Device dictionary

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Reference ID	String
0	YTA
1	Output Too Low
2	Output Too High
3	Sensor1 Failure
4	Sensor2 Failure
5	S1 Signal Error
6	S2 Signal Error
7	Amb Temp Low
8	Amb Temp High
9	Snsr Bkup Start
10	Illegal PV Map
11	Term Sns Failure
12	EEPROM Failure
13	CPU Failure
14	AD Conv Failure
15	Reverse Cal Fail
16	LRV Too Low
17	LRV Too High
18	URV Too Low
19	URV Too High
20	Span Too Small
21	Snsr1 Temp Low
22	Snsr1 Temp High
23	Snsr2 Temp Low
24	Snsr2 Temp High
25	Illegal SV Map
26	Illegal TV Map
27	Illegal 4V Map
28	Fixed Current
29	Snsr Backup Set
30	Soft Not Protect
31	Last Sum Area
32	Hard Not Protect
33	Dynamic var
34	Sensor 1 Measurement
35	Sensor 2 Measurement
36	Differential Measurement
37	Avg
38	Averaging Measurement
39	Snsr1-Term
40	Sensor 1 Measurement based Terminal temperature
41	Snsr2-Term
42	Sensor 2 Measurement based Terminal temperature
43	Term
44	Terminal Temperature Measurement
45	Sensor 1 Measurement- Measurement of input channel 1.
46	Sensor 2 Measurement- Measurement of input channel 2.
47	Differential Measurement- Measurement derived by computing the difference between two Sensor inputs.
48	Averaging Measurement- Measurement derived by computing the averaging between two Sensor inputs.
49	Sensor1-Term Measurement- Sensor 1 Measurement derived by computing the difference based Terminal temperature.
50	Sensor2-Term Measurement- Sensor 2 Measurement derived by computing the difference based Terminal temperature.
51	Terminal Measurement- Measurement of Terminal temperature.
52	Sensor 2 inp
53	6.0f
54	.3f
55	.2f
56	Avg unit
57	Snsr1-Term Unit
58	Snsr2-Term Unit
59	Term Unit
60	8u
61	Term snsr s/n
62	Avg USL
63	Snsr1-Term USL
64	Snsr2-Term USL
65	Term USL
66	Avg LSL
67	Snsr1-Term LSL
68	Snsr2-Term LSL
69	Term LSL
70	Avg min span
71	Snsr1-Term min span
72	Snsr2-Term min span
73	Term min span
74	.0f
75	2.0f
76	Snsr2 damp
77	Avg damp
78	Snsr1-Term damp
79	Snsr2-Term damp
80	Term damp
81	Sensor Variables
82	Which sensor
83	Snsr1 Type
84	Type-B (IEC584)
85	Type-W3 (ASTM E988)
86	Type-W5 (ASTM E988)
87	Type-E (IEC584)
88	Type-J (IEC584)
89	Type-K (IEC584)
90	Type-L (DIN43710)
91	Type-N (IEC584)
92	Type-R (IEC584)
93	Type-S (IEC584)
94	Type-T (IEC584)
95	Type-U (DIN43710)
96	PT100 (IEC751)
97	PT200 (IEC751)
98	PT500 (IEC751)
99	JPt100 (JIS)
100	Cu (SAMA RC21-4)
101	Non-Standard1
102	Non-Standard2
103	Non-Connection
104	Snsr2 Type
105	Snsr1 Wire
106	Snsr2 Wire
107	Snsr1 Trim Act
108	Clear
109	Snsr2 Trim Act
110	Snsr1 Lower trim
111	Snsr1 Upper trim
112	Snsr2 Lower trim
113	Snsr2 Upper trim
114	Snsr1 Match Enbl
115	Snsr2 Match Enbl
116	Snsr1 Match R0
117	Snsr1 Match A
118	.6E
119	14.7E
120	Snsr1 Match B
121	Snsr1 Match C
122	Snsr2 Match R0
123	Snsr2 Match A
124	Snsr2 Match B
125	Snsr2 Match C
126	EEPROM initialize
127	Completion
128	Not complete
129	Unit mode
130	degF degR degC Kelvin
131	degC Kelvin
132	Com. Protocol
133	HART
134	BRAIN
135	Max snsrs
136	1-input
137	2-input
138	Spcl snsr No1 Inst
139	Spcl snsr No2 Inst
140	Snsr1 Matching
141	Snsr2 Matching
142	S2 4wire
143	Spcl snsr No1 Wire
144	3-4 Wire
145	Spcl snsr No2 Wire
146	Accuracy type
147	Meter installation
148	YTA110
149	YTA310
150	YTA320
151	Prcs var Valid cod
152	PV
153	PV SV
154	PV TV
155	PV SV TV
156	PV 4V
157	PV SV 4V
158	PV TV 4V
159	PV SV TV 4V
160	Snsr trim
161	Both Off
162	S1 Only
163	S2 Only
164	Both On
165	Snsr1 menu ctrl
166	Inhibit
167	Show
168	Snsr2 menu ctrl
169	Sensor Backup- It operates under setting PV to Snsr1 and SV to Snsr2.
170	Snsr Bkup
171	Bkup State
172	Waiting
173	Snsr burnout type
174	User(mA)
175	User(%)
176	Snsr burnout val
177	Diff direction
178	Snsr1-Snsr2
179	Snsr2-Snsr1
180	PV damp point
181	2d
182	Process Disp
183	SV
184	TV
185	4V
186	PV,SV
187	PV,SV,TV
188	PV,SV,TV,4V
189	%/mA Disp
190	mA,%
191	Err-No Disp
192	Bar graph
193	Matrix Disp
194	Process
195	Type
196	Wire
197	Process,Type
198	Type,Wire
199	Disp Update
200	Fast
201	Slow
202	Tag extension part
203	Tag Ex
204	Long Tag
205	PV Max
206	PV Min
207	SV Max
208	SV Min
209	TV Max
210	TV Min
211	4V Max
212	4V Min
213	Tm Max
214	Tm Min
215	Error logs
216	Newest
217	Newest Error Log
218	2nd newer
219	2nd newer Error Log
220	3rd newer
221	3rd newer Error Log
222	Oldest
223	Oldest Error Log
224	Which error log
225	Log1-A
226	Log1-B
227	Log2-A
228	Log2-B
229	Log3-A
230	Log3-B
231	Log4-A
232	Log4-B
233	Warn enbl group1
234	Warn enbl group2
235	Warn enbl group3
236	Warn enbl group4
237	Spcl snsr No1 Info
238	Spcl snsr No2 Info
239	Power Check
240	Operate Time
241	.1f
242	PV unit
243	PV Damp
244	CJC Select
245	Internal CJC
246	Constant CJC
247	CNST CJC Temp
248	Enable wrt passwd
249	New password
250	Software seal
251	Break
252	Keep
253	Input Triming Mode
254	V.R. / ZERO&GAIN
255	V.R. / ZERO
256	Temp / ZERO&GAIN
257	Temp / ZERO
258	Self Test- Commands the YTA electronics to perform a selftest. Reports any errors that occured.
259	Master Reset- Commands the YTA electronics to reset and perform a selftest. Reports any errors that occured.
260	Variable map
261	Max/Min log Clear
262	Exit log restart
263	Error log Clear
264	Error log view
265	S1 Trim Zero/Gain
266	S2 Trim Zero/Gain
267	D/A Clr to Default
268	Exit clr to Def.
269	Bkup Return Snsr1
270	Snsr1 Match coefs
271	Snsr2 Match coefs
272	PV max/min log
273	SV max/min log
274	TV max/min log
275	4V max/min log
276	Term max/min log
277	Enable wrt 10min
278	Aborting
279	Exiting
280	Variable view
281	Variable setting
282	Unit&Damp
283	PV Unit&Damp
284	SV Unit&Damp
285	TV Unit&Damp
286	4V Unit&Damp
287	Max/Min log
288	Set warning enbl
289	Sensor Trim
290	Snsr 1 inp trim
291	Snsr 2 inp trim
292	AO D/A Trim
293	Error log
294	Power monitoring
295	Snsr 1 config
296	Snsr 2 config
297	Process sensor 1
298	Snsr 1 Info.
299	Process sensor 2
300	Snsr 2 Info.
301	Term temp sensor
302	Term temp Limits
303	Snsr Backup
304	Snsr burnout
305	Meter output
306	Display select
307	Sensor 1 Review
308	Sensor 2 Review
309	Term temp Review
310	Out&Meter Review
311	Device Review
312	Upload variables
313	Wrt protect menu
314	FMU860
315	DT
316	DVC
317	FCX
318	AS800
319	340T
320	340C
321	344
322	Siemens Micro K
323	SITRANS L
324	SIPAN PH
325	SITRANS P
326	75SMT
327	UNIDELTA
328	8320
329	SX5100
330	TSV175
331	DMU
332	3780
333	BM70
334	low
335	high
336	tmp_av
337	Self test in progress please wait
338	Device maybe stuck in selftest.
339	Self Test OK
340	It will reset the master CPU, OK ?
341	Exit;Execute
342	WARN-Loop should be removed from automatic control
343	Master Reset in progress please wait
344	Device maybe stuck in master reset.
345	Master Reset OK
346	PV is %{0} SV is %{1} TV is %{2} 4V is %{3} Press 'OK' to change them.
347	PV is
348	SV is
349	TV is
350	4V is
351	PV is %{0} SV is %{1} TV is %{2} 4V is %{3} Pressing 'OK' will send them.
352	Do you wish to re-send ?
353	yes;no
354	Snsr1 type
355	Snsr2 type
356	Execute OK ?
357	Performing log clear
358	Show the:
359	Log1(newest);Log2;Log3;Log4(oldest);Exit
360	No error
361	Trim activate is not On. You should set it on.
362	Connect Snsr1 Zero ref input in the range: -10 to +40 mV (Recommended value: 0 mV)
363	Connect Snsr1 Zero ref input in the range: -10 to +100 mV (Recommended value: 0 mV)
364	Connect Snsr1 Zero ref input in the range: 0 to 500 ohm (Recommended value: 40 ohm)
365	Connect Snsr1 Zero ref input in the range: 0 to 2000 ohm (Recommended value: 40 ohm)
366	Connect Snsr1 Zero ref input in the special range.
367	Connect Snsr1 Zero ref input in the range: 100 to 1820 degC 212 to 3308 degF
368	Connect Snsr1 Zero ref input in the range: -50 to 1768 degC -58 to 3214 degF
369	Connect Snsr1 Zero ref input in the range: -200 to 400 degC -328 to 752 degF
370	Connect Snsr1 Zero ref input in the range: -200 to 1000 degC -328 to 1832 degF
371	Connect Snsr1 Zero ref input in the range: -200 to 1200 degC -328 to 2192 degF
372	Connect Snsr1 Zero ref input in the range: -200 to 1372 degC -328 to 2502 degF
373	Connect Snsr1 Zero ref input in the range: -200 to 1300 degC -328 to 2372 degF
374	Connect Snsr1 Zero ref input in the range: 0 to 2300 degC 32 to 4172 degF
375	Connect Snsr1 Zero ref input in the range: -200 to 900 degC -328 to 1652 degF
376	Connect Snsr1 Zero ref input in the range: -200 to 600 degC -328 to 1112 degF
377	Connect Snsr1 Zero ref input in the range: -200 to 850 degC -328 to 1562 degF
378	Connect Snsr1 Zero ref input in the range: -200 to 500 degC -328 to 932 degF
379	Connect Snsr1 Zero ref input in the range: -70 to 320 degC -94 to 608 degF
380	Connect Snsr1 Zero ref input in the range: -70 to 150 degC -94 to 302 degF
381	Press OK when ref input is stable.
382	Enter Snsr1 Zero trim ref input value (mV):
383	Enter Snsr1 Zero trim ref input value (ohm):
384	Enter Snsr1 Zero trim ref input value (mV or ohm):
385	Enter Snsr1 Zero trim ref input value (Temperature):
386	Enter Snsr1 Zero trim ref input value (mV or ohm or Temperature):
387	Connect Snsr1 Gain ref input in the range: -10 to +40 mV (Recommended value: 25 mV)
388	Connect Snsr1 Gain ref input in the range: -10 to +100 mV (Recommended value: 75 mV)
389	Connect Snsr1 Gain ref input in the range: 0 to 500 ohm (Recommended value: 330 ohm)
390	Connect Snsr1 Gain ref input in the range: 0 to 2000 ohm (Recommended value: 1600 ohm)
391	Connect Snsr1 Gain ref input in the special range.
392	Connect Snsr1 Gain ref input in the range: 100 to 1820 degC 212 to 3308 degF
393	Connect Snsr1 Gain ref input in the range: -50 to 1768 degC -58 to 3214 degF
394	Connect Snsr1 Gain ref input in the range: -200 to 400 degC -328 to 752 degF
395	Connect Snsr1 Gain ref input in the range: -200 to 1000 degC -328 to 1832 degF
396	Connect Snsr1 Gain ref input in the range: -200 to 1200 degC -328 to 2192 degF
397	Connect Snsr1 Gain ref input in the range: -200 to 1372 degC -328 to 2502 degF
398	Connect Snsr1 Gain ref input in the range: -200 to 1300 degC -328 to 2372 degF
399	Connect Snsr1 Gain ref input in the range: 0 to 2300 degC 32 to 4172 degF
400	Connect Snsr1 Gain ref input in the range: -200 to 900 degC -328 to 1652 degF
401	Connect Snsr1 Gain ref input in the range: -200 to 600 degC -328 to 1112 degF
402	Connect Snsr1 Gain ref input in the range: -10 to +100 mV (Recommended value: 0 mV)
403	Connect Snsr1 Gain ref input in the range: -200 to 850 degC -328 to 1562 degF
404	Connect Snsr1 Gain ref input in the range: -200 to 500 degC -328 to 932 degF
405	Connect Snsr1 Gain ref input in the range: -70 to 320 degC -94 to 608 degF
406	Connect Snsr1 Gain ref input in the range: -70 to 150 degC -94 to 302 degF
407	Connect Snsr1 Gain ref input in the range: 0 to 2000 ohm (Recommended value: 40 ohm)
408	Enter Snsr1 Gain trim ref input value (mV):
409	Enter Snsr1 Gain trim ref input value (ohm):
410	Enter Snsr1 Gain trim ref input value (mV or ohm):
411	Enter Snsr1 Gain trim ref input value (Temperature):
412	Enter Snsr1 Gain trim ref input value (mV or ohm or Temperature):
413	Trim was not done
414	Performing Sensor trim
415	Connect Snsr2 Zero ref input in the range: -10 to +40 mV (Recommended value: 0 mV)
416	Connect Snsr2 Zero ref input in the range: -10 to +100 mV (Recommended value: 0 mV)
417	Connect Snsr2 Zero ref input in the range: 0 to 500 ohm (Recommended value: 40 ohm)
418	Connect Snsr2 Zero ref input in the range: 0 to 2000 ohm (Recommended value: 40 ohm)
419	Connect Snsr2 Zero ref input in the special range.
420	Connect Snsr2 Zero ref input in the range: 100 to 1820 degC 212 to 3308 degF
421	Connect Snsr2 Zero ref input in the range: -50 to 1768 degC -58 to 3214 degF
422	Connect Snsr2 Zero ref input in the range: -200 to 400 degC -328 to 752 degF
423	Connect Snsr2 Zero ref input in the range: -200 to 1000 degC -328 to 1832 degF
424	Connect Snsr2 Zero ref input in the range: -200 to 1200 degC -328 to 2192 degF
425	Connect Snsr2 Zero ref input in the range: -200 to 1372 degC -328 to 2502 degF
426	Connect Snsr2 Zero ref input in the range: -200 to 1300 degC -328 to 2372 degF
427	Connect Snsr2 Zero ref input in the range: 0 to 2300 degC 32 to 4172 degF
428	Connect Snsr2 Zero ref input in the range: -200 to 900 degC -328 to 1652 degF
429	Connect Snsr2 Zero ref input in the range: -200 to 600 degC -328 to 1112 degF
430	Connect Snsr2 Zero ref input in the range: -200 to 850 degC -328 to 1562 degF
431	Connect Snsr2 Zero ref input in the range: -200 to 500 degC -328 to 932 degF
432	Connect Snsr2 Zero ref input in the range: -70 to 320 degC -94 to 608 degF
433	Connect Snsr2 Zero ref input in the range: -70 to 150 degC -94 to 302 degF
434	Enter Snsr2 Zero trim ref input value (mV):
435	Enter Snsr2 Zero trim ref input value (ohm):
436	Enter Snsr2 Zero trim ref input value (mV or ohm):
437	Enter Snsr2 Zero trim ref input value (Temperature):
438	Enter Snsr2 Zero trim ref input value (mV or ohm or Temperature):
439	Connect Snsr2 Gain ref input in the range: -10 to +40 mV (Recommended value: 25 mV)
440	Connect Snsr2 Gain ref input in the range: -10 to +100 mV (Recommended value: 75 mV)
441	Connect Snsr2 Gain ref input in the range: 0 to 500 ohm (Recommended value: 330 ohm)
442	Connect Snsr2 Gain ref input in the range: 0 to 2000 ohm (Recommended value: 1600 ohm)
443	Connect Snsr2 Gain ref input in the special range.
444	Connect Snsr2 Gain ref input in the range: 100 to 1820 degC 212 to 3308 degF
445	Connect Snsr2 Gain ref input in the range: -50 to 1768 degC -58 to 3214 degF
446	Connect Snsr2 Gain ref input in the range: -200 to 400 degC -328 to 752 degF
447	Connect Snsr2 Gain ref input in the range: -200 to 1000 degC -328 to 1832 degF
448	Connect Snsr2 Gain ref input in the range: -200 to 1200 degC -328 to 2192 degF
449	Connect Snsr2 Gain ref input in the range: -200 to 1372 degC -328 to 2502 degF
450	Connect Snsr2 Gain ref input in the range: -200 to 1300 degC -328 to 2372 degF
451	Connect Snsr2 Gain ref input in the range: 0 to 2300 degC 32 to 4172 degF
452	Connect Snsr2 Gain ref input in the range: -200 to 900 degC -328 to 1652 degF
453	Connect Snsr2 Gain ref input in the range: -200 to 600 degC -328 to 1112 degF
454	Connect Snsr2 Gain ref input in the range: -10 to +100 mV (Recommended value: 0 mV)
455	Connect Snsr2 Gain ref input in the range: -200 to 850 degC -328 to 1562 degF
456	Connect Snsr2 Gain ref input in the range: -200 to 500 degC -328 to 932 degF
457	Connect Snsr2 Gain ref input in the range: -70 to 320 degC -94 to 608 degF
458	Connect Snsr2 Gain ref input in the range: -70 to 150 degC -94 to 302 degF
459	Connect Snsr2 Gain ref input in the range: 0 to 2000 ohm (Recommended value: 40 ohm)
460	Enter Snsr2 Gain trim ref input value (mV):
461	Enter Snsr2 Gain trim ref input value (ohm):
462	Enter Snsr2 Gain trim ref input value (mV or ohm):
463	Enter Snsr2 Gain trim ref input value (Temperature):
464	Enter Snsr2 Gain trim ref input value (mV or ohm or Temperature):
465	Performing DAC clear to default
466	Pressing 'OK' will return to Sensor1 operation.
467	Choose Coefs type:
468	A B C; alpha delta beta
469	R0=%[15.6f]{R0} A=%[15.6E]{A} B=%[15.6E]{B} C=%[15.6E]{C} Press 'OK' to change them.
470	R0=%[15.6f]{R0} alpha=%[15.6E]{alpha} delta=%[15.6E]{delta} beta=%[15.6E]{beta} Press 'OK' to change them.
471	Enter R0 value
472	Enter A value
473	Enter B value
474	Enter C value
475	R0=%[15.6f]{R0} A=%[15.6E]{A} B=%[15.6E]{B} C=%[15.6E]{C} Pressing 'OK' will send them.
476	R0
477	Enter alpha value
478	alpha
479	Enter delta value
480	delta
481	Enter beta value
482	beta
483	R0=%[15.6f]{R0} alpha=%[15.6E]{alpha} delta=%[15.6E]{delta} beta=%[15.6E]{beta} Pressing 'OK' will send them.
484	PV Max log value: %{0} %{2} PV Min log value: %{1} %{2}
485	SV Max log value: %{0} %{2} SV Min log value: %{1} %{2}
486	TV Max log value: %{0} %{2} TV Min log value: %{1} %{2}
487	4V Max log value: %{0} %{2} 4V Min log value: %{1} %{2}
488	Term Max log val: %{0} %{2} Term Min log val: %{1} %{2}
489	Enter current password to enable to write for 10 minutes:
490	Released the write protection for 10 minutes.
491	If you wish to release completely, you have to change password to all of spaces.
492	Enter new password to change state of write protect:
493	Re-enter new password within 30 seconds:
494	Aborting method due to last error
495	Changed to new password.
496	It changed the state of protection related password.
497	'Snsr Bkup' now set to %{0}
498	'Snsr1 Trim Act' now set to %{0}
499	'Snsr2 Trim Act' now set to %{0}
500	'Snsr1 Match Enbl' now set to %{0}
501	'Snsr2 Match Enbl' now set to %{0}
502	'CJC Select' now set to %{0}
503	'CNST CJC Temp' now set to %{0}
Reference ID	String