Device dictionary

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Reference ID	String
0	E2T PULSAR 4 - HART 7
1	Lumasense Technologies
2	Device Configuration Locked
3	Device Configuration Locked- When this value is set, this indicates that the device is in write-protect or is locked
4	Temperature Difference
5	Sensor module communication failure
6	Body temperature too low
7	Body temperature too high
8	Loop resistance too high
9	Body temperature sensor shorted
10	Body temperature sensor open circuit
11	Result of emi. factor multiplied by trans. factor too low
12	NAMUR error
13	Loop unit
14	Loop add. damp.
15	.1f
16	8.1f
17	.3f
18	8.3f
19	mA
20	Loop additional damping
21	s
22	% of range
23	Upper range value
24	Upper range value - Defines the operational endpoint from which the Analog Value, and the 100% point of the Percent Range are derived.
25	Lower range value
26	Lower range value - Defines the operational endpoint from which the Analog Value, and the 0% point of the Percent Range are derived.
27	Cmd 48: Read Additional Device Status
28	Read Additional Device - This command reads additional device status information
29	Wired HART Enabled
30	Enabled on Wired HART device connection only
31	Value outside of permitted range
32	Primary Variable Code
33	RT - refr. temp.
34	GT - gas temp.
35	FF - median temp.
36	Secondary Variable Code
37	Refr. temp. (RT)
38	Temperature of refractory measured at 1.64 um wavelength
39	Gas temp. (GT)
40	Temperature of gas or flame measured at 1.43 um wavelength
41	Median temp. (FF)
42	Median of both refractory temperature (RT) and gas/flame temperature (GT)
43	RT unit
44	GT unit
45	FF unit
46	RT Class
47	GT Class
48	FF Class
49	RT PDQ
50	GT PDQ
51	FF PDQ
52	RT limit status
53	GT limit status
54	FF limit status
55	RT status
56	GT status
57	FF status
58	RT USL
59	GT USL
60	FF USL
61	RT LSL
62	GT LSL
63	FF LSL
64	RT min. span
65	GT min. span
66	FF min. span
67	RT damping value
68	5.1f
69	GT damping value
70	FF damping value
71	Damping of refractrory temperature value
72	off
73	0.5 s
74	1 s
75	2 s
76	5 s
77	10 s
78	30 s
79	60 s
80	90 s
81	120 s
82	GT damping value
83	Damping of gas temperature value
84	RT Update Period
85
86	GT Update Period
87	FF Update Period
88	RT serial no.
89	Serial no. of Refractory Temperature
90	7d
91	GT serial no.
92	Serial no. of Gas/Flame Temperature
93	FF serial no.
94	Serial no. of Median Temperature
95	Normal/Fixed Value
96	'Fixed Value' will freeze the measurement reading value and makes it writable. This can be used for simulation. 'Normal' will unfreeze the measurement reading.
97	Update Period
98	Internal temp.
99	Internal temperature of device - current value
100	Int. temp. - unit
101	Int. temp. - Class
102	Int. temp. - PDQ
103	Int. temp. - limit status
104	Int. temp. - status
105	Int. temp. - USL
106	Int. temp. - LSL
107	Int. temp. - min. span
108	Int. temp. - damp. value
109	3.1f
110	Int. temp. - Upd. Per.
111	Internal temperature Update Period
112	Int. temp. - serial no.
113	Serial no. of device variable Internal Temperature
114	Fixed Value' will freeze the measurement reading value and makes it writable. This can be used for simulation. 'Normal' will unfreeze the measurement reading.
115	Simulate
116	Max. internal temp.
117	Maximum internal temperature of device - highest measured value (permanently stored in device)
118	Max. int. temp. - unit
119	Max. int. temp. - Class
120	Max. int. temp. - PDQ
121	Max. int. temp. - limit status
122	Max. int. temp. - status
123	Max. int. temp. - USL
124	Max. int. temp. - LSL
125	Max. int. temp. - min. span
126	Max. int. temp. - damp. value
127	Max. int. temp. - Upd. Per.
128	Maximum internal temperature Update Period
129	Max. int. temp. - serial no.
130	Serial no. of device variable Maximum internal Temperature
131	Op. time counter
132	Cumulative operating time counter
133	.2f
134	Op. time count. - unit
135	Op. time count. - Class
136	Op. time count. - PDQ
137	Op. time count. - limit status
138	Op. time count. - status
139	Op. time count. - USL
140	Op. time count. - LSL
141	Op. time count. - min. span
142	Op. time count. - damp. value
143	Op. time count. - Upd. Per.
144	operating time counter Update Period
145	Op. time count. - serial no.
146	Serial no. of device variable operating time counter
147	RT Emi. factor
148	Emission factor of refractory
149	RT Emi. - unit
150	%
151	RT Emi. - Class
152	RT Emi. - PDQ
153	RT Emi. - limit status
154	RT Emi. - status
155	RT Emi. - USL
156	RT Emi. - LSL
157	RT Emi. - min. span
158	RT Emi. - damp. value
159	RT Emi. - Upd. Per.
160	Emission factor of refractory - Update Period
161	RT Emi. - ser. no.
162	Serial no. of device variable refractory emission factor
163	GT Emi. factor
164	Emission factor of gas/flame
165	GT Emi. - unit
166	GT Emi. - Class
167	GT Emi. - PDQ
168	GT Emi. - limit status
169	GT Emi. - status
170	GT Emi. - USL
171	GT Emi. - LSL
172	GT Emi. - min. span
173	GT Emi. - damp. value
174	GT Emi. - Upd. Per.
175	Emission factor of gas/flame - Update Period
176	GT Emi. - ser. no.
177	Serial no. of device variable gas/flame emission factor
178	Transmission factor
179	Transmission factor of window between pyrometer and measuring object
180	Trans. - unit
181	Trans. - Class
182	Trans. - PDQ
183	Trans. - limit status
184	Trans. - status
185	Trans. - USL
186	Trans. - LSL
187	Trans. - min. span
188	Trans. - damp. value
189	Trans. - Upd. Per.
190	Transmission factor - Update Period
191	Trans. - ser. no.
192	Serial no. of device variable transmission factor
193	NAMUR mode
194	NAMUR mode - affects the behaviour of analog outputs (complying with NAMUR Recommendation NE 43)
195	4..20mA Standard
196	4..20mA NAMUR Lo
197	4..20mA NAMUR Hi
198	1.0f
199	NAMUR mode - unit
200	NAMUR Mode Configuration
201	(NAMUR Mode Configuration)
202	NAMUR mode - Class
203	NAMUR mode - PDQ
204	NAMUR mode - limit status
205	NAMUR mode - status
206	NAMUR mode - USL
207	NAMUR mode - LSL
208	NAMUR mode - min. span
209	NAMUR mode - damp. value
210	NAMUR mode - Upd. Per.
211	NAMUR mode - Update Period
212	NAMUR mode - ser. no.
213	Serial no. of device variable NAMUR mode
214	NAMUR mode - affects the behaviour of analog outputs (see NAMUR Recommendation NE 43)
215	NAMUR mode - serial no.
216	Alpha factor
217	Alpha factor - describes the absorption of the gas/flame at the wavelength 1.43 um - only used when FMA mode is activated
218	Alpha - unit
219	Alpha - Class
220	Alpha - PDQ
221	Alpha - limit status
222	Alpha - status
223	Alpha - USL
224	Alpha - LSL
225	Alpha - min. span
226	Alpha - damp. value
227	Alpha - Upd. Per.
228	Alpha factor - Update Period
229	Alpha - ser. no.
230	Serial no. of device variable alpha factor
231	Alpha factor divisor
232	Alpha factor divisor - describes the ratio of the gas/flame absorption at 1.64 um to the gas/flame absorption at 1.43 um - only used when FMA mode is activated
233	Alpha div. - unit
234	Alpha div. - Class
235	Alpha div. - PDQ
236	Alpha div. - limit status
237	Alpha div. - status
238	Alpha div. - USL
239	Alpha div. - LSL
240	Alpha div. - min. span
241	Alpha div. - damp. value
242	Alpha div. - Upd. Per.
243	Alpha factor divisor - Update Period
244	Alpha div. - ser. no.
245	Serial no. of device variable Alpha factor divisor
246	Alarm 1 limit
247	Alarm 1 limit - When measure value exceeds this limit value then alarm relay 1 will change its state. One of the device variables 0, 1 or 2 may be mapped to this alarm.
248	Alarm 1 limit - unit
249	Alarm 1 limit - Class
250	Alarm 1 limit - PDQ
251	Alarm 1 limit - limit status
252	Alarm 1 limit - status
253	Alarm 1 limit - USL
254	Alarm 1 limit - LSL
255	Alarm 1 limit - min. span
256	Alarm 1 limit - damp. value
257	Alarm 1 limit - Upd. Per.
258	Alarm 1 limit - Update Period
259	Alarm 1 limit - serial no.
260	Serial no. of device variable Alarm 1 limit
261	Alarm 2 limit
262	Alarm 2 limit - When measure value exceeds this limit value then alarm relay 2 will change its state. One of the device variables 0, 1 or 2 may be mapped to this alarm.
263	Alarm 2 limit - unit
264	Alarm 2 limit - Class
265	Alarm 2 limit - PDQ
266	Alarm 2 limit - limit status
267	Alarm 2 limit - status
268	Alarm 2 limit - USL
269	Alarm 2 limit - LSL
270	Alarm 2 limit - min. span
271	Alarm 2 limit - damp. value
272	Alarm 2 limit - Upd. Per.
273	Alarm 2 limit - Update Period
274	Alarm 2 limit - serial no.
275	Serial no. of device variable Alarm 2 limit
276	Alarm 1 hysteresis
277	Alarm 1 hysteresis - Difference between 'alarm on' (alarm 1 limit) to 'alarm off'. One of the device variables 0, 1 or 2 may be mapped to this alarm.
278	Alarm 1 hyst. - unit
279	Alarm 1 hyst. - Class
280	Alarm 1 hyst. - PDQ
281	Alarm 1 hyst. - limit status
282	Alarm 1 hyst. - status
283	Alarm 1 hyst. - USL
284	Alarm 1 hyst. - LSL
285	Alarm 1 hyst. - min. span
286	Alarm 1 hyst. - damp. value
287	Alarm 1 hyst. - Upd. Per.
288	Alarm 1 hyst. - Update Period
289	Alarm 1 hyst. - serial no.
290	Serial no. of device variable Alarm 1 hysteresis
291	Alarm 2 hysteresis
292	Alarm 2 hysteresis - Difference between 'alarm on' (alarm 2 limit) to 'alarm off'. One of the device variables 0, 1 or 2 may be mapped to this alarm.
293	Alarm 2 hyst. - unit
294	Alarm 2 hyst. - Class
295	Alarm 2 hyst. - PDQ
296	Alarm 2 hyst. - limit status
297	Alarm 2 hyst. - status
298	Alarm 2 hyst. - USL
299	Alarm 2 hyst. - LSL
300	Alarm 2 hyst. - min. span
301	Alarm 2 hyst. - damp. value
302	Alarm 2 hyst. - Upd. Per.
303	Alarm 2 hyst. - Update Period
304	Alarm 2 hyst. - serial no.
305	Serial no. of device variable Alarm 2 hysteresis
306	Alarm 1 config.
307	Alarm 1 configuration
308	Alarm Off
309	Alarm if temp. above limit
310	Alarm if temp. below limit
311	Alarm 1 conf. - unit
312	Alarms Configuration
313	(Alarms Configuration)
314	Alarm 1 conf. - Class
315	Alarm 1 conf. - PDQ
316	Alarm 1 conf. - limit status
317	Alarm 1 conf. - status
318	Alarm 1 conf. - USL
319	Alarm 1 conf. - LSL
320	Alarm 1 conf. - min. span
321	Alarm 1 conf. - damp. value
322	Alarm 1 conf. - Upd. Per.
323	Alarm 1 configuration - Update Period
324	Alarm 1 conf. - ser. no.
325	Serial no. of device variable Alarm 1 configuration
326	Alarm 1 conf. - serial no.
327	Alarm 2 config.
328	Alarm 2 configuration
329	Alarm 2 conf. - unit
330	Alarm 2 conf. - Class
331	Alarm 2 conf. - PDQ
332	Alarm 2 conf. - limit status
333	Alarm 2 conf. - status
334	Alarm 2 conf. - USL
335	Alarm 2 conf. - LSL
336	Alarm 2 conf. - min. span
337	Alarm 2 conf. - damp. value
338	Alarm 2 conf. - Upd. Per.
339	Alarm 2 configuration - Update Period
340	Alarm 2 conf. - ser. no.
341	Serial no. of device variable Alarm 2 configuration
342	Alarm 2 conf. - serial no.
343	Alarm mapping
344	Mapping of alarms each to one of the device variables 0,1 or 2
345	AL1 RT - AL2 RT
346	AL1 GT - AL2 RT
347	AL1 FF - AL2 RT
348	AL1 RT - AL2 GT
349	AL1 GT - AL2 GT
350	AL1 FF - AL2 GT
351	AL1 RT - AL2 FF
352	AL1 GT - AL2 FF
353	AL1 FF - AL2 FF
354	Alarm mapp. - unit
355	Alarms Channel Assignment
356	(Alarms Channel Assignment)
357	Alarm mapp. - Class
358	Alarm mapp. - PDQ
359	Alarm mapp. - limit status
360	Alarm mapp. - status
361	Alarm mapp. - USL
362	Alarm mapp. - LSL
363	Alarm mapp. - min. span
364	Alarm mapp. - damp. value
365	Alarm mapp. - Upd. Per.
366	Alarm mapping - Update Period
367	Alarm mapp. - ser. no.
368	Serial no. of device variable Alarm mapping
369	Alarm mapp. - serial no.
370	FMA mode on/off
371	FMA mode - When activated the Flame Measurement Algorithm (FMA) will reduce crosstalk artefacts between both channels RT and GT. Recommended for use in SRU appliations
372	Off
373	On
374	FMA mode - unit
375	FMA mode - On/Off Configuration
376	(On/Off Configuration)
377	FMA mode - Class
378	FMA mode - PDQ
379	FMA mode - limit status
380	FMA mode - status
381	FMA mode - USL
382	FMA mode - LSL
383	FMA mode - min. span
384	FMA mode - damp. value
385	FMA mode - Upd. Per.
386	FMA mode - Update Period
387	FMA mode - ser. no.
388	Serial no. of device variable FMA mode
389	FMA mode On/Off
390	FMA mode - serial no.
391	Scratch Data
392	Root menu
393	Pulsar 4 Setup
394	Graphs
395	PV and SV
396	PV/SV ranges
397	Output conditioning
398	Device variables
399	Device var. details
400	Simulation
401	Alarms
402	Temperatures/Adjustments
403	HART Setup
404	Device root menu
405	Process variables root menu
406	Diagnostic root menu
407	Maintenance root menu
408	Trend Chart: Temperatures RT, GT and FF
409	Temperatures
410	Adjustments
411	Edit Adjustments
412	Adjustment limits
413	PV
414	SV
415	PV/SV Values
416	Assignment
417	Current signaling PV
418	Fix Analog output PV/SV
419	Damping values
420	Configuration
421	Temperatures Details
422	RT Details
423	GT Details
424	FF Details
425	Int. temp. Details
426	Max. int. temp. Details
427	Op. time count. Details
428	RT Emi. Details
429	GT Emi.Details
430	Trans. Details
431	NAMUR mode Details
432	Alpha Details
433	Alpha div. Details
434	Alarm 1 limit Details
435	Alarm 2 limit Details
436	Alarm 1 hyst. Details
437	Alarm 2 hyst. Details
438	Alarm 1 conf. Details
439	Alarm 2 conf. Details
440	Alarm mapp. Details
441	FMA mode Details
442	More Status
443	Real-Time Clock
444	Burst
445	Burst Message 0
446	Edit Burst Config. (Msg. 0)
447	Burst Variables (Msg. 0)
448	Burst Message 1
449	Edit Burst Config. (Msg. 1)
450	Burst Variables (Msg. 1)
451	Burst Message 2
452	Edit Burst Config. (Msg. 2)
453	Burst Variables (Msg. 2)
454	Offline root menu
455	Internal
456	Meter: Internal temperature
457	RT
458	GT
459	FF
460	Trend Chart: Temperatures RT/GT/FF
461	Meter: Temperatures RT/GT/FF
462	PV % of range
463	SV % of range
464	Show damping values
465	Edit RT damping value
466	Edit GT damping value
467	Edit FF damping value
468	Simulation RT on/off
469	Simulation GT on/off
470	Simulation FF on/off
471	Simulation internal temp. on/off
472	Edit PV/SV Assignments
473	Show PV/SV assignment
474	Edit RT Emi. factor
475	Edit GT Emi. factor
476	Edit transmission factor
477	Edit NAMUR mode
478	Show NAMUR mode
479	Edit Alpha factor
480	Edit Alpha factor divisor
481	Edit Alarm 1 limit
482	Edit Alarm 2 limit
483	Edit Alarm 1 hysteresis
484	Edit Alarm 2 hysteresis
485	Edit Alarm 1 config.
486	Edit Alarm 2 config.
487	Edit Alarm mapping
488	Show mapping/configs
489	Edit FMA mode
490	Show FMA mode
491	Set Real-Time Clock
492	Edit Burst command number
493	Edit Burst Trigger mode/level
494	Show Burst Config.
495	Command
496	Max Update Period
497	Mode
498	Trigger Mode
499	Classification
500	Trigger Units
501	Trigger Level
502	Burst Messages
503	PV Analog Channel Saturated
504	PV Analog Channel Fixed
505	Wireless
506	WirelessHART Device
507	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
508	Primary
509	Primary Analog Channel
510	Secondary
511	Secondary Analog Channel
512	Tertiary
513	Tertiary Analog Channel
514	Quaternary
515	Quaternary Analog Channel
516	Quinary
517	Quinary Analog Channel
518	Critical Power Failure
519	Lock all
520	Trim not supported
521	Configuration cannot be changed
522	Locked by gateway
523	Analog Input Channel
524	Analog Output Channel
525	Secondary Analog Channel Saturated
526	Tertiary Analog Channel Saturated
527	Quaternary Analog Channel Saturated
528	Quinary Analog Channel Saturated
529	Secondary Analog Channel Fixed
530	Tertiary Analog Channel Fixed
531	Quaternary Analog Channel Fixed
532	Quinary Analog Channel Fixed
533	Simulation active
534	The device is in simulation mode and the level output is not representative of the process.
535	Non-Volatile memory failure
536	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
537	Volatile memory error
538	The RAM memory check is invalid or maybe corrupt
539	Watchdog reset executed
540	A watchdog reset has been performed
541	Voltage conditions out of range
542	A voltage condition is outside its allowable range
543	Environmental conditions out of range
544	An internal or environmental condition is beyond acceptable limits.
545	Electronic failure
546	A hardware problem not related to the sensor has been detected.
547	Subdevice list changed
548	Duplicate master detected
549	Capacity Denied
550	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
551	Bandwidth allocation pending
552	Block transfer pending
553	Battery life
554	Percent range
555	Loop current
556	Primary variable
557	Secondary variable
558	Tertiary variable
559	Quaternary variable
560	Read receive time
561	Write date and time
562	Non-Volatile Clock
563	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.
564	Clock Uninitialized
565	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.
566	None
567	No restrictions
568	SI Only
569	Restricted to SI Unit codes only
570	Process automation device
571	Discrete device
572	Hybrid:Process automation+discrete
573	I/O System
574	WirelessHART Process automation device
575	WirelessHART Discrete device
576	WirelessHART Process automation+discrete
577	WirelessHART Gateway
578	WirelessHART Access point
579	WirelessHART Process adapter
580	WirelessHART Discrete adapter
581	WirelessHART enabled handheld/portable maintenance tool
582	Device Profile
583	US
584	United States of America
585	JP
586	Japan
587	DE
588	Germany
589	FR
590	France
591	ES
592	Spain
593	RU
594	Russian Federation
595	CN
596	People's Republic of China
597	Secondary Master
598	Primary Master
599	Device Diagnostic Status 0
600	Device Diagnostic Status 1
601	I/O and Subdevice Status
602	WirelessHART Status
603	Time Set Option
604	Real Time Clock Flags
605	Country
606	Country of intended device installation
607	SI Unit Control
608	Indicates if device should only display SI unit codes
609	Enable on token-passing data link layer only
610	Enable on TDMA data link layer only
611	Enable on both TDMA and token-passing data link layer
612	Continuous
613	The Burst Message is published continuously at (worst case) the Minimum Update Period.
614	Window
615	The Burst Message is triggered when the source value deviates more than the specified trigger value
616	Rising
617	The Burst Message is triggered when source value Rises Above the specified trigger value.
618	Falling
619	The Burst Message is triggered when the source value Falls Below the specified trigger value.
620	On-change
621	The Burst Message is triggered when any value in the message changes.
622	Burst Msg Trigger Mode
623	Burst Trigger Units
624	Wireless HART Enabled
625	Enabled on WirelessHART device connection only
626	Both Wired and WirelessHart Enabled
627	Enabled on both Wired and WirelessHART connections
628	Burst Trigger Class
629	Time Stamp
630	Relative time value on network
631	8u
632	Dynamic Variables Returned for Device Variables
633	Command Response Truncated
634	Configuration Change Counter Mismatch
635	Status bytes mismatch
636	Update time adjusted
637	Invalid burst message
638	Invalid device variable classification
639	Invalid burst trigger mode selection code
640	Burst condition conflict
641	Update period increased
642	Insufficient bandwidth
643	count
644	Device Variable
645	Analog Channel Number
646	Analog Channel Number- Index into an array of Analog Channels.
647	Index 1 into Analog Channel Array
648	Index into Analog Channel Array- Is the first of an array of addresses, whose value is identified by the Analog Channel Code.
649	Index 2 into Analog Channel Array
650	Index into Analog Channel Array- Is the second of an array of addresses, whose value is identified by the Analog Channel Code.
651	Index 3 into Analog Channel Array
652	Index into Analog Channel Array- Is the third of an array of addresses, whose value is identified by the Analog Channel Code.
653	Index 4 into Analog Channel Array
654	Index into Analog Channel Array- Is the fourth of an array of addresses, whose value is identified by the Analog Channel Code.
655	Current Date
656	Current Date based upon the real-time clock in the field device
657	Current Time
658	Current Time based upon the real-time clock in the field device
659	Set Clock Date
660	Date to set the real-time clock in the field device to, or date that the real-time clock was last set
661	Set Clock Time
662	Time to set the real time clock in the field device to, or time that the real-time clock was last set
663	Burst Message Number
664	Update period for burst message
665	5.3f
666	Maxium update period for burst message
667	Burst Variable Code
668	Burst Variable Slot - Device variable code assigned to the slot to be read in burst mode.
669	Total Burst Msgs
670	Total number of burst messages supported by this device
671	Burst Command
672	Burst Trigger Level
673	Error - Could not read RT damping value. Value may be corrupted.
674	Error - Could not read GT damping value. Value may be corrupted.
675	Error - Could not read FF damping value. Value may be corrupted.
676	Damping for refractory temp. (RT) is off
677	Damping for refractory temp. (RT) is %[.1f]{tempRT_DampingValue} s
678	Damping for gas temp. (GT) is off
679	Damping for gas temp. (GT) is %[.1f]{tempGT_DampingValue} s
680	Damping for median temp. (FF) is off
681	Damping for median temp. (FF) is %[.1f]{tempFF_DampingValue} s
682	Error. RT damping value is corrupted.
683	Select RT damping value. Then 'OK' to send selected value or 'Abort'.
684	SUCCESS - 'RT damping value' send to device ok.
685	Error. GT damping value is corrupted.
686	Select GT damping value. Then 'OK' to send selected value or 'Abort'.
687	SUCCESS - 'GT damping value' send to device ok.
688	Error. FF damping value is corrupted.
689	Select FF damping value. Then 'OK' to send selected value or 'Abort'.
690	SUCCESS - 'FF damping value' send to device ok.
691	Select RT damping value. Then 'OK' to save selected value or 'Abort'.
692	Select GT damping value. Then 'OK' to save selected value or 'Abort'.
693	Select FF damping value. Then 'OK' to save selected value or 'Abort'.
694	WARNING - 'Fixed Value' will freeze the measurement reading of 'Refr. temp. (RT)'. 'Normal' will unfreeze it.
695	SUCCESS - 'Refr. temp. (RT)' is in normal mode.
696	Enter Simulation Value between %[.1f]{tempRT_LSL} %{tempRT_Units} and %[.1f]{tempRT_USL} %{tempRT_Units}
697	Value is outside of permitted range. 'Refr. temp. (RT)' will remain unchanged.
698	SUCCESS - 'Refr. temp. (RT)' send to device ok.
699	WARNING - 'Fixed Value' will freeze the measurement reading of 'Gas temp. (GT)'. 'Normal' will unfreeze it.
700	SUCCESS - 'Gas temp. (GT)' is in normal mode.
701	Enter Simulation Value between %[.1f]{tempGT_LSL} %{tempGT_Units} and %[.1f]{tempGT_USL} %{tempGT_Units}
702	Value is outside of permitted range. 'Gas temp. (GT)' will remain unchanged.
703	SUCCESS - 'Gas temp. (GT)' send to device ok.
704	WARNING - 'Fixed Value' will freeze the measurement reading of 'Median temp. (FF)'. 'Normal' will unfreeze it.
705	SUCCESS - 'Median temp. (FF)' is in normal mode.
706	Enter Simulation Value between %[.1f]{tempFF_LSL} %{tempFF_Units} and %[.1f]{tempFF_USL} %{tempFF_Units}
707	Value is outside of permitted range. 'Median temp. (FF)' will remain unchanged.
708	SUCCESS - 'Median temp. (FF)' send to device ok.
709	WARNING - 'Fixed Value' will freeze the measurement reading of 'Internal temperature'. 'Normal' will unfreeze it.
710	SUCCESS - 'Internal temperature' is in normal mode.
711	Enter Simulation Value between %[.1f]{tempInt_LSL} %{tempInt_Units} and %[.1f]{tempInt_USL} %{tempInt_Units}
712	Value is outside of permitted range. 'Internal temperature' will remain unchanged.
713	SUCCESS - 'Internal temperature' send to device ok.
714	Select PV Assignment
715	Select SV Assignment
716	SUCCESS - 'PV/SV Assignments' send to device ok.
717	Error - Could not read PV and SV assignments. Values may be corrupted.
718	PV is assigned to Refr. temp. (RT).
719	PV is assigned to Gas temp. (GT).
720	PV is assigned to Median temp. (FF).
721	Error. PV assignment value is corrupted.
722	SV is assigned to Refr. temp. (RT).
723	SV is assigned to Gas temp. (GT).
724	SV is assigned to Median temp. (FF).
725	Error. SV assignment value is corrupted.
726	Error - Could not read values for emission and transmission factors. Values may be corrupted.
727	Enter new value for RT emission factor between %[.1f]{temp1} % and 100.0 %. (Note: Lower limit is affected by transmission factor.) 'OK' to send new value or 'Abort'.
728	Value is outside of permitted range. 'RT Emi. factor' will remain unchanged.
729	SUCCESS - 'RT emission factor' send to device ok.
730	Information - FMA Mode is activated. Setting of 'GT Emi. factor' has no effect when FMA mode is activated.
731	Enter new value for GT emission factor between %[.1f]{temp1} % and 100.0 %. (Note: Lower limit is affected by transmission factor.) 'OK' to send new value or 'Abort'.
732	Value is outside of permitted range. 'GT Emi. factor' will remain unchanged.
733	SUCCESS - 'GT emission factor' send to device ok.
734	Enter new value for transmission factor between %[.1f]{temp1} % and 100.0 %. (Note: Lower limit is affected by emission factors.) 'OK' to send new value or 'Abort'.
735	Value is outside of permitted range. 'Transmission factor' will remain unchanged.
736	SUCCESS - 'Transmission factor' send to device ok.
737	Select NAMUR mode. Then 'OK' to send selected value or 'Abort'.
738	SUCCESS - 'Namur mode' send to device ok.
739	Error - Could not read value for NAMUR mode. Value may be corrupted.
740	Error. NAMUR mode value is corrupted.
741	NAMUR mode is off. No error signalling on analog output.
742	NAMUR mode is on. In case of error less than 3.6 mA.
743	NAMUR mode is on. In case of error more than 21 mA.
744	Error. NAMUR mode is corrupted.
745	Error - Could not read values for alpha factor. Value may be corrupted.
746	Information - FMA Mode is deactivated. Setting of 'Alpha factor' has no effect when FMA mode is deactivated.
747	Enter new value for alpha factor between 5 % and 100.0 %. 'OK' to send new value or 'Abort'.
748	Value is outside of permitted range. 'Alpha factor' will remain unchanged.
749	SUCCESS - 'Alpha factor' send to device ok.
750	Error - Could not read values for alpha factor divisor. Value may be corrupted.
751	Information - FMA Mode is deactivated. Setting of 'Alpha factor divisor' has no effect when FMA mode is deactivated.
752	Enter new value for alpha factor divisor between 50 % and 200.0 %. 'OK' to send new value or 'Abort'.
753	Value is outside of permitted range. 'Alpha factor divisor' will remain unchanged.
754	SUCCESS - 'Alpha factor divisor' send to device ok.
755	Error - Could not read value for 'Alarm 1 limit'. Value may be corrupted.
756	Error - Unit is corrupted. Please correct unit first.
757	Enter new value for 'Alarm 1 limit' between %[.1f]{LSL} %{alarm_1_limit_Units} and %[.1f]{USL} %{alarm_1_limit_Units}. 'OK' to send new value or 'Abort'.
758	Value is outside of permitted range. 'Alarm 1 limit' will remain unchanged.
759	SUCCESS - 'Alarm 1 limit' send to device ok.
760	Error - Could not read value for 'Alarm 2 limit'. Value may be corrupted.
761	Enter new value for 'Alarm 2 limit' between %[.1f]{LSL} %{alarm_2_limit_Units} and %[.1f]{USL} %{alarm_2_limit_Units}. 'OK' to send new value or 'Abort'.
762	Value is outside of permitted range. 'Alarm 2 limit' will remain unchanged.
763	SUCCESS - 'Alarm 2 limit' send to device ok.
764	Error - Could not read value for 'Alarm 1 hysteresis'. Value may be corrupted.
765	Enter new value for 'Alarm 1 hysteresis' between %[.1f]{LSL} %{alarm_1_hyst_Units} and %[.1f]{USL} %{alarm_1_hyst_Units}. 'OK' to send new value or 'Abort'.
766	Value is outside of permitted range. 'Alarm 1 hysteresis' will remain unchanged.
767	SUCCESS - 'Alarm 1 hysteresis' send to device ok.
768	Error - Could not read value for 'Alarm 2 hysteresis'. Value may be corrupted.
769	Enter new value for 'Alarm 2 hysteresis' between %[.1f]{LSL} %{alarm_2_hyst_Units} and %[.1f]{USL} %{alarm_2_hyst_Units}. 'OK' to send new value or 'Abort'.
770	Value is outside of permitted range. 'Alarm 2 hysteresis' will remain unchanged.
771	SUCCESS - 'Alarm 2 hysteresis' send to device ok.
772	Select Alarm 1 configuration. Then 'OK' to send selected value or 'Abort'.
773	SUCCESS - 'Alarm 1 configuration' send to device ok.
774	Select Alarm 2 configuration. Then 'OK' to send selected value or 'Abort'.
775	SUCCESS - 'Alarm 2 configuration' send to device ok.
776	Select Alarm mapping. Then 'OK' to send selected value or 'Abort'.
777	SUCCESS - 'Alarm mapping' send to device ok.
778	Error - Could not read values for alarm mapping and configurations. Values may be corrupted.
779	Error. Alarm mapping value is corrupted.
780	Alarm 1 is mapped to Refr. temp. (RT). Alarm 2 is mapped to Refr. temp. (RT).
781	Alarm 1 is mapped to Gas temp. (GT). Alarm 2 is mapped to Refr. temp. (RT).
782	Alarm 1 is mapped to Median temp. (FF). Alarm 2 is mapped to Refr. temp. (RT).
783	Alarm 1 is mapped to Refr. temp. (RT). Alarm 2 is mapped to Gas temp. (GT).
784	Alarm 1 is mapped to Gas temp. (GT). Alarm 2 is mapped to Gas temp. (GT).
785	Alarm 1 is mapped to Median temp. (FF). Alarm 2 is mapped to Gas temp. (GT).
786	Alarm 1 is mapped to Refr. temp. (RT). Alarm 2 is mapped to Median temp. (FF).
787	Alarm 1 is mapped to Gas temp. (GT). Alarm 2 is mapped to Median temp. (FF).
788	Alarm 1 is mapped to Median temp. (FF). Alarm 2 is mapped to Median temp. (FF).
789	Error. Alarm 1 configuration value is corrupted.
790	Alarm 1 is off.
791	Alarm 1 if temperature is above limit.
792	Alarm 1 if temperature is below limit.
793	Error. Alarm 2 configuration value is corrupted.
794	Alarm 2 is off.
795	Alarm 2 if temperature is above limit.
796	Alarm 2 if temperature is below limit.
797	Error. Alarm 2 configuration value is corrupted.
798	Select FMA mode. Then 'OK' to send selected value or 'Abort'.
799	SUCCESS - 'FMA mode' send to device ok.
800	Error - Could not read value for FMA mode. Value may be corrupted.
801	Error. FMA mode value is corrupted.
802	FMA mode is off.
803	FMA mode is on.
804	Error. FMA mode is corrupted.
805	Enter new value for RT emission factor between %[.1f]{temp1} % and 100.0 %. (Note: Lower limit is affected by transmission factor.) 'OK' to save new value or 'Abort'.
806	Enter new value for GT emission factor between %[.1f]{temp1} % and 100.0 %. (Note: Lower limit is affected by transmission factor.) 'OK' to save new value or 'Abort'.
807	Enter new value for transmission factor between %[.1f]{temp1} % and 100.0 %. (Note: Lower limit is affected by emission factors.) 'OK' to save new value or 'Abort'.
808	Select NAMUR mode. Then 'OK' to save selected value or 'Abort'.
809	Enter new value for alpha factor between 5 % and 100.0 %. 'OK' to save new value or 'Abort'.
810	Enter new value for alpha factor divisor between 50 % and 200.0 %. 'OK' to save new value or 'Abort'.
811	Enter new value for 'Alarm 1 limit' between %[.1f]{LSL} %{alarm_1_limit_Units} and %[.1f]{USL} %{alarm_1_limit_Units}. 'OK' to save new value or 'Abort'.
812	Enter new value for 'Alarm 2 limit' between %[.1f]{LSL} %{alarm_2_limit_Units} and %[.1f]{USL} %{alarm_2_limit_Units}. 'OK' to save new value or 'Abort'.
813	Enter new value for 'Alarm 1 hysteresis' between %[.1f]{LSL} %{alarm_1_hyst_Units} and %[.1f]{USL} %{alarm_1_hyst_Units}. 'OK' to save new value or 'Abort'.
814	Enter new value for 'Alarm 2 hysteresis' between %[.1f]{LSL} %{alarm_2_hyst_Units} and %[.1f]{USL} %{alarm_2_hyst_Units}. 'OK' to save new value or 'Abort'.
815	Select Alarm 1 configuration. Then 'OK' to save selected value or 'Abort'.
816	Select Alarm 2 configuration. Then 'OK' to save selected value or 'Abort'.
817	Select Alarm mapping. Then 'OK' to save selected value or 'Abort'.
818	Select FMA mode. Then 'OK' to save selected value or 'Abort'.
819	Enter new Date MM/DD/YYYY.
820	Enter new Time of Day hh:mm:ss.
821	SUCCESS - RTC set successful.
822	Shall Lock apply to all masters? In this case any master can unlock. If no, Lock only apply to another master and only the locking master can unlock.
823	ERROR - Could not read 'Burst mode configuration'.
824	Message 0: Enter new 'Burst command number'. (Note: This will affect the burst trigger source selection.)
825	SUCCESS - 'Burst command number' set successful.
826	PV Percent of range
827	not used
828	none
829	ERROR - Invalid 'Burst command number'. Please set valid 'Burst command number' first.
830	Message 0: Enter 'Burst trigger mode'.
831	Message 0: Current trigger source:
832	. Enter new 'Burst trigger level'.
833	SUCCESS - 'Burst trigger' set successful.
834	(Read PV)
835	(Read PV Current and Percent of Range)
836	(Read Dynamic Variables and PV Current)
837	(Read 8 Device Variables with Status)
838	(Read 4 Device Variables without Status)
839	(Read Additional Device Status)
840	Message 0 Command number: %[d]{compat_burst_messages[0].COMMAND_NUMBER} %{cmd} Trigger source: %{source} Trigger mode: %{compat_burst_messages[0].BURST_TRIGGER_MODE} Trigger level: %[f]{compat_burst_messages[0].TRIGGER_LEVEL}
841	Message 1: Enter new 'Burst command number'. (Note: This will affect the burst trigger source selection.)
842	Message 1: Enter 'Burst trigger mode'.
843	Message 1: Current trigger source:
844	Message 1 Command number: %[d]{compat_burst_messages[1].COMMAND_NUMBER} %{cmd} Trigger source: %{source} Trigger mode: %{compat_burst_messages[1].BURST_TRIGGER_MODE} Trigger level: %[f]{compat_burst_messages[1].TRIGGER_LEVEL}
845	Message 2: Enter new 'Burst command number'. (Note: This will affect the burst trigger source selection.)
846	Message 2: Enter 'Burst trigger mode'.
847	Message 2: Current trigger source:
848	Message 2 Command number: %[d]{compat_burst_messages[2].COMMAND_NUMBER} %{cmd} Trigger source: %{source} Trigger mode: %{compat_burst_messages[2].BURST_TRIGGER_MODE} Trigger level: %[f]{compat_burst_messages[2].TRIGGER_LEVEL}
Reference ID	String