HART设备字典

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引用ID	字符串
0	GasCVD
1	Azbil Corporation
2	Err.06 RAM fault
3	Err.05 NVM fault
4	Err.02 Sensor characteristic data fault
5	Err.03 Suspect input
6	Loop test in operation
7	Fail safe simulation in operation
8	STATUS output simulation in operation
9	CALIB output simulation in operation
10	PV > 105%
11	PV < -5%
12	Calibration failure
13	Process alarm detected
14	Sensor temp. alarm detected
15	.3f
16	7.4f
17	.4f
18	.2f
19	.1f
20	.0f
21	PV
22	PV- Primary Variable.
23	Unit
24	%
25	%- percent
26	RD
27	RD- relative density unit(no unit)
28	kg/m3
29	kg/m3- kilo gram per cubic meter
30	lb/kcf
31	lb/kcf- pound per 1000 cubic foot
32	kWh/m3
33	kWh/m3- kilo watt hour per cubic meter
34	Mcal/m3
35	Mcal/m3- mega calorie per cubic meter
36	MJ/m3
37	MJ/m3- mega joule per cubic meter
38	BTU/cf
39	BTU/cf- british thermal unit per cubic foot
40	MN
41	MN- methane number unit(no unit)
42	MJ/kg
43	MJ/kg- mega joule per kilo gram
44	BTU/lbm
45	BTU/lbm- british thermal unit per pound mass
46	calorific value Dev fmly
47	calorific value Class
48	calorific value PDQ
49	calorific value LS
50	calorific value Fmly stat
51	calorific value USL
52	calorific value LSL
53	calorific value minimum span
54	Damping
55	Damping- PV damping value is 0.000sec(fixed).
56	calorific value Update Period
57	Serial number
58	Serial number- Uniquely identifies the sensor from which the Digital Value representation or Field Device variable is primarily derived.
59	7d
60	calorific value Lower trim
61	calorific value Upper trim
62	calorific value Trim support
63	calorific value Min lower trim
64	calorific value Max lower trim
65	calorific value Min upper trim
66	calorific value Max upper trim
67	calorific value Min trim diff
68	PV Simulate
69
70	Update Period
71	Sensor temp.
72	Sensor temp.- Temperature of sensor chip.
73	Sensor temp. unit
74	Sensor temp. unit- Engineering unit to be displayed with Sensor Temperature.
75	Sensor temp. dev fmly
76	Sensor temp. Class
77	Sensor temp. PDQ
78	Sensor temp. LS
79	Sensor temp. Dev Stat
80	Sensor temp. USL
81	Sensor temp. LSL
82	Sensor temp. min span
83	Sensor temp. Damping
84	Sensor temp. Damping- Sensor temp. damping value is 0.000sec(fixed).
85	Sensor temp. Update Period
86	Temp. sensor serial number
87	Sensor temp. Simulate
88	Model No.
89	Model No.- Shows the GasCVD model number.
90	Production No.
91	Production No.- Shows the GasCVD production identification number.
92	GasCVD serial number
93	GasCVD serial number- Shows the GasCVD serial number.
94	8d
95	GasCVD sensor serial number
96	GasCVD sensor serial number- Shows the GasCVD sensor serial number.
97	4d
98	Operation S/W ver.
99	Operation S/W ver.- GasCVD Operation software version number.
100	OIML S/W ver.
101	OIML S/W ver.- GasCVD OIML R140 compliant software version number.
102	Calculation parameter
103	Calculation parameter- ISO t1/t2, t1(combustion temperature)/t2(metering temperature). GPA BP (dry/sat), base pressure and dry/sat condition.
104	15/15 degC
105	0/0 degC
106	15/0 degC
107	25/0 degC
108	20/20 degC
109	25/20 degC
110	14.696psi (dry)
111	14.5psi (dry)
112	14.73psi (dry)
113	15.025psi (dry)
114	14.696psi (sat)
115	14.5psi (sat)
116	14.73psi (sat)
117	15.025psi (sat)
118	None
119	PV output units
120	PV output units- GasCVD PV output units
121	SCV(MJ/m3)
122	SCV(kWh/m3)
123	SCV(Mcal/m3)
124	WI_Hs(MJ/m3)
125	WI_Hs(kWh/m3)
126	WI_Hs(Mcal/m3)
127	ICV(MJ/m3)
128	ICV(kWh/m3)
129	ICV(Mcal/m3)
130	WI_Hi(MJ/m3)
131	WI_Hi(kWh/m3)
132	WI_Hi(Mcal/m3)
133	SCV(MJ/kg)
134	ICV(MJ/kg)
135	Density(kg/m3)
136	MN CEN
137	MN CARB/GRI
138	Concentration(%)
139	Real GHV(BTU/cf)
140	Real NHV(BTU/cf)
141	Real WI(BTU/cf)
142	GHV(BTU/lbm)
143	NHV(BTU/lbm)
144	GD(lb/kcf)
145	Real RDG
146	Micro oven temp. SP
147	Micro oven temp. SP- Sensor temperature Set Point.
148	Rh
149	Rh- Sensor resistance Rh.
150	ohm
151	Rud
152	Rud- Sensor resistance Rud.
153	Fail safe direction
154	Fail safe direction- When a critical failure occurs, GasCVD sets the analog output to the fail safe (burnout) direction. Either Downscale (2.4 mA (-10%) ) or Upscale (21.6 mA (110%) ) can be selected.
155	Upscale
156	Upscale- When a critical failure occurs, GasCVD sets the analog output to Upscale (21.6 mA (110%) ).
157	Downscale
158	Downscale- When a critical failure occurs, GasCVD sets the analog output to Downscale (2.4 mA (-10%) ).
159	Set analog output Fail safe simulation
160	Upscale burnout
161	Downscale burnout
162	Clear analog output Fail safe simulation
163	Clear
164	Output low limit
165	Output low limit- Analog output current signal low limit.
166	Output high limit
167	Output high limit- Analog output current signal high limit.
168	STATUS output
169	STATUS output- Shows the STATUS output, Open or Close.
170	Open
171	Close
172	STATUS type
173	STATUS type- Configures the STATUS output to OPEN or CLOSE at alarm condition. Normally Open (NO): When no alarm is detected, STATUS output is OPEN. When alarm is detected, STATUS output is CLOSE. Normally Close (NC): When no alarm is detected, STATUS output is CLOSE. When alarm is detected, STATUS output is OPEN.
174	Normally Open
175	Normally Close
176	STATUS selection
177	STATUS selection- Select the STATUS output item from below. - None - Process alarm - Sensor temp. alarm - Calibration in process or Calibration failure - Process + Sensor temp. - Sensor temp. + Calibration - Calibration + Process - All
178	None- not used
179	Process alarm
180	Sensor temp. alarm
181	Sensor temperature alarm
182	Calibration in process or Calibration failure
183	Process + Sensor temp.
184	Process alarm + Sensor temperature alarm
185	Sensor temp. + Calibration
186	Sensor temperature alarm + Calibration in process or Calibration failure
187	Calibration + Process
188	Calibration in process or Calibration failure + Process alarm
189	All
190	All- Process alarm + Sensor temperature alarm + Calibration in process or Calibration failure
191	Set STATUS simulation
192	Clear STATUS simulation
193	Continue STATUS simulation
194	CALIB output
195	CALIB output- Shows the CALIB output, Open or Close.
196	CALIB type
197	CALIB type- The CALIB output is fixed at Normally Open (NO). Normally Open (NO): In normal operation, process gas will flow from Open port to GasCVD. And at the beginning of calibration, calibration gas will flow from Close port to GasCVD.
198	Set CALIB simulation
199	Clear CALIB simulation
200	Continue CALIB simulation
201	Proc. alarm status
202	Proc. alarm status- Shows the Process alarm status, No alarm or Alarm.
203	No alarm
204	Alarm
205	Proc. alarm lower alarm value
206	Proc. alarm lower alarm value- Lower limit of process alarm. Setting range is -5 to 105%, and Lower+hys < Upper-hys.
207	6.3f
208	6.4f
209	6.2f
210	6.1f
211	5.0f
212	Proc. alarm upper alarm value
213	Proc. alarm upper alarm value- Upper limit of process alarm. Setting range is -5 to 105%, and Lower+hys < Upper-hys.
214	Proc. alarm hysteresis(0 to 5)
215	Proc. alarm hysteresis- Setting range is 0 to 5 % in 1 % increments. Hysteresis is effective at lower part of Upper alarm, and upper part of Lower alarm.
216	1.0f
217	250ohm load resistance voltage
218	.5f
219	250ohm load resistance voltage zero
220	250ohm load resistance voltage gain
221	PV trim
222	PV trim- PV trim value. PV and PV trim setting range SCV(MJ/m3) -2.000 to 2.000 SCV(kWh/m3) -0.500 to 0.500 SCV(Mcal/m3) -0.500 to 0.500 WI_Hs(MJ/m3) -2.000 to 2.000 WI_Hs(kWh/m3) -0.500 to 0.500 WI_Hs(Mcal/m3) -0.500 to 0.500 ICV(MJ/m3) -2.000 to 2.000 ICV(kWh/m3) -0.500 to 0.500 ICV(Mcal/m3) -0.500 to 0.500 WI_Hi(MJ/m3) -2.000 to 2.000 WI_Hi(kWh/m3) -0.500 to 0.500 WI_Hi(Mcal/m3) -0.500 to 0.500 SCV(MJ/kg) -2.000 to 2.000 ICV(MJ/kg) -2.000 to 2.000 Density(kg/m3) -0.0500 to 0.0500 RD -0.0500 to 0.0500 MN CEN -5.00 to 5.00 MN CARB/GRI -5.00 to 5.00 Concentration(%) -5.00 to 5.00 Real GHV(BTU/cf) -80.0 to 80.0 Real NHV(BTU/cf) -80.0 to 80.0 Real WI(BTU/cf) -80.0 to 80.0 GHV(BTU/lbm) -1000 to 1000 NHV(BTU/lbm) -1000 to 1000 GD(lb/kcf) -2.000 to 2.000 Real RDG -0.0500 to 0.0500
223	PV(raw)
224	PV(raw)- PV value before trim.
225	PV(trimmed)
226	PV(trimmed)- PV value after trim.
227	Manual calib Start
228	Start
229	Auto calib Start/Stop setting
230	Auto calibration Start/Stop- Shows auto calibration has been set or not.
231	Stop
232	Hold time
233	Hold time- Calibration Hold time. Setting range is 2 to 120 minutes. Calibration takes place halfway through the hold time. Allow enough hold time for replacement of the process gas with calibration gas. Hold time > gas replacement time x 2 + preparation time.
234	minute
235	First calib time
236	First calib time- Setting range is 0 to 24 hours. The setting is activated once Auto calib is set to Start.
237	First calib time- Setting range is 0 to 200 hours. The setting is activated once Auto calib is set to Start.
238	hour
239	Interval
240	Interval- Interval of auto calibration cycle. Setting range is 1 to 180 days.
241	day
242	Next calib time
243	Next calib time- The remaining time to next calibration start.
244	CF1
245	CF1- Calibration Factor1
246	CF2
247	CF2- Calibration Factor2
248	CF3
249	CF3- Calibration Factor3
250	CF4
251	CF4- Calibration Factor4
252	CF5
253	CF5- Calibration Factor5
254	Reset calibration factor view
255	Reset
256	Diag status
257	Diag status- GasCVD self diagnostics status.
258	Err.02- Sensor characteristic data fault.
259	Err.03- Input data error.
260	Err.05- Nonvolatile memory failure.
261	Err.06- RAM failure.
262	PV > 105%- PV exceeds 105%.
263	PV < -5%- PV is less than -5%.
264	Process alarm detected- PV is beyond process alarm upper/lower limit.
265	Sensor temp. alarm detected- Sensor temp. is beyond sensor alarm upper/lower limit.
266	Calibration failure- CF < 0.99 or 1.01 < CF.
267	Calibration in process
268	Calibration in process- Device is operating in calibration mode.
269	Loop test in operation- Device is operating in Loop test mode.
270	Fail safe simulation in operation- Device is operating in Fail safe simulation mode.
271	STATUS output simulation in operation- Device is operating in STATUS output simulation mode.
272	CALIB output simulation in operation- Device is operating in CALIB output simulation mode.
273	Total operating time
274	Total operating time- Total operating time (in hours) since shipment from the factory.
275	Latest operating time
276	Latest operating time- Latest operating time (in hours) since the latest power on.
277	Temp. alarm status
278	Temp. alarm status- Shows the sensor temperature alarm status, No alarm or Alarm.
279	Temp. alarm lower alarm value
280	Temp. alarm lower alarm value- Sensor temperature alarm lower limit. Setting range is 50 to 70, and Lower < Upper.
281	4.1f
282	Temp. alarm upper alarm value
283	Temp. alarm upper alarm value- Sensor temperature alarm upper limit. Setting range is 50 to 70, and Lower < Upper.
284	Calib status
285	Calib status- Show the latest calibration status, Success or Failure.
286	Success
287	Failure
288	Calib log1 Total operating time
289	Calib log1 Calib status
290	Calib log1 CF1
291	Calib log1 CF2
292	Calib log1 CF3
293	Calib log1 CF4
294	Calib log1 CF5
295	Calib log2 Total operating time
296	Calib log2 Calib status
297	Calib log2 CF1
298	Calib log2 CF2
299	Calib log2 CF3
300	Calib log2 CF4
301	Calib log2 CF5
302	Calib log3 Total operating time
303	Calib log3 Calib status
304	Calib log3 CF1
305	Calib log3 CF2
306	Calib log3 CF3
307	Calib log3 CF4
308	Calib log3 CF5
309	Calib log4 Total operating time
310	Calib log4 Calib status
311	Calib log4 CF1
312	Calib log4 CF2
313	Calib log4 CF3
314	Calib log4 CF4
315	Calib log4 CF5
316	Calib log5 Total operating time
317	Calib log5 Calib status
318	Calib log5 CF1
319	Calib log5 CF2
320	Calib log5 CF3
321	Calib log5 CF4
322	Calib log5 CF5
323	Clear calibration log
324	Error log1 Total operating time
325	Error log1 Error
326	No error
327	Error log2 Total operating time
328	Error log2 Error
329	Error log3 Total operating time
330	Error log3 Error
331	Error log4 Total operating time
332	Error log4 Error
333	Error log5 Total operating time
334	Error log5 Error
335	Clear error log
336	Config log1 Total operating time
337	Config log1 Operation
338	No operation
339	write Polling address, Loop current mode
340	write Message
341	write Device Tag, Descriptor, Date
342	write Final assembly number
343	write Long Tag
344	trim Loop current zero
345	trim Loop current gain
346	write Num res preams
347	write Fail safe direction
348	write STATUS type
349	write STATUS selection
350	write Proc. alarm lower alarm value
351	write Proc. alarm upper alarm value
352	write Proc. alarm hysteresis
353	trim Scaled loop current zero
354	trim Scaled loop current gain
355	write PV trim value
356	write Auto calib Start/Stop
357	write Calib hold time
358	write Auto calib first calib time
359	write Auto calib interval
360	reset CF view
361	write Operating time
362	write Temp. alarm lower alarm value
363	write Temp. alarm upper alarm value
364	Config log2 Total operating time
365	Config log2 Operation
366	Config log3 Total operating time
367	Config log3 Operation
368	Config log4 Total operating time
369	Config log4 Operation
370	Config log5 Total operating time
371	Config log5 Operation
372	Clear configuration log
373	Total operating time at PD
374	Total operating time at PD- Total operating time at the latest power down.
375	Latest PV at PD
376	Latest PV at PD- PV at the latest power down.
377	ADud
378	count
379	ADh1
380	ADh2
381	ADh3
382	ADh4
383	ADh5
384	Process variables
385	Device
386	Diagnostics
387	Maintenance
388	Basic setup
389	Detailed setup
390	Device information
391	Miscellaneous
392	Review
393	Device status
394	Latest AD count
395	Sensors
396	Signal condition
397	Output condition
398	Calibration
399	Revision numbers
400	Software version
401	Operating time
402	Device alarm
403	Log
404	Log- Calib log clear, Error log clear and Config log clear are only available when calibration is not in process.
405	Analog output
406	Analog output- Loop test, Fail safe direction edit and Fail safe simulation are only available when calibration is not in process and Auto calibration is Stop.
407	Digital output
408	Digital output- STATUS type edit, STATUS selection edit, STATUS simulation and CALIB simulation are only available when calibration is not in process and Auto calibration is Stop.
409	HART output
410	Config proc. alarm
411	Config proc. alarm- Proc. alarm lower alarm value edit, Proc. alarm upper alarm value edit and Hysteresis edit are only available when calibration is not in process and Auto calibration is Stop.
412	Analog output trim
413	Analog output trim- This function is only available when calibration is not in process and Auto calibration is Stop.
414	PV trim- PV trim adjusts the PV output by shifting it. If the PV of the process gas is known and it is slightly different from GasCVD output, you can fix the output using this shift adjustment. PV trim edit and reset are only available when calibration is not in process and Auto calibration is Stop.
415	Manual calibration
416	Manual calibration- CALIB simulation, Hold time edit, Manual calib start and CF reset are only available when calibration is not in process and Auto calibration is Stop.
417	Auto calibration
418	Auto calibration- Hold time edit, First calib time edit, Interval edit and CF reset are only available when calibration is not in process and Auto calibration is Stop. Auto calib Start/Stop operation is only available when calibration is not in process.
419	Config temp. alarm
420	Config temp. alarm- Temp. alarm lower alarm value edit and Temp. alarm upper alarm value edit are only available when calibration is not in process and Auto calibration is Stop.
421	Calib log view
422	Error log view
423	Config log view
424	PV trim- PV trim adjusts the PV output by shifting it. If the PV of the process gas is known and it is slightly different from GasCVD output, you can fix the output using this shift adjustment. PV trim edit is only available when calibration is not in process and Auto calibration is Stop.
425	CF view
426	CF view- You can check Calibration Factor value of the latest successful calibration. The factory default CF is 1.00000. CF allow the user to track sensor sensitivity drift.
427	Displays Device Status
428	Diagnostic Status
429	Device tag
430	Monitoring
431	Trend
432	Detailed setup- Sensors
433	Detailed setup- Signal condition
434	Detailed setup- Output condition Analog output- Loop test, Fail safe direction edit and Fail safe simulation are only available when calibration is not in process and Auto calibration is Stop. Digital output- STATUS type edit, STATUS selection edit, STATUS simulation and CALIB simulation are only available when calibration is not in process and Auto calibration is Stop.
435	Analog output operation
436	Digital output operation
437	Detailed setup- Process alarm Config proc. alarm- Proc. alarm lower alarm value edit, Proc. alarm upper alarm value edit and Hysteresis edit are only available when calibration is not in process and Auto calibration is Stop.
438	Detailed setup- Calibration- Analog output trim This function is only available when calibration is not in process and Auto calibration is Stop.
439	Analog output trim operation
440	Detailed setup- Calibration- PV trim PV trim edit and reset are only available when calibration is not in process and Auto calibration is Stop.
441	PV trim operation
442	Detailed setup- Calibration- Manual calibration Hold time edit, CALIB simulation, Manual calib start and CF reset are only available when calibration is not in process and Auto calibration is Stop.
443	Manual calibration operation
444	CF view operation
445	Detailed setup- Calibration- Auto calibration Hold time edit, First calib time edit, Interval edit and CF reset are only available when calibration is not in process and Auto calibration is Stop. Auto calib Start/Stop operation is only available when calibration is not in process.
446	Auto calibration operation
447	Device Image
448	Calib log clear is only available when calibration is not in process.
449	Calib log view operation
450	Error log clear is only available when calibration is not in process.
451	Error log view operation
452	Config log clear is only available when calibration is not in process.
453	Config log view operation
454	Data upload operation
455	Latest AD count operation
456	Offline
457	Loop test
458	D/A trim
459	Scaled D/A trim
460	PV trim value reset
461	PV trim value reset- Reset PV trim value to 0.
462	CF reset
463	CF reset- Reset the latest Calibration Factor value to 1.00000. It reset Calibration failure of Diag status. And it set the latest calibration status Calib status to Success
464	Manual calib Start- Start the manual calibration process. Once manual calibration start, it can not stop till end.
465	Auto calib Start/Stop operation
466	Auto calibration Start/Stop operation.
467	Fail safe simulation
468	Fail safe simulation- Simurates the analog output at the fail safe condition. After the fail safe simulation starts, it will continue for 10 minutes and then it will automatically return to normal states.
469	End Fail safe simulation.
470	STATUS simulation
471	STATUS simulation- Simulates the STATUS output, Open or Close. After the STATUS output simulation starts, it will continue for 10 minutes and then it will automatically return to normal states. If Continue is pressed, the simulation continues for 10 minutes or 2 hours more.
472	End- Simulates the STATUS output.
473	CALIB simulation
474	CALIB simulation- Simulates the CALIB output, Open or Close. After the CALIB output simulation starts, it will continue for 10 minutes and then it will automatically return to normal states. If Continue is pressed, the simulation continues for 10 minutes or 2 hours more.
475	End- Simulates the CALIB output.
476	Calib log clear
477	Calib log clear- Clears the Calib log in device.
478	Error log clear
479	Error log clear- Clears the Error log in device.
480	Config log clear
481	Config log clear- Clears the Config log in device.
482	Upload GasCVD data
483	Upload GasCVD data- Upload GasCVD dynamic data in device.
484	Refresh AD count
485	Refresh AD count- Read latest AD count from GasCVD.
486	PV Analog Channel Saturated
487	PV Analog Channel Fixed
488	Wireless
489	WirelessHART Device
490	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
491	Primary
492	Primary Analog Channel
493	Secondary
494	Secondary Analog Channel
495	Tertiary
496	Tertiary Analog Channel
497	Quaternary
498	Quaternary Analog Channel
499	Quinary
500	Quinary Analog Channel
501	Critical Power Failure
502	Lock all
503	Trim not supported
504	Configuration cannot be changed
505	Locked by gateway
506	Analog Input Channel
507	Analog Output Channel
508	Secondary Analog Channel Saturated
509	Tertiary Analog Channel Saturated
510	Quaternary Analog Channel Saturated
511	Quinary Analog Channel Saturated
512	Secondary Analog Channel Fixed
513	Tertiary Analog Channel Fixed
514	Quaternary Analog Channel Fixed
515	Quinary Analog Channel Fixed
516	Simulation active
517	The device is in simulation mode and the level output is not representative of the process.
518	Non-Volatile memory failure
519	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
520	Volatile memory error
521	The RAM memory check is invalid or maybe corrupt
522	Watchdog reset executed
523	A watchdog reset has been performed
524	Voltage conditions out of range
525	A voltage condition is outside its allowable range
526	Environmental conditions out of range
527	An internal or environmental condition is beyond acceptable limits.
528	Electronic failure
529	A hardware problem not related to the sensor has been detected.
530	Subdevice list changed
531	Duplicate master detected
532	Capacity Denied
533	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
534	Bandwidth allocation pending
535	Block transfer pending
536	Battery life
537	Percent range
538	Loop current
539	Primary variable
540	Secondary variable
541	Tertiary variable
542	Quaternary variable
543	Read receive time
544	Write date and time
545	Non-Volatile Clock
546	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.
547	Clock Uninitialized
548	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.
549	No restrictions
550	SI Only
551	Restricted to SI Unit codes only
552	Process automation device
553	Discrete device
554	Hybrid:Process automation+discrete
555	I/O System
556	WirelessHART Process automation device
557	WirelessHART Discrete device
558	WirelessHART Process automation+discrete
559	WirelessHART Gateway
560	WirelessHART Access point
561	WirelessHART Process adapter
562	WirelessHART Discrete adapter
563	WirelessHART enabled handheld/portable maintenance tool
564	Device Profile
565	US
566	United States of America
567	JP
568	Japan
569	DE
570	Germany
571	FR
572	France
573	ES
574	Spain
575	RU
576	Russian Federation
577	CN
578	People's Republic of China
579	Secondary Master
580	Primary Master
581	Device Diagnostic Status 0
582	Device Diagnostic Status 1
583	I/O and Subdevice Status
584	WirelessHART Status
585	Time Set Option
586	Real Time Clock Flags
587	Country
588	Country of intended device installation
589	SI Unit Control
590	Indicates if device should only display SI unit codes
591	Time Stamp
592	Relative time value on network
593	8u
594	Dynamic Variables Returned for Device Variables
595	Command Response Truncated
596	Configuration Change Counter Mismatch
597	Status bytes mismatch
598	8.3f
599	Device Variable
600	STX Count
601	Count of STX messages received by this device
602	ACK Count
603	Count of ACK messages received by this device
604	BACK Count
605	Count of BACK messages received by this device
606	AUTO CALIBRATION IS START This operation is ONLY AVAILABLE when AUTO CALIBRATION IS STOP.
607	CALIBRATION IN PROCESS This operation is ONLY AVAILABLE when CALIBRATION IS NOT IN PROCESS.
608	End;4 mA;20 mA;Other;4->8->12->16->20 mA
609	Setting field device output to 4mA
610	Field device output 4.00000mA equal to reference meter?
611	Field device output 20.00000mA equal to reference meter?
612	Setting field device output to 1volt(4mA)
613	Field device output 1.00000volt equal to reference meter?
614	Setting field device output to 5volt(20mA)
615	Field device output 5.00000volt equal to reference meter?
616	PV trim value reset- Press OK to start.
617	Aborting method due to last error
618	Failed to reset PV trim value.
619	PV trim value reset is in progress, please wait.
620	Succeed to reset PV trim value.
621	CF reset- Press OK to start.
622	Failed to reset the latest CF value.
623	CF value reset is in progress, please wait.
624	Succeed to reset the latest CF value.
625	Manual calib Start- Press OK to start.
626	Aborting method due to last error.
627	Failed to start manual calibration.
628	Manual calibration start is in progress, please wait.
629	Succed to start manual calibration.
630	Auto calib Start/Stop- Press OK to proceed.
631	Select Auto calibration Start/Stop.
632	Start;Stop
633	Start Auto calibration- Press OK to proceed.
634	Stop Auto calibration- Press OK to proceed
635	Failed to start Auto calibration.
636	Failed to stop Auto calibration.
637	Auto calibration start is in progress, please wait.
638	Succeed to start Auto calibration.
639	Auto calibration stop is in progress, please wait.
640	Succeed to stop Auto calibration.
641	Faile safe simulation- Press OK to start.
642	Select Fail safe simuration mode.
643	Upscale burnout;Downscale burnout
644	Now the device is in Fail safe simulation mode: Upscale burnout.
645	End simulation mode;Continue simulation mode 10 minutes
646	Now the device is in Fail safe simulation mode: Downscale burnout.
647	End Fail safe simulation mode.
648	Failed to End Fail safe simulation mode.
649	STATUS simulation- Press OK to start.
650	Select STATUS simulation mode.
651	Open;Close
652	STATUS simulation is in progress, please wait.
653	Now the device is in STATUS simulation mode: Open
654	End simulation mode;Continue simulation mode 10 minutes;Continue simulation mode 2 hours
655	Now the device is in STATUS simulation mode: Close
656	End STATUS simulation mode.
657	Failed to End STATUS simulation mode.
658	CALIB simulation- Press OK to start.
659	Select CALIB simulation mode.
660	CALIB simulation is in progress, please wait.
661	Now the device is in CALIB simulation mode: Open
662	End simulation mode;Continue simulation mode 10 minutes;Continue simulation mode 2 hours;Reading PV(50times)
663	Now the device is in CALIB simulation mode: Close
664	Reading PV(50times)... %[d]{i1} %[.4f]{fval1}
665	Reading PV(50times)... %[d]{i1} %[.4f]{fval1} %[d]{i2} %[.4f]{fval2}
666	Reading PV(50times)... %[d]{i1} %[.4f]{fval1} %[d]{i2} %[.4f]{fval2} %[d]{i3} %[.4f]{fval3}
667	Reading PV(50times)... %[d]{i1} %[.4f]{fval1} %[d]{i2} %[.4f]{fval2} %[d]{i3} %[.4f]{fval3} %[d]{i4} %[.4f]{fval4}
668	Reading PV(50times)... %[d]{i1} %[.4f]{fval1} %[d]{i2} %[.4f]{fval2} %[d]{i3} %[.4f]{fval3} %[d]{i4} %[.4f]{fval4} %[d]{i5} %[.4f]{fval5}
669	Reading PV(50times)... %[d]{i1} %[.4f]{fval1} %[d]{i2} %[.4f]{fval2} %[d]{i3} %[.4f]{fval3} %[d]{i4} %[.4f]{fval4} %[d]{i5} %[.4f]{fval5} End Reading PV(50times).
670	End CALIB simulation mode.
671	Failed to End CALIB simulation mode.
672	Calib log clear- Press OK to start.
673	Failed to clear Calib log.
674	Calib log clear is in progress, please wait.
675	Succeed to clear Calib log.
676	Error log clear- Press OK to start.
677	Failed to clear Error log.
678	Error log clear is in progress, please wait.
679	Succeed to clear Error log.
680	Config log clear- Press OK to start.
681	Failed to clear Config log.
682	Config log clear is in progress, please wait.
683	Succeed to clear Config log.
684	Upload GasCVD data- Press OK to start.
685	Uploading... (1/15)
686	Uploading... (2/15)
687	Uploading... (3/15)
688	Uploading... (4/15)
689	Uploading... (5/15)
690	Uploading... (6/15)
691	Uploading... (7/15)
692	Uploading... (8/15)
693	Uploading... (9/15)
694	Uploading... (10/15)
695	Uploading... (11/15)
696	Uploading... (12/15)
697	Uploading... (13/15)
698	Uploading... (14/15)
699	Uploading... (15/15)
700	Succeed to upload GasCVD data.
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