possible Cause: An error has been reported by the on board ADC. Suggested Action: Cycle power to sensor. If problem persists change sensor module.
883	S1:Memory Failure
884	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.
885	Byte4Bite3_Dec
886	Byte4Bite3_PCSA
887	S1:Broken Glass
888	Possible Cause: pH glass tip is broken Suggested Action: Replace Sensor
889	S1:Ref. Failure
890	Possible Cause: Reference impedance error Suggested Action: Replace Sensor
891	S1:PT Failure
892	Possible Cause: Check thermometer wiring Suggested Action: Check Temperature Sensor. If problem persists change temperature sensor
893	Byte4Bite7_Dec
894	Byte4Bite7_PCSA
895	Device_Diagnostic_5
896	S1:Cal Failed
897	Possible Cause: Calibration failed. Previous calibration values applied. Suggested Action:
898	S1:PV Out of Limits
899	Possible Cause: The measured pH is out of range. Suggested Action:
900	Byte5Bite2_Dec
901	Byte5Bite2_PCSA
902	Byte5Bite3_Dec
903	Byte5Bite3_PCSA
904	S1:Process Temp Out of Range
905	Possible Cause: The measured temperature is outside the sensor Limits. Suggested Action:
906	Byte5Bite5_Dec
907	Byte5Bite5_PCSA
908	Byte5Bite6_Dec
909	Byte5Bite6_PCSA
910	S1:Ambient Temp Out of Range
911	Possible Cause: The ambient temperature of sensor is out of range. Suggested Action:
912	Device_Diagnostic_6
913	Byte6Bite0_Dec
914	Byte6Bite0_PCSA
915	Byte6Bite1_Dec
916	Byte6Bite1_PCSA
917	Byte6Bite2_Dec
918	Byte6Bite2_PCSA
919	Possible Cause: The reference junction is blocked Suggested Action: Clean Sensor
920	S1:Ref. Warning
921	Possible Cause: The millivolt difference between electrodes is approaching zero Suggested Action: Sensor needs replacing soon
922	S1:Low pH Slope
923	Possible Cause: As the Electrode ages its slop decreases Suggested Action:
924	S1:Out of Solution
925	Possible Cause: Suggested Action: Check solution supply
926	S1:Low Electrolyte
927	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.
928	Device_Diagnostic_7
929	Byte7Bite0_Dec
930	Byte7Bite0_PCSA
931	Byte7Bite1_Dec
932	Byte7Bite1_PCSA
933	Byte7Bite2_Dec
934	Byte7Bite2_PCSA
935	Byte7Bite3_Dec
936	Byte7Bite3_PCSA
937	Byte7Bite4_Dec
938	Byte7Bite4_PCSA
939	Byte7Bite5_Dec
940	Byte7Bite5_PCSA
941	Byte7Bite6_Dec
942	Byte7Bite6_PCSA
943	Byte7Bite7_Dec
944	Byte7Bite7_PCSA
945	Device_Diagnostic_8
946	Byte8Bite0_Dec
947	Byte8Bite0_PCSA
948	S2:ADC Failure
949	S2:Memory Failure
950	Byte8Bite3_Dec
951	Byte8Bite3_PCSA
952	S2:Broken Glass
953	S2:Ref. Failure
954	S2:PT Failure
955	Byte8Bite7_Dec
956	Byte8Bite7_PCSA
957	Device_Diagnostic_9
958	S2:Cal Failed
959	S2:PV Out of Limits
960	Byte9Bite2_Dec
961	Byte9Bite2_PCSA
962	S2:Process Temp Out of Range
963	Byte9Bite3_Dec
964	Byte9Bite3_PCSA
965	Byte9Bite5_Dec
966	Byte9Bite5_PCSA
967	Byte9Bite6_Dec
968	Byte9Bite6_PCSA
969	S2:Ambient Temp Out of Range
970	Device_Diagnostic_10
971	Byte10Bite0_Dec
972	Byte10Bite0_PCSA
973	Byte10Bite1_Dec
974	Byte10Bite1_PCSA
975	Byte10Bite2_Dec
976	Byte10Bite2_PCSA
977	S2:Ref. Warning
978	S2:Low pH Slope
979	Possible Cause: As the Electrode ages its slope decreases Suggested Action:
980	S2:Out of Solution
981	S2:Low Electrolyte
982	Device_Diagnostic_11
983	Byte11Bite0_Dec
984	Byte11Bite0_PCSA
985	Byte11Bite1_Dec
986	Byte11Bite1_PCSA
987	Byte11Bite2_Dec
988	Byte11Bite2_PCSA
989	Byte11Bite3_Dec
990	Byte11Bite3_PCSA
991	Byte11Bite4_Dec
992	Byte11Bite4_PCSA
993	Byte11Bite5_Dec
994	Byte11Bite5_PCSA
995	Byte11Bite6_Dec
996	Byte11Bite6_PCSA
997	Byte11Bite7_Dec
998	Byte11Bite7_PCSA
999	Device_Diagnostic_12
1000	S1:PV Failure
1001	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.
1002	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
1003	Byte12Bite3_Dec
1004	Byte12Bite3_PCSA
1005	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.
1006	S1:Polarization
1007	Possible Cause: Effective area of electrode decreased. Suggested Action: Check process. Check sensor wiring. Clean Sensor
1008	Byte12Bite5_Dec
1009	Byte12Bite5_PCSA
1010	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
1011	Byte12Bite7_Dec
1012	Byte12Bite7_PCSA
1013	Device_Diagnostic_13
1014	Possible Cause: Last sensor calibration failed. Calibration is sensor-specific â€“ refer to the sensor Operating instruction. Suggested Action:
1015	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
1016	Byte13Bite2_Dec
1017	Byte13Bite2_PCSA
1018	Byte13Bite3_Dec
1019	Byte13Bite3_PCSA
1020	Possible Cause: Process temperature of sample solution is above or below the temperature range of the sensor. Suggested Action: Check temperature sensor wiring
1021	Byte13Bite5_Dec
1022	Byte13Bite5_PCSA
1023	Byte13Bite6_Dec
1024	Byte13Bite6_PCSA
1025	S1:Internal Temp Out of Range
1026	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])
1027	Device_Diagnostic_14
1028	Byte14Bite0_Dec
1029	Byte14Bite0_PCSA
1030	Byte14Bite1_Dec
1031	Byte14Bite1_PCSA
1032	Byte14Bite2_Dec
1033	Byte14Bite2_PCSA
1034	Byte14Bite3_Dec
1035	Byte14Bite3_PCSA
1036	Byte14Bite4_Dec
1037	Byte14Bite4_PCSA
1038	Possible Cause: The conductivity reading is very low. Suggested Action: Check conductivity cell is still in the process solution.
1039	Byte14Bite5_Dec
1040	Byte14Bite5_PCSA
1041	Byte14Bite7_Dec
1042	Byte14Bite7_PCSA
1043	Device_Diagnostic_15
1044	S1:Calibrating
1045	Possible Cause: Displayed during calibration of sensor 1. On a multiple sensor setup, this inhibits the calibration of other sensors Suggested Action:
1046	S1:Recovery
1047	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:
1048	Byte15Bite2_Dec
1049	Byte15Bite2_PCSA
1050	Byte15Bite3_Dec
1051	Byte15Bite3_PCSA
1052	Byte15Bite4_Dec
1053	Byte15Bite4_PCSA
1054	Byte15Bite5_Dec
1055	Byte15Bite5_PCSA
1056	Byte15Bite6_Dec
1057	Byte15Bite6_PCSA
1058	Byte15Bite7_Dec
1059	Byte15Bite7_PCSA
1060	Device_Diagnostic_16
1061	S2:PV Failure
1062	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.
1063	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.
1064	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.
1065	Byte16Bite3_Dec
1066	Byte16Bite3_PCSA
1067	S2:Polarization
1068	Byte16Bite5_Dec
1069	Byte16Bite5_PCSA
1070	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
1071	Byte16Bite7_Dec
1072	Byte16Bite7_PCSA
1073	Device_Diagnostic_17
1074	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
1075	Byte17Bite2_Dec
1076	Byte17Bite2_PCSA
1077	Byte17Bite3_Dec
1078	Byte17Bite3_PCSA
1079	Byte17Bite5_Dec
1080	Byte17Bite5_PCSA
1081	Byte17Bite6_Dec
1082	Byte17Bite6_PCSA
1083	S2:Internal Temp Out of Range
1084	Device_Diagnostic_18
1085	Byte18Bite0_Dec
1086	Byte18Bite0_PCSA
1087	Byte18Bite1_Dec
1088	Byte18Bite1_PCSA
1089	Byte18Bite2_Dec
1090	Byte18Bite2_PCSA
1091	Byte18Bite3_Dec
1092	Byte18Bite3_PCSA
1093	Byte18Bite4_Dec
1094	Byte18Bite4_PCSA
1095	Byte18Bite5_Dec
1096	Byte18Bite5_PCSA
1097	Possible Cause: The conductivity reading is very low. Suggested Action: Check conductivity cell is still in the process solution.
1098	Byte18Bite7_Dec
1099	Byte18Bite7_PCSA
1100	Device_Diagnostic_19
1101	S2:Calibrating
1102	Possible Cause: Displayed during calibration of sensor 2. On a multiple sensor setup, this inhibits the calibration of other sensors Suggested Action:
1103	S2:Recovery
1104	Byte19Bite2_Dec
1105	Byte19Bite2_PCSA
1106	Byte19Bite3_Dec
1107	Byte19Bite3_PCSA
1108	Byte19Bite4_Dec
1109	Byte19Bite4_PCSA
1110	Byte19Bite5_Dec
1111	Byte19Bite5_PCSA
1112	Byte19Bite6_Dec
1113	Byte19Bite6_PCSA
1114	Byte19Bite7_Dec
1115	Byte19Bite7_PCSA
1116	Device_Diagnostic_20
1117	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.
1118	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
1119	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
1120	Byte20Bite3_Dec
1121	Byte20Bite3_PCSA
1122	Byte20Bite4_Dec
1123	Byte20Bite4_PCSA
1124	Byte20Bite5_Dec
1125	Byte20Bite5_PCSA
1126	Byte20Bite7_Dec
1127	Byte20Bite7_PCSA
1128	Device_Diagnostic_21
1129	Possible Cause: Primary variable measured is outside the specified range of the sensor. Suggested Action: Check process.
1130	Byte21Bite2_Dec
1131	Byte21Bite2_PCSA
1132	Byte21Bite3_Dec
1133	Byte21Bite3_PCSA
1134	Possible Cause: Process temperature of sample solution is above or below the temperature range of the sensor. Suggested Action: Check process.
1135	Byte21Bite5_Dec
1136	Byte21Bite5_PCSA
1137	Byte21Bite6_Dec
1138	Byte21Bite6_PCSA
1139	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])
1140	Device_Diagnostic_22
1141	Byte22Bite0_Dec
1142	Byte22Bite0_PCSA
1143	Byte22Bite1_Dec
1144	Byte22Bite1_PCSA
1145	Byte22Bite2_Dec
1146	Byte22Bite2_PCSA
1147	Byte22Bite3_Dec
1148	Byte22Bite3_PCSA
1149	S1:Dirty Sensor
1150	Possible Cause: Sensor is dirty Suggested Action: Clean Sensor
1151	Byte22Bite5_Dec
1152	Byte22Bite5_PCSA
1153	Byte22Bite7_Dec
1154	Byte22Bite7_PCSA
1155	Device_Diagnostic_23
1156	Byte23Bite2_Dec
1157	Byte23Bite2_PCSA
1158	Byte23Bite3_Dec
1159	Byte23Bite3_PCSA
1160	Byte23Bite4_Dec
1161	Byte23Bite4_PCSA
1162	Byte23Bite5_Dec
1163	Byte23Bite5_PCSA
1164	Byte23Bite6_Dec
1165	Byte23Bite6_PCSA
1166	Byte23Bite7_Dec
1167	Byte23Bite7_PCSA
1168	Device_Diagnostic_24
1169	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.
1170	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
1171	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
1172	Byte24Bite3_Dec
1173	Byte24Bite3_PCSA
1174	Byte24Bite4_Dec
1175	Byte24Bite4_PCSA
1176	Byte24Bite5_Dec
1177	Byte24Bite5_PCSA
1178	Byte24Bite7_Dec
1179	Byte24Bite7_PCSA
1180	Device_Diagnostic_25
1181	Byte25Bite2_Dec
1182	Byte25Bite2_PCSA
1183	Byte25Bite3_Dec
1184	Byte25Bite3_PCSA
1185	Byte25Bite5_Dec
1186	Byte25Bite5_PCSA
1187	Byte25Bite6_Dec
1188	Byte25Bite6_PCSA
1189	Device_Diagnostic_26
1190	Byte26Bite0_Dec
1191	Byte26Bite0_PCSA
1192	Byte26Bite1_Dec
1193	Byte26Bite1_PCSA
1194	Byte26Bite2_Dec
1195	Byte26Bite2_PCSA
1196	Byte26Bite3_Dec
1197	Byte26Bite3_PCSA
1198	S2:Dirty Sensor
1199	Byte26Bite5_Dec
1200	Byte26Bite5_PCSA
1201	Byte26Bite7_Dec
1202	Byte26Bite7_PCSA
1203	Device_Diagnostic_27
1204	Byte27Bite2_Dec
1205	Byte27Bite2_PCSA
1206	Byte27Bite3_Dec
1207	Byte27Bite3_PCSA
1208	Byte27Bite4_Dec
1209	Byte27Bite4_PCSA
1210	Byte27Bite5_Dec
1211	Byte27Bite5_PCSA
1212	Byte27Bite6_Dec
1213	Byte27Bite6_PCSA
1214	Byte27Bite7_Dec
1215	Byte27Bite7_PCSA
1216	Device_Diagnostic_28
1217	Byte28Bite0_Dec
1218	Byte28Bite0_PCSA
1219	S1:User Cal Expired
1220	Possible Cause: Parameter measured without errors using an expired user calibration. Suggested Action: Perform user calibration.
1221	S1:Factory Cal Expired
1222	Possible Cause: Parameter measured without errors using an expired factory calibration. Suggested Action:
1223	S1:D.O Conc Meas Error
1224	Possible Cause: D.O. Concentration value measured with error. Suggested Action:
1225	S1:Sensor Warm-up
1226	Possible Cause: Sensor is warming up. Parameter is not being measured. Suggested Action:
1227	S1:Sensor Warning
1228	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:
1229	S1:Internal Comms Error
1230	Possible Cause: Sensor communication failed. Make sure sensor cap is installed and properly seated. Suggested Action:
1231	Device_Diagnostic_29
1232	S1: % Sat Meas Error
1233	Possible Cause: % saturation value measured with error. Suggested Action:
1234	Possible Cause: Temperature value measured with error. Suggested Action:
1235	S1:Cap Expired
1236	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:
1237	S1:Replace Cap
1238	Possible Cause: The optical DO sensor cap will reach expiry date in 4 weeks or less. Suggested Action: Replace sensor cap
1239	S1:Cap Removed
1240	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.
1241	Byte29Bite6_Dec
1242	Byte29Bite6_PCSA
1243	Byte29Bite7_Dec
1244	Byte29Bite7_PCSA
1245	Device_Diagnostic_30
1246	Byte30Bite0_Dec
1247	Byte30Bite0_PCSA
1248	Byte30Bite1_Dec
1249	Byte30Bite1_PCSA
1250	Byte30Bite2_Dec
1251	Byte30Bite2_PCSA
1252	Byte30Bite3_Dec
1253	Byte30Bite3_PCSA
1254	Byte30Bite4_Dec
1255	Byte30Bite4_PCSA
1256	Byte30Bite5_Dec
1257	Byte30Bite5_PCSA
1258	Byte30Bite6_Dec
1259	Byte30Bite6_PCSA
1260	Byte30Bite7_Dec
1261	Byte30Bite7_PCSA
1262	Device_Diagnostic_31
1263	Byte31Bite0_Dec
1264	Byte31Bite0_PCSA
1265	Byte31Bite1_Dec
1266	Byte31Bite1_PCSA
1267	Byte31Bite2_Dec
1268	Byte31Bite2_PCSA
1269	Byte31Bite3_Dec
1270	Byte31Bite3_PCSA
1271	Byte31Bite4_Dec
1272	Byte31Bite4_PCSA
1273	Byte31Bite5_Dec
1274	Byte31Bite5_PCSA
1275	Byte31Bite6_Dec
1276	Byte31Bite6_PCSA
1277	Byte31Bite7_Dec
1278	Byte31Bite7_PCSA
1279	Device_Diagnostic_32
1280	Byte32Bite0_Dec
1281	Byte32Bite0_PCSA
1282	S2:User Cal Expired
1283	S2:Factory Cal Expired
1284	S2:D.O Conc Meas Error
1285	S2:Sensor Warm-up
1286	S2:Sensor Warning
1287	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
1288	S2:Internal Comms Error
1289	Device_Diagnostic_33
1290	S2: % Sat Meas Error
1291	S2:Cap Expired
1292	S2:Replace Cap
1293	S2:Cap Removed
1294	Byte33Bite6_Dec
1295	Byte33Bite6_PCSA
1296	Byte33Bite7_Dec
1297	Byte33Bite7_PCSA
1298	Device_Diagnostic_34
1299	Byte34Bite0_Dec
1300	Byte34Bite0_PCSA
1301	Byte34Bite1_Dec
1302	Byte34Bite1_PCSA
1303	Byte34Bite2_Dec
1304	Byte34Bite2_PCSA
1305	Byte34Bite3_Dec
1306	Byte34Bite3_PCSA
1307	Byte34Bite4_Dec
1308	Byte34Bite4_PCSA
1309	Byte34Bite5_Dec
1310	Byte34Bite5_PCSA
1311	Byte34Bite6_Dec
1312	Byte34Bite6_PCSA
1313	Byte34Bite7_Dec
1314	Byte34Bite7_PCSA
1315	Device_Diagnostic_35
1316	Byte35Bite0_Dec
1317	Byte35Bite0_PCSA
1318	Byte35Bite1_Dec
1319	Byte35Bite1_PCSA
1320	Byte35Bite2_Dec
1321	Byte35Bite2_PCSA
1322	Byte35Bite3_Dec
1323	Byte35Bite3_PCSA
1324	Byte35Bite4_Dec
1325	Byte35Bite4_PCSA
1326	Byte35Bite5_Dec
1327	Byte35Bite5_PCSA
1328	Byte35Bite6_Dec
1329	Byte35Bite6_PCSA
1330	Byte35Bite7_Dec
1331	Byte35Bite7_PCSA
1332	Device_Diagnostic_36
1333	Possible Cause: The LED is not illuminating the sample. 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, contact local service organization.
1334	Commission Error
1335	Possible Cause: For Factory Use Only - Issue with Commisioning of Sensor Suggested Action:
1336	Byte36Bite4_Dec
1337	Byte36Bite4_PCSA
1338	Byte36Bite5_Dec
1339	Byte36Bite5_PCSA
1340	Byte36Bite6_Dec
1341	Byte36Bite6_PCSA
1342	Byte36Bite7_Dec
1343	Byte36Bite7_PCSA
1344	Device_Diagnostic_37
1345	Possible Cause: The last calibration failed. Suggested Action: Repeat calibration procedure.
1346	Possible Cause: The measured turbidity is outside the specified range. Suggested Action:
1347	S1:Wiper Expired
1348	Possible Cause: The wiper blade is overdue for replacement. Suggested Action: Replace wiper blade and issue a Reset Wiper Lifetime command from within Configuration.
1349	S1:Service Overdue
1350	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])
1351	S1:LED Expired
1352	Possible Cause: The LED is going to fail shortly. Suggested Action:
1353	S1:Excess Light
1354	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.
1355	Byte37Bite7_Dec
1356	Byte37Bite7_PCSA
1357	Device_Diagnostic_38
1358	S1:Flow Error
1359	S1:Service Due
1360	S1:Wiper Failed
1361	Possible Cause: The wiper has failed to wipe. Suggested Action: Check wiper for blockage.
1362	S1:Replace Wiper
1363	Possible Cause: The wiper blade is due for replacement. Suggested Action: Replace wiper blade and issue a Reset Wiper Lifetime command from within Configuration.
1364	Byte38Bite4_Dec
1365	Byte38Bite4_PCSA
1366	Byte38Bite5_Dec
1367	Byte38Bite5_PCSA
1368	Byte38Bite6_Dec
1369	Byte38Bite6_PCSA
1370	Byte38Bite7_Dec
1371	Byte38Bite7_PCSA
1372	Device_Diagnostic_39
1373	Possible Cause: A calibration is in progress. Suggested Action:
1374	Possible Cause: The sensor is in recovery mode after performing a calibration. Suggested Action:
1375	Byte39Bite2_Dec
1376	Byte39Bite2_PCSA
1377	S1:Clean Inhibited
1378	Possible Cause: A clean operation will be inhibited if wiper is fitted and the clean frequency is set to off. Suggested Action:
1379	Byte39Bite4_Dec
1380	Byte39Bite4_PCSA
1381	Byte39Bite5_Dec
1382	Byte39Bite5_PCSA
1383	Byte39Bite6_Dec
1384	Byte39Bite6_PCSA
1385	Byte39Bite7_Dec
1386	Byte39Bite7_PCSA
1387	Device_Diagnostic_40
1388	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, contact local service organization.
1389	Byte40Bite4_Dec
1390	Byte40Bite4_PCSA
1391	Byte40Bite5_Dec
1392	Byte40Bite5_PCSA
1393	Byte40Bite6_Dec
1394	Byte40Bite6_PCSA
1395	Byte40Bite7_Dec
1396	Byte40Bite7_PCSA
1397	Device_Diagnostic_41
1398	S2:Wiper Expired
1399	S2:Service Overdue
1400	S2:LED Expired
1401	S2:Excess Light
1402	Byte41Bite7_Dec
1403	Byte41Bite7_PCSA
1404	Device_Diagnostic_42
1405	S2:Flow Error
1406	S2:Service Due
1407	S2:Wiper Failed
1408	S2:Replace Wiper
1409	Byte42Bite4_Dec
1410	Byte42Bite4_PCSA
1411	Byte42Bite5_Dec
1412	Byte42Bite5_PCSA
1413	Byte42Bite6_Dec
1414	Byte42Bite6_PCSA
1415	Byte42Bite7_Dec
1416	Byte42Bite7_PCSA
1417	Device_Diagnostic_43
1418	Byte43Bite2_Dec
1419	Byte43Bite2_PCSA
1420	S2:Clean Inhibited
1421	Byte43Bite4_Dec
1422	Byte43Bite4_PCSA
1423	Byte43Bite5_Dec
1424	Byte43Bite5_PCSA
1425	Byte43Bite6_Dec
1426	Byte43Bite6_PCSA
1427	Byte43Bite7_Dec
1428	Byte43Bite7_PCSA
1429	Device_Diagnostic_44
1430	Byte44Bite0_Dec
1431	Byte44Bite0_PCSA
1432	s1:Memory Failure
1433	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.
1434	Possible Cause: An error has been reported by the Sensor ADC. Suggested Action: Cycle power to the transmitter. If problem persists, replace electronics inside sensor. If problem per-sists, contact local service organization.
1435	Possible Cause: Check wiper for blockage. Suggested Action: Check wiper for blockage and Initi-ate manual clean.
1436	Byte44Bite4_Dec
1437	Byte44Bite4_PCSA
1438	Byte44Bite5_Dec
1439	Byte44Bite5_PCSA
1440	Byte44Bite6_Dec
1441	Byte44Bite6_PCSA
1442	Byte44Bite7_Dec
1443	Byte44Bite7_PCSA
1444	Device_Diagnostic_45
1445	S1:Calibration Failed
1446	Possible Cause: The last calibration failed. Suggested Action: Repeat calibration procedure, if issue persists contact local service organization.
1447	Possible Cause: The measured turbidity is outside the sensor limits. Suggested Action: Check process solution.
1448	Byte45Bite2_Dec
1449	Byte45Bite2_PCSA
1450	Byte45Bite3_Dec
1451	Byte45Bite3_PCSA
1452	Byte45Bite4_Dec
1453	Byte45Bite4_PCSA
1454	Possible Cause: Wiper exceeds expected lifetime so measurement quality may be reduced. Suggested Action: Replace wiper blade and issue a Reset Wiper Lifetime command from within Configuration.
1455	Byte45Bite6_Dec
1456	Byte45Bite6_PCSA
1457	Byte45Bite7_Dec
1458	Byte45Bite7_PCSA
1459	Device_Diagnostic_46
1460	Possible Cause: The wiper blade is due for re-placement. Suggested Action: Replace wiper blade and issue a Reset Wiper Lifetime command from within Configuration.
1461	Byte46Bite1_Dec
1462	Byte46Bite1_PCSA
1463	Byte46Bite2_Dec
1464	Byte46Bite2_PCSA
1465	Byte46Bite3_Dec
1466	Byte46Bite3_PCSA
1467	Byte46Bite4_Dec
1468	Byte46Bite4_PCSA
1469	Byte46Bite5_Dec
1470	Byte46Bite5_PCSA
1471	Byte46Bite6_Dec
1472	Byte46Bite6_PCSA
1473	Byte46Bite7_Dec
1474	Byte46Bite7_PCSA
1475	Device_Diagnostic_47
1476	Possible Cause: Calibration in progress, PV Value may be inaccurate, and outputs may be held. Suggested Action: Wait for diagnostic to clear.
1477	Possible Cause: Sensor recovering after Calibration performed, PV readings may be inaccurate, and outputs may be held. Suggested Action: Wait for diagnostic to clear.
1478	Possible Cause: Wiper clean frequency set to off. The quality of the Turbidity measurement may be negatively affected, and the life cycle of the sensor may be reduced. Suggested Action: Set appropriate clean frequency or perform manual clean.
1479	Byte47Bite3_Dec
1480	Byte47Bite3_PCSA
1481	Byte47Bite4_Dec
1482	Byte47Bite4_PCSA
1483	Byte47Bite5_Dec
1484	Byte47Bite5_PCSA
1485	Byte47Bite6_Dec
1486	Byte47Bite6_PCSA
1487	Byte47Bite7_Dec
1488	Byte47Bite7_PCSA
1489	Device_Diagnostic_48
1490	Byte48Bite0_Dec
1491	Byte48Bite0_PCSA
1492	Possible Cause: Check wiper for blockage. Suggested Action: Check wiper for blockage and Initiate manual clean.
1493	Byte48Bite4_Dec
1494	Byte48Bite4_PCSA
1495	Byte48Bite5_Dec
1496	Byte48Bite5_PCSA
1497	Byte48Bite6_Dec
1498	Byte48Bite6_PCSA
1499	Byte48Bite7_Dec
1500	Byte48Bite7_PCSA
1501	Device_Diagnostic_49
1502	S2:Calibration Failed
1503	Byte49Bite2_Dec
1504	Byte49Bite2_PCSA
1505	Byte49Bite3_Dec
1506	Byte49Bite3_PCSA
1507	Byte49Bite4_Dec
1508	Byte49Bite4_PCSA
1509	Byte49Bite6_Dec
1510	Byte49Bite6_PCSA
1511	Byte49Bite7_Dec
1512	Byte49Bite7_PCSA
1513	Device_Diagnostic_50
1514	Byte50Bite1_Dec
1515	Byte50Bite1_PCSA
1516	Byte50Bite2_Dec
1517	Byte50Bite2_PCSA
1518	Byte50Bite3_Dec
1519	Byte50Bite3_PCSA
1520	Byte50Bite4_Dec
1521	Byte50Bite4_PCSA
1522	Byte50Bite5_Dec
1523	Byte50Bite5_PCSA
1524	Byte50Bite6_Dec
1525	Byte50Bite6_PCSA
1526	Byte50Bite7_Dec
1527	Byte50Bite7_PCSA
1528	Device_Diagnostic_51
1529	Byte51Bite3_Dec
1530	Byte51Bite3_PCSA
1531	Byte51Bite4_Dec
1532	Byte51Bite4_PCSA
1533	Byte51Bite5_Dec
1534	Byte51Bite5_PCSA
1535	Byte51Bite6_Dec
1536	Byte51Bite6_PCSA
1537	Byte51Bite7_Dec
1538	Byte51Bite7_PCSA
1539	Device_Diagnostic_52
1540	Byte52Bite0_Dec
1541	Byte52Bite0_PCSA
1542	Byte52Bite1_Dec
1543	Byte52Bite1_PCSA
1544	Byte52Bite2_Dec
1545	Byte52Bite2_PCSA
1546	Byte52Bite3_Dec
1547	Byte52Bite3_PCSA
1548	Byte52Bite4_Dec
1549	Byte52Bite4_PCSA
1550	Byte52Bite5_Dec
1551	Byte52Bite5_PCSA
1552	Byte52Bite6_Dec
1553	Byte52Bite6_PCSA
1554	Byte52Bite7_Dec
1555	Byte52Bite7_PCSA
1556	Device_Diagnostic_53
1557	Byte53Bite0_Dec
1558	Byte53Bite0_PCSA
1559	Byte53Bite1_Dec
1560	Byte53Bite1_PCSA
1561	Byte53Bite2_Dec
1562	Byte53Bite2_PCSA
1563	Byte53Bite3_Dec
1564	Byte53Bite3_PCSA
1565	Byte53Bite4_Dec
1566	Byte53Bite4_PCSA
1567	Byte53Bite5_Dec
1568	Byte53Bite5_PCSA
1569	Byte53Bite6_Dec
1570	Byte53Bite6_PCSA
1571	Byte53Bite7_Dec
1572	Byte53Bite7_PCSA
1573	Device_Diagnostic_54
1574	Byte54Bite0_Dec
1575	Byte54Bite0_PCSA
1576	Byte54Bite1_Dec
1577	Byte54Bite1_PCSA
1578	Byte54Bite2_Dec
1579	Byte54Bite2_PCSA
1580	Byte54Bite3_Dec
1581	Byte54Bite3_PCSA
1582	Byte54Bite4_Dec
1583	Byte54Bite4_PCSA
1584	Byte54Bite5_Dec
1585	Byte54Bite5_PCSA
1586	Byte54Bite6_Dec
1587	Byte54Bite6_PCSA
1588	Byte54Bite7_Dec
1589	Byte54Bite7_PCSA
1590	Device_Diagnostic_55
1591	Byte55Bite0_Dec
1592	Byte55Bite0_PCSA
1593	Byte55Bite1_Dec
1594	Byte55Bite1_PCSA
1595	Byte55Bite2_Dec
1596	Byte55Bite2_PCSA
1597	Byte55Bite3_Dec
1598	Byte55Bite3_PCSA
1599	Byte55Bite4_Dec
1600	Byte55Bite4_PCSA
1601	Byte55Bite5_Dec
1602	Byte55Bite5_PCSA
1603	Byte55Bite6_Dec
1604	Byte55Bite6_PCSA
1605	Byte55Bite7_Dec
1606	Byte55Bite7_PCSA
1607	Device_Diagnostic_56
1608	Byte56Bite0_Dec
1609	Byte56Bite0_PCSA
1610	Byte56Bite1_Dec
1611	Byte56Bite1_PCSA
1612	Byte56Bite2_Dec
1613	Byte56Bite2_PCSA
1614	Byte56Bite3_Dec
1615	Byte56Bite3_PCSA
1616	Byte56Bite4_Dec
1617	Byte56Bite4_PCSA
1618	Byte56Bite5_Dec
1619	Byte56Bite5_PCSA
1620	Byte56Bite6_Dec
1621	Byte56Bite6_PCSA
1622	Byte56Bite7_Dec
1623	Byte56Bite7_PCSA
1624	Device_Diagnostic_57
1625	Byte57Bite0_Dec
1626	Byte57Bite0_PCSA
1627	Byte57Bite1_Dec
1628	Byte57Bite1_PCSA
1629	Byte57Bite2_Dec
1630	Byte57Bite2_PCSA
1631	Byte57Bite3_Dec
1632	Byte57Bite3_PCSA
1633	Byte57Bite4_Dec
1634	Byte57Bite4_PCSA
1635	Byte57Bite5_Dec
1636	Byte57Bite5_PCSA
1637	Byte57Bite6_Dec
1638	Byte57Bite6_PCSA
1639	Byte57Bite7_Dec
1640	Byte57Bite7_PCSA
1641	Device_Diagnostic_58
1642	Byte58Bite0_Dec
1643	Byte58Bite0_PCSA
1644	Byte58Bite1_Dec
1645	Byte58Bite1_PCSA
1646	Byte58Bite2_Dec
1647	Byte58Bite2_PCSA
1648	Byte58Bite3_Dec
1649	Byte58Bite3_PCSA
1650	Byte58Bite4_Dec
1651	Byte58Bite4_PCSA
1652	Byte58Bite5_Dec
1653	Byte58Bite5_PCSA
1654	Byte58Bite6_Dec
1655	Byte58Bite6_PCSA
1656	Byte58Bite7_Dec
1657	Byte58Bite7_PCSA
1658	Device_Diagnostic_59
1659	Byte59Bite0_Dec
1660	Byte59Bite0_PCSA
1661	Byte59Bite1_Dec
1662	Byte59Bite1_PCSA
1663	Byte59Bite2_Dec
1664	Byte59Bite2_PCSA
1665	Byte59Bite3_Dec
1666	Byte59Bite3_PCSA
1667	Byte59Bite4_Dec
1668	Byte59Bite4_PCSA
1669	Byte59Bite5_Dec
1670	Byte59Bite5_PCSA
1671	Byte59Bite6_Dec
1672	Byte59Bite6_PCSA
1673	Byte59Bite7_Dec
1674	Byte59Bite7_PCSA
1675	Device_Diagnostic_60
1676	Byte60Bite0_Dec
1677	Byte60Bite0_PCSA
1678	Byte60Bite1_Dec
1679	Byte60Bite1_PCSA
1680	Byte60Bite2_Dec
1681	Byte60Bite2_PCSA
1682	Byte60Bite3_Dec
1683	Byte60Bite3_PCSA
1684	Byte60Bite4_Dec
1685	Byte60Bite4_PCSA
1686	Byte60Bite5_Dec
1687	Byte60Bite5_PCSA
1688	Byte60Bite6_Dec
1689	Byte60Bite6_PCSA
1690	Byte60Bite7_Dec
1691	Byte60Bite7_PCSA
1692	Device_Diagnostic_61
1693	Byte61Bite0_Dec
1694	Byte61Bite0_PCSA
1695	Byte61Bite1_Dec
1696	Byte61Bite1_PCSA
1697	Byte61Bite2_Dec
1698	Byte61Bite2_PCSA
1699	Byte61Bite3_Dec
1700	Byte61Bite3_PCSA
1701	Byte61Bite4_Dec
1702	Byte61Bite4_PCSA
1703	Byte61Bite5_Dec
1704	Byte61Bite5_PCSA
1705	Byte61Bite6_Dec
1706	Byte61Bite6_PCSA
1707	Byte61Bite7_Dec
1708	Byte61Bite7_PCSA
1709	Device_Diagnostic_62
1710	Byte62Bite0_Dec
1711	Byte62Bite0_PCSA
1712	Byte62Bite1_Dec
1713	Byte62Bite1_PCSA
1714	Byte62Bite2_Dec
1715	Byte62Bite2_PCSA
1716	Byte62Bite3_Dec
1717	Byte62Bite3_PCSA
1718	Byte62Bite4_Dec
1719	Byte62Bite4_PCSA
1720	Byte62Bite5_Dec
1721	Byte62Bite5_PCSA
1722	Byte62Bite6_Dec
1723	Byte62Bite6_PCSA
1724	Byte62Bite7_Dec
1725	Byte62Bite7_PCSA
1726	Device_Diagnostic_63
1727	Byte63Bite0_Dec
1728	Byte63Bite0_PCSA
1729	Byte63Bite1_Dec
1730	Byte63Bite1_PCSA
1731	Byte63Bite2_Dec
1732	Byte63Bite2_PCSA
1733	Byte63Bite3_Dec
1734	Byte63Bite3_PCSA
1735	Byte63Bite4_Dec
1736	Byte63Bite4_PCSA
1737	Byte63Bite5_Dec
1738	Byte63Bite5_PCSA
1739	Byte63Bite6_Dec
1740	Byte63Bite6_PCSA
1741	Byte63Bite7_Dec
1742	Byte63Bite7_PCSA
1743	Device_Diagnostic_64
1744	Byte64Bite0_Dec
1745	Byte64Bite0_PCSA
1746	Byte64Bite1_Dec
1747	Byte64Bite1_PCSA
1748	Byte64Bite2_Dec
1749	Byte64Bite2_PCSA
1750	Byte64Bite3_Dec
1751	Byte64Bite3_PCSA
1752	Byte64Bite4_Dec
1753	Byte64Bite4_PCSA
1754	Byte64Bite5_Dec
1755	Byte64Bite5_PCSA
1756	Byte64Bite6_Dec
1757	Byte64Bite6_PCSA
1758	Byte64Bite7_Dec
1759	Byte64Bite7_PCSA
1760	Device_Diagnostic_65
1761	Byte65Bite0_Dec
1762	Byte65Bite0_PCSA
1763	Byte65Bite1_Dec
1764	Byte65Bite1_PCSA
1765	Byte65Bite2_Dec
1766	Byte65Bite2_PCSA
1767	Byte65Bite3_Dec
1768	Byte65Bite3_PCSA
1769	Byte65Bite4_Dec
1770	Byte65Bite4_PCSA
1771	Byte65Bite5_Dec
1772	Byte65Bite5_PCSA
1773	Byte65Bite6_Dec
1774	Byte65Bite6_PCSA
1775	Byte65Bite7_Dec
1776	Byte65Bite7_PCSA
1777	Device_Diagnostic_66
1778	Byte66Bite0_Dec
1779	Byte66Bite0_PCSA
1780	Byte66Bite1_Dec
1781	Byte66Bite1_PCSA
1782	Byte66Bite2_Dec
1783	Byte66Bite2_PCSA
1784	Byte66Bite3_Dec
1785	Byte66Bite3_PCSA
1786	Byte66Bite4_Dec
1787	Byte66Bite4_PCSA
1788	Byte66Bite5_Dec
1789	Byte66Bite5_PCSA
1790	Byte66Bite6_Dec
1791	Byte66Bite6_PCSA
1792	Byte66Bite7_Dec
1793	Byte66Bite7_PCSA
1794	Device_Diagnostic_67
1795	Byte67Bite0_Dec
1796	Byte67Bite0_PCSA
1797	Byte67Bite1_Dec
1798	Byte67Bite1_PCSA
1799	Byte67Bite2_Dec
1800	Byte67Bite2_PCSA
1801	Byte67Bite3_Dec
1802	Byte67Bite3_PCSA
1803	Byte67Bite4_Dec
1804	Byte67Bite4_PCSA
1805	Byte67Bite5_Dec
1806	Byte67Bite5_PCSA
1807	Byte67Bite6_Dec
1808	Byte67Bite6_PCSA
1809	Byte67Bite7_Dec
1810	Byte67Bite7_PCSA
1811	Device_Diagnostic_68
1812	Byte68Bite0_Dec
1813	Byte68Bite0_PCSA
1814	Byte68Bite1_Dec
1815	Byte68Bite1_PCSA
1816	Byte68Bite2_Dec
1817	Byte68Bite2_PCSA
1818	Byte68Bite3_Dec
1819	Byte68Bite3_PCSA
1820	Byte68Bite4_Dec
1821	Byte68Bite4_PCSA
1822	Byte68Bite5_Dec
1823	Byte68Bite5_PCSA
1824	Byte68Bite6_Dec
1825	Byte68Bite6_PCSA
1826	Byte68Bite7_Dec
1827	Byte68Bite7_PCSA
1828	Device_Diagnostic_69
1829	Byte69Bite0_Dec
1830	Byte69Bite0_PCSA
1831	Byte69Bite1_Dec
1832	Byte69Bite1_PCSA
1833	Byte69Bite2_Dec
1834	Byte69Bite2_PCSA
1835	Byte69Bite3_Dec
1836	Byte69Bite3_PCSA
1837	Byte69Bite4_Dec
1838	Byte69Bite4_PCSA
1839	Byte69Bite5_Dec
1840	Byte69Bite5_PCSA
1841	Byte69Bite6_Dec
1842	Byte69Bite6_PCSA
1843	Byte69Bite7_Dec
1844	Byte69Bite7_PCSA
1845	Device_Diagnostic_70
1846	Byte70Bite0_Dec
1847	Byte70Bite0_PCSA
1848	Byte70Bite1_Dec
1849	Byte70Bite1_PCSA
1850	Byte70Bite2_Dec
1851	Byte70Bite2_PCSA
1852	Byte70Bite3_Dec
1853	Byte70Bite3_PCSA
1854	Byte70Bite4_Dec
1855	Byte70Bite4_PCSA
1856	Byte70Bite5_Dec
1857	Byte70Bite5_PCSA
1858	Byte70Bite6_Dec
1859	Byte70Bite6_PCSA
1860	Byte70Bite7_Dec
1861	Byte70Bite7_PCSA
1862	Device_Diagnostic_71
1863	Byte71Bite0_Dec
1864	Byte71Bite0_PCSA
1865	Byte71Bite1_Dec
1866	Byte71Bite1_PCSA
1867	Byte71Bite2_Dec
1868	Byte71Bite2_PCSA
1869	Byte71Bite3_Dec
1870	Byte71Bite3_PCSA
1871	Byte71Bite4_Dec
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1873	Byte71Bite5_Dec
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1878	Byte71Bite7_PCSA
1879	Device_Diagnostic_72
1880	Byte72Bite0_Dec
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1883	Byte72Bite1_PCSA
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1895	Byte72Bite7_PCSA
1896	Device_Diagnostic_73
1897	Byte73Bite0_Dec
1898	Byte73Bite0_PCSA
1899	Byte73Bite1_Dec
1900	Byte73Bite1_PCSA
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1911	Byte73Bite7_Dec
1912	Byte73Bite7_PCSA
1913	Device_Diagnostic_74
1914	Byte74Bite0_Dec
1915	Byte74Bite0_PCSA
1916	Byte74Bite1_Dec
1917	Byte74Bite1_PCSA
1918	Byte74Bite2_Dec
1919	Byte74Bite2_PCSA
1920	Byte74Bite3_Dec
1921	Byte74Bite3_PCSA
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1927	Byte74Bite6_PCSA
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1929	Byte74Bite7_PCSA
1930	Device_Diagnostic_75
1931	Byte75Bite0_Dec
1932	Byte75Bite0_PCSA
1933	Byte75Bite1_Dec
1934	Byte75Bite1_PCSA
1935	Byte75Bite2_Dec
1936	Byte75Bite2_PCSA
1937	Byte75Bite3_Dec
1938	Byte75Bite3_PCSA
1939	Byte75Bite4_Dec
1940	Byte75Bite4_PCSA
1941	Byte75Bite5_Dec
1942	Byte75Bite5_PCSA
1943	Byte75Bite6_Dec
1944	Byte75Bite6_PCSA
1945	Byte75Bite7_Dec
1946	Byte75Bite7_PCSA
1947	Device_Diagnostic_76
1948	Byte76Bite0_Dec
1949	Byte76Bite0_PCSA
1950	Byte76Bite1_Dec
1951	Byte76Bite1_PCSA
1952	Byte76Bite2_Dec
1953	Byte76Bite2_PCSA
1954	Byte76Bite3_Dec
1955	Byte76Bite3_PCSA
1956	Byte76Bite4_Dec
1957	Byte76Bite4_PCSA
1958	Byte76Bite5_Dec
1959	Byte76Bite5_PCSA
1960	Byte76Bite6_Dec
1961	Byte76Bite6_PCSA
1962	Byte76Bite7_Dec
1963	Byte76Bite7_PCSA
1964	Device_Diagnostic_77
1965	Byte77Bite0_Dec
1966	Byte77Bite0_PCSA
1967	Byte77Bite1_Dec
1968	Byte77Bite1_PCSA
1969	Byte77Bite2_Dec
1970	Byte77Bite2_PCSA
1971	Byte77Bite3_Dec
1972	Byte77Bite3_PCSA
1973	Byte77Bite4_Dec
1974	Byte77Bite4_PCSA
1975	Byte77Bite5_Dec
1976	Byte77Bite5_PCSA
1977	Byte77Bite6_Dec
1978	Byte77Bite6_PCSA
1979	Byte77Bite7_Dec
1980	Byte77Bite7_PCSA
1981	Device_Diagnostic_78
1982	Byte78Bite0_Dec
1983	Byte78Bite0_PCSA
1984	Byte78Bite1_Dec
1985	Byte78Bite1_PCSA
1986	Byte78Bite2_Dec
1987	Byte78Bite2_PCSA
1988	Byte78Bite3_Dec
1989	Byte78Bite3_PCSA
1990	Byte78Bite4_Dec
1991	Byte78Bite4_PCSA
1992	Byte78Bite5_Dec
1993	Byte78Bite5_PCSA
1994	Byte78Bite6_Dec
1995	Byte78Bite6_PCSA
1996	Byte78Bite7_Dec
1997	Byte78Bite7_PCSA
1998	Device_Diagnostic_79
1999	Byte79Bite0_Dec
2000	Byte79Bite0_PCSA
2001	Byte79Bite1_Dec
2002	Byte79Bite1_PCSA
2003	Byte79Bite2_Dec
2004	Byte79Bite2_PCSA
2005	Byte79Bite3_Dec
2006	Byte79Bite3_PCSA
2007	Byte79Bite4_Dec
2008	Byte79Bite4_PCSA
2009	Byte79Bite5_Dec
2010	Byte79Bite5_PCSA
2011	Byte79Bite6_Dec
2012	Byte79Bite6_PCSA
2013	Byte79Bite7_Dec
2014	Byte79Bite7_PCSA
2015	Diagnostic Simulation
2016	Device_Diagnostic_Simu_57
2017	Device_Diagnostic_Simu_58
2018	Device_Diagnostic_Simu_59
2019	Diagnostic Mask
2020	Diagnostic Alarm List View
2021	Transmitter
2022	Sensor 1 :4-Electr. Cond.
2023	Sensor 1 :pH/Redox(ORP)
2024	Sensor 1 :RDO
2025	Sensor 1 :2-Electr. Cond.
2026	Sensor 1 :Turb TSS
2027	Sensor 1 :Turbidity
2028	Sensor 2 :4-Electr. Cond.
2029	Sensor 2 :pH/Redox(ORP)
2030	Sensor 2 :RDO
2031	Sensor 2 :2-Electr. Cond.
2032	Sensor 2 :Turb TSS
2033	Sensor 2 :Turbidity
2034	Diagnostic Alarm Simulation
2035	Diagnostic Alarm Masking
2036	Diagnostic Alarm Overview
2037	Device status : OK
2038	There are no active alarms present in the Device
2039	Function Check
2040	Out of Specification
2041	S2: Replace Wiper
2042	S2: Recovery
2043	Refresh Page
2044	Easy Setup
2045	S1 Easy Setup
2046	Sensor 1: Unrecognized
2047	Sensor1: pH/Redox(ORP)
2048	Sensor1: 2-Electr. Cond.
2049	Please set correct TC Curve option.
2050	Sensor1: 4-Electr. Cond.
2051	Sensor1: RDO
2052	Sensor1: Turb TSS
2053	Sensor1: Turbidity
2054	S2 Easy Setup
2055	Sensor 2: Unrecognized
2056	Sensor2: pH/Redox(ORP)
2057	Sensor2: 2-Electr. Cond.
2058	Sensor2: 4-Electr. Cond.
2059	Sensor2: RDO
2060	Sensor2: Turb TSS
2061	Sensor2: Turbidity
2062	Device Setup
2063	Display
2064	Channel S1
2065	Channel S2
2066	View/Log Enables
2067	Date and Time
2068	Daylight Saving
2069	Analog Output 1
2070	Analog Output 2
2071	Data Logging
2072	Sensor 1
2073	Sensor 2
2074	Cleaning 1
2075	Please set Next Clean Date and Next Clean Time using online view.
2076	Cleaning2
2077	www.abb.com
2078	Process value[mA]
2079	BAD LOW
2080	UNCERTAIN LOW
2081	GOOD
2082	UNCERTAIN HIGH
2083	BAD HIGH
2084	Current Output
2085	HART Curr.Out
2086	DeviceHealthVariable
2087	DeviceHealthDiagnostics
2088	GetHealthStatus
2089	Sensor Setup
2090	Sensor Diagnostics
2091	S1 Conc. Curve Table
2092	S1 User Def. TC Curve
2093	S2 Conc. Curve Table
2094	S2 User Def. TC Curve
2095	Calculated Values
2096	WARNING: This will reset I/O sources!
2097	Device Settings
2098	Detailed setup
2099	Device Info
2100	Input/Output
2101	Analog Output
2102	Relay
2103	Cleaning
2104	Identify
2105	Additional Device Revision
2106	Measurement Point
2107	Contact Details
2108	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
2109	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
2110	AWT 420
2111	Diagnostics
2112	Process Alarm
2113	Media Card
2114	Operate
2115	PV % range
2116	PV Range High
2117	PV Range Low
2118	Process variables
2119	PV
2120	PV %
2121	Trend Values in Unit
2122	SV
2123	TV
2124	Control
2125	Control Menu
2126	Acid Control
2127	Direct Control
2128	Base Control
2129	Reverse Control
2130	Power Recovery
2131	Sensor Failure
2132	Warning !!
2133	Overview
2134	No sensor connected
2135	ABB Inc.
2136	Measurement & Analytics
2137	125 E. County Line Road
2138	Warminster, PA 18974
2139	USA
2140	Tel: +1 215 674 6000
2141	Fax: +1 215 674 7183
2142	ABB Limited
2143	Howard Road, St. Neots
2144	Cambridgeshire, PE19 8EU
2145	UK
2146	Tel: +44 (0)870 600 6122
2147	Fax: +44 (0)1480 213 339
2148	Mail: enquiries.mp.uk@gb.abb.com
2149	Maintainance
2150	PV Analog Channel Saturated
2151	PV Analog Channel Fixed
2152	Wireless
2153	WirelessHART Device
2154	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
2155	Primary
2156	Primary Analog Channel
2157	Secondary
2158	Secondary Analog Channel
2159	Tertiary
2160	Tertiary Analog Channel
2161	Quaternary
2162	Quaternary Analog Channel
2163	Quinary
2164	Quinary Analog Channel
2165	Lock all
2166	Trim not supported
2167	Configuration cannot be changed
2168	Locked by gateway
2169	Analog Input Channel
2170	Analog Output Channel
2171	Secondary Analog Channel Saturated
2172	Tertiary Analog Channel Saturated
2173	Quaternary Analog Channel Saturated
2174	Quinary Analog Channel Saturated
2175	Secondary Analog Channel Fixed
2176	Tertiary Analog Channel Fixed
2177	Quaternary Analog Channel Fixed
2178	Quinary Analog Channel Fixed
2179	Simulation active
2180	The device is in simulation mode and the level output is not representative of the process.
2181	Non-Volatile memory failure
2182	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
2183	Volatile memory error
2184	The RAM memory check is invalid or maybe corrupt
2185	Watchdog reset executed
2186	A watchdog reset has been performed
2187	Voltage conditions out of range
2188	A voltage condition is outside its allowable range
2189	Environmental conditions out of range
2190	An internal or environmental condition is beyond acceptable limits.
2191	Electronic failure
2192	A hardware problem not related to the sensor has been detected.
2193	Subdevice list changed
2194	Duplicate master detected
2195	Capacity Denied
2196	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
2197	Bandwidth allocation pending
2198	Block transfer pending
2199	Battery life
2200	Percent range
2201	Loop current
2202	Primary variable
2203	Secondary variable
2204	Tertiary variable
2205	Quaternary variable
2206	Read receive time
2207	Write date and time
2208	Non-Volatile Clock
2209	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.
2210	Clock Uninitialized
2211	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.
2212	No restrictions
2213	SI Only
2214	Restricted to SI Unit codes only
2215	Process automation device
2216	Discrete device
2217	Hybrid:Process automation+discrete
2218	I/O System
2219	WirelessHART Process automation device
2220	WirelessHART Discrete device
2221	WirelessHART Process automation+discrete
2222	WirelessHART Gateway
2223	WirelessHART Access point
2224	WirelessHART Process adapter
2225	WirelessHART Discrete adapter
2226	WirelessHART enabled handheld/portable maintenance tool
2227	Device Profile
2228	US
2229	United States of America
2230	JP
2231	Japan
2232	DE
2233	Germany
2234	FR
2235	France
2236	ES
2237	Spain
2238	RU
2239	Russian Federation
2240	CN
2241	People's Republic of China
2242	Secondary Master
2243	Primary Master
2244	Device Diagnostic Status 0
2245	Device Diagnostic Status 1
2246	I/O and Subdevice Status
2247	WirelessHART Status
2248	Time Set Option
2249	Real Time Clock Flags
2250	Country
2251	Country of intended device installation
2252	SI Unit Control
2253	Indicates if device should only display SI unit codes
2254	Time Stamp
2255	Relative time value on network
2256	8u
2257	Dynamic Variables Returned for Device Variables
2258	Command Response Truncated
2259	Configuration Change Counter Mismatch
2260	Status bytes mismatch
2261	Device Variable
2262	Analog Channel Number
2263	Analog Channel Number- Index into an array of Analog Channels.
2264	Please Wait...
2265	Reset Completed.
2266	Set High Range and Low Range accordingly.
2267	Warning! Set Source selection as none, before changing Type.
2268	Changes in Cell Constant may cause to change TC Curve list, limits and values of Range High and Range Low. Please edit Range High and Range Low accordingly, then send value of Cell Constant to device.
2269	Before changing Sensor Group please set TC Curve= TC Coeff. and change Range High and Range Low with resepect to limits.
2270	WARNING: This will reset I/O sources! Continue?
2271	Set Range High between -2.0 to 16.0 pH.
2272	Set Range Low between -2.0 to 16.0 pH.
2273	Set Range High between -2000 to 2000 mV.
2274	Set Range Low between -2000 to 2000 mV.
2275	Sensor 1 pH/Redox(ORP) sensor type changed.
2276	If Range High and/or Range Low out of limits, values will be updated from device.
2277	Set Range High between 0.0 to 20.0 * Cell Constant.
2278	Set Range Low between 0.0 to 20.0 * Cell Constant.
2279	Set Range High between 0.0 to 20000.0 * Cell Constant.
2280	Set Range Low between 0.0 to 20000.0 * Cell Constant.
2281	Range High and Range Low are being set to default values which are present in Conc. Curve Table as Output values.
2282	Set Range High between 0 to 20.0 MOhm-cm.
2283	Set Range Low between 0 to 20.0 MOhm-cm.
2284	Sensor 1 2-Electr. Cond. sensor type changed.
2285	Set Range High between 0.0 to 2000 mS/cm.
2286	Set Range Low between 0.0 to 2000 mS/cm.
2287	Set Range High between 0.0 to 2 mS/cm.
2288	Set Range Low between 0.0 to 2 mS/cm.
2289	Set Range High between 0.0 to 2,000,000 µS/cm.
2290	Set Range Low between 0.0 to 2,000,000 µS/cm.
2291	Set Range High between 0.0 to 2000 µS/cm.
2292	Set Range Low between 0.0 to 2000 µS/cm.
2293	Range High and Range Low will set to default values.
2294	Sensor 1 4-Electr. Cond. Measurement Type changed.
2295	Set Range High between 0 to 50 %{RDO_IDX_DOUnits0}
2296	Set Range Low between 0 to 50 %{RDO_IDX_DOUnits0}
2297	Set Range High between 0 to 1000 % Sat.
2298	Set Range Low between 0 to 1000 % Sat.
2299	Sensor 1 RDO sensor type changed.
2300	Set Range High between 0 to 4000 %{TSS_IDX_PVUnitsTurb0}.
2301	Set Range Low between 0 to 4000 %{TSS_IDX_PVUnitsTurb1}.
2302	Set Range High between 0 to 99999.0 %{TSS_IDX_PVUnitsTSS0}.
2303	Set Range Low between 0 to 99999.0 %{TSS_IDX_PVUnitsTSS0}.
2304	Sensor 1 TSS sensor type changed.
2305	Changing sensor type may vary current output. Continue?
2306	Set Range High between 1.0 to 40.0 %{Turb_IDX_pvUnits0}.
2307	Range Low will remain 0.0 %{Turb_IDX_pvUnits0}.
2308	Set Range High between 40.0 to 400.0 %{Turb_IDX_pvUnits0}.
2309	Sensor 1 Turbidity sensor type changed.
2310	Sensor 2 pH/Redox(ORP) Sensor Type changed.
2311	Sensor 2 2-Electr. Cond. Sensor Type changed.
2312	Sensor 2 4-Electr. Cond. Measurement Type changed.
2313	Set Range High between 0 to 50 %{RDO_IDX_DOUnits1}
2314	Set Range Low between 0 to 50 %{RDO_IDX_DOUnits1}
2315	Sensor 2 RDO Sensor Type changed.
2316	Set Range High between 0 to 4000 %{TSS_IDX_PVUnitsTurb1}.
2317	Set Range High between 0 to 99999.0 %{TSS_IDX_PVUnitsTSS1}.
2318	Set Range Low between 0 to 99999.0 %{TSS_IDX_PVUnitsTSS1}.
2319	Sensor 2 TSS Measurement Type changed.
2320	Set Range High between 1.0 to 40.0 %{Turb_IDX_pvUnits1}.
2321	Range Low will remain 0.0 %{Turb_IDX_pvUnits1}.
2322	Set Range High between 40.0 to 400.0 %{Turb_IDX_pvUnits1}.
2323	Sensor 2 Turbidity Sensor Type changed.
2324	Calculation Type changed.
2325	Conductivity Unit changed.
2326	Range High and Range Low are being set to default values. These values also can be set using Conc. Curve Table.
2327	Concentration Unit changed.
2328	RDO Unit changed.
2329	Set Range Low between 0 to 4000 %{TSS_IDX_PVUnitsTurb0}.
2330	Turb Unit changed.
2331	TSS Unit changed.
2332	Turbidity Unit changed.
2333	If Eng. Range High and/or Range Low out of limits, values will be updated from device.
2334	Set Temp. Comp. Type. TC Curve will set to default value 'TC Coeff'.
2335	Change Sensor Group. TC Curve will set to default value 'TC Coeff'.
2336	If Range High and/or Range Low or Salinity corrections out of limits, values will be updated from device.
2337	Set Barometric Pressure 507 to 1115 mbar
2338	Set Barometric Pressure 380 to 836 mmHg
2339	If Range High and/or Range Low or Barometric Pressure out of limits, values will be updated from device.
2340	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.
2341	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.
2342	AO1:Out of Range Possible Cause: Analog Output 1 source is outside the programmed range Suggested Action:Check process and output setup.
2343	AO2:Out of Range Possible Cause: Analog Output 2 source is outside the programmed range Suggested Action:Check process and output setup.
2344	AO3:Out of Range Possible Cause: Analog Output 3 source is outside the programmed range Suggested Action:Check process and output setup.
2345	AO4:Out of Range Possible Cause: Analog Output 4 source is outside the programmed range Suggested Action:Check process and output setup.
2346	SD Nearly Full Possible Cause: Memory card is more than 90% full Suggested Action: Replace memory card.
2347	SD Card Full Possible Cause: Memory card is full, no more data can be saved to the card. Suggested Action: Replace memory card.
2348	Alarm Active Possible Cause: Indicates 1 of 8 user-defined alarms is active Suggested Action:
2349	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
2350	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.
2351	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.
2352	S1:PV Out of Range Possible Cause: Sensor 1 Primary Variable is out of the specified range of the sensor. Suggested Action:
2353	S2:PV Out of Range Possible Cause: Sensor 2 Primary Variable is out of the specified range of the sensor. Suggested Action:
2354	Simulation Active Possible Cause: The analyzer is operating in Simulation mode. Suggested Action:Check setup.
2355	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:Check process and sensor setup.
2356	Before Cat. High Possible Cause: The pre-set conductivity value before the cation resin column has been exceeded Suggested Action:Check before Cation process and sensor setup
2357	After Cat. High Possible Cause: The conductivity value after the cation resin column has exceeded the programmed limit. Suggested Action:Check after Cation process and sensor setup
2358	Clean 1 in Progress Possible Cause: Indicates that a manual, or automatic, sensor clean cycle is in progress. Suggested Action:No action
2359	Clean 2 in Progress Possible Cause: Indicates that a manual, or automatic, sensor clean cycle is in progress. Suggested Action:
2360	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.
2361	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.
2362	Broken Glass Possible Cause: pH glass tip is broken Suggested Action: Replace Sensor
2363	Ref. Failure Possible Cause: Reference impedance error Suggested Action: Replace Sensor
2364	PT Failure Possible Cause: Check thermometer wiring Suggested Action: Check Temperature Sensor. If problem persists change temperature sensor
2365	Cal Failed Possible Cause: Calibration failed. Previous calibration values applied. Suggested Action:
2366	PV Out of Limits Possible Cause: The measured pH is out of range. Suggested Action:
2367	Process Temp Out of Range Possible Cause: The measured temperature is outside the sensor Limits. Suggested Action:
2368	Ambient Temp Out of Range Possible Cause: The ambient temperature of sensor is out of range. Suggested Action:
2369	Ref. Blocked Possible Cause: The reference junction is blocked Suggested Action: Clean Sensor
2370	Ref. Warning Possible Cause: The millivolt difference between electrodes is approaching zero Suggested Action: Sensor needs replacing soon
2371	Low pH Slope Possible Cause: As the Electrode ages its slop decreases Suggested Action:
2372	Out of Solution Possible Cause: Suggested Action: Check solution supply
2373	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.
2374	Low pH Slope Possible Cause: As the Electrode ages its slope decreases Suggested Action:
2375	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.
2376	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
2377	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.
2378	Polarization Possible Cause: Effective area of electrode decreased. Suggested Action: Check process. Check sensor wiring. Clean Sensor
2379	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
2380	Cal Failed Possible Cause: Last sensor calibration failed. Calibration is sensor-specific – refer to the sensor Operating instruction. Suggested Action:
2381	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
2382	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
2383	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])
2384	Out of Solution Possible Cause: The conductivity reading is very low. Suggested Action: Check conductivity cell is still in the process solution.
2385	Calibrating Possible Cause: Displayed during calibration of sensor 1. On a multiple sensor setup, this inhibits the calibration of other sensors Suggested Action:
2386	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:
2387	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.
2388	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.
2389	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.
2390	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
2391	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
2392	Out of Solution Possible Cause: The conductivity reading is very low. Suggested Action: Check conductivity cell is still in the process solution.
2393	Calibrating Possible Cause: Displayed during calibration of sensor 2. On a multiple sensor setup, this inhibits the calibration of other sensors Suggested Action:
2394	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.
2395	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
2396	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
2397	PV Out of Limits Possible Cause: Primary variable measured is outside the specified range of the sensor. Suggested Action: Check process.
2398	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.
2399	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])
2400	Dirty Sensor Possible Cause: Sensor is dirty Suggested Action: Clean Sensor
2401	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.
2402	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
2403	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
2404	User Cal Expired Possible Cause: Parameter measured without errors using an expired user calibration. Suggested Action: Perform user calibration.
2405	Factory Cal Expired Possible Cause: Parameter measured without errors using an expired factory calibration. Suggested Action:
2406	D.O Conc Meas Error Possible Cause: D.O. Concentration value measured with error. Suggested Action:
2407	Sensor Warm-up Possible Cause: Sensor is warming up. Parameter is not being measured. Suggested Action:
2408	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:
2409	Internal Comms Error Possible Cause: Sensor communication failed. Make sure sensor cap is installed and properly seated. Suggested Action:
2410	% Sat Meas Error Possible Cause: % saturation value measured with error. Suggested Action:
2411	PT Failure Possible Cause: Temperature value measured with error. Suggested Action:
2412	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:
2413	Replace Cap Possible Cause: The optical DO sensor cap will reach expiry date in 4 weeks or less. Suggested Action: Replace sensor cap
2414	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.
2415	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
2416	PV Failure Possible Cause: The LED is not illuminating the sample. 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.
2417	Commission Error Possible Cause: For Factory Use Only - Issue with Commisioning of Sensor Suggested Action:
2418	Cal Failed Possible Cause: The last calibration failed. Suggested Action: Repeat calibration procedure.
2419	PV Out of Limits Possible Cause: The measured turbidity is outside the specified range. Suggested Action:
2420	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.
2421	Service Overdue Possible Cause: Suggested Action:
2422	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])
2423	LED Expired Possible Cause: The LED is going to fail shortly. Suggested Action:
2424	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.
2425	Flow Error Possible Cause: Suggested Action:
2426	Service Due Possible Cause: Suggested Action:
2427	Wiper Failed Possible Cause: The wiper has failed to wipe. Suggested Action: Check wiper for blockage.
2428	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.
2429	Calibrating Possible Cause: A calibration is in progress. Suggested Action:
2430	Recovery Possible Cause: The sensor is in recovery mode after performing a calibration. Suggested Action:
2431	Clean Inhibited Possible Cause: A clean operation will be inhibited if wiper is fitted and the clean frequency is set to off. Suggested Action:
2432	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.
2433	Warning: This will reset the controller
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