Device dictionary

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Reference ID	String
0	B3HU2 - HART 7
1	M-System Co., LTD.
2	Hardware Error
3	EEPROM Error
4	Flash ROM Error
5	ADC Error
6	Sensor Error
7	PV Out of Range
8	Sensor 1 Burnout
9	Sensor 2 Burnout
10	CJC Broken
11	Additional Device Status 2
12	Reserved 0
13	Reserved 1
14	Reserved 2
15	Reserved 3
16	Reserved 4
17	Reserved 5
18	Reserved 6
19	Reserved 7
20	Additional Device Status 3
21	Additional Device Status 4
22	Additional Device Status 5
23	Maintenance Required
24	Device Variable Alert
25	Misc.
26	EEPROM or Flash ROM Error
27	Write Protection Mode
28	Update Period
29	Update period for burst message
30	Max Update Period
31	Maxium update period for burst message
32	Burst Command
33	Burst Msg Trigger Mode
34	Burst Trigger Mode Selection
35	Burst Trigger Class
36	Device Variable Classfication for Trigger Level
37	Burst Trigger Units
38	Unit of Trigger Level
39	Burst Trigger Level
40	Trigger Level Value
41	Wired HART Enabled
42	Enabled on Wired HART device connection only
43	Burst Variable Code
44	Burst Variable Slot - Device variable code assigned to the slot to be read in burst mode.
45	Snsr PV
46	Device Variable 0
47	Snsr 1
48	Device Variable 1
49	Snsr 2
50	Device Variable 2
51	Snsr CJC
52	Device Variable 3
53	Percent Range
54	Percent Value of PV (%)
55	Loop Current
56	Analog Output Value (mA)
57	PV
58	Primary Variable
59	SV
60	Secondary Variable
61	TV
62	Tertiary Variable
63	QV
64	Quatemary Variable
65	Not Used
66	Process Value
67	Field Device Variable Value
68	.3f
69	PV fmly
70	PV Class
71	PV PDQ
72	PV LS
73	PV Fmly stat
74	PV USL
75	Upper PV Limit Value
76	PV LSL
77	Lower PV Limit Value
78	PV min span
79	Minimum Span Value
80	PV damp
81	Damping Value
82	8.3f
83	PV Update Period
84
85	s
86	PV snsr s/n
87	7d
88	PV Lower trim
89	PV Upper trim
90	PV Trim support
91	PV Min lower trim
92	PV Max lower trim
93	PV Min upper trim
94	PV Max upper trim
95	PV Min trim diff
96	PV Simulate
97	Simulate
98	Snsr1 Class
99	Snsr2 Class
100	Temp Class
101	Snsr1 PDQ
102	Snsr2 PDQ
103	CJC PDQ
104	Snsr1 LS
105	Snsr2 LS
106	CJC LS
107	Snsr1 Dev Stat
108	Snsr2 Dev Stat
109	CJC Dev Stat
110	Snsr1 USL
111	Snsr2 USL
112	CJC USL
113	Snsr1 LSL
114	Snsr2 LSL
115	CJC LSL
116	Snsr1 min span
117	Snsr2 min span
118	CJC min span
119	Snsr1 damping
120	Snsr2 damping
121	CJC damping
122	Snsr1 Update Period
123	Snsr2 Update Period
124	CJC Update Period
125	Snsr1 snsr s/n
126	CJC snsr s/n
127	Snsr1 Simulate
128	Snsr2 Simulate
129	CJC Simulate
130	Secondary Variable - Temperature Compensation
131	Zero X
132	Zero Y
133	Gain
134	PV Snsr
135	CJC Snsr
136	PV Sensor type
137	Ohms
138	Ohms - Resistance meter
139	RTD_CVD
140	RTD_CVD - Calibrated(Callender_Van_Dusen) RTD
141	Pt 100
142	Pt 100 - IEC751 a = 0.003850
143	Pt 500
144	Pt 500 - IEC751 a = 0.003850
145	Pt 1000
146	Pt 1000 - IEC751 a = 0.003850
147	jPt 100 JIS89
148	jPt 100 - a=0.003916 (JIS C 1604-89 , SAMA RC21-4-1966)
149	RTD_Spec
150	RTD_Spec - Custom defined RTD
151	Millivolt
152	Millivolt- Milli-Volts
153	TC B
154	TC B - IEC 584 etc. (Pt30Rh-Pt6Rh)
155	TC C
156	TC C - Omega type C, TC Type W5, ASTM E 988 (W5-W26Rh)
157	TC D
158	TC D - Omega type D, TC Type W3, ASTM E 988 (W3-W25Rh)
159	TC E
160	TC E - IEC 584 etc. (Ni10Cr-Cu45Ni)
161	TC J
162	TC J - IEC 584 etc. (Fe-Cu45Ni)
163	TC K
164	TC K - IEC 584 etc. (Ni10Cr-Ni5)
165	TC N
166	TC N - IEC 584 etc. (Ni14CrSi-NiSi)
167	TC R
168	TC R - IEC 584 etc. (Pt13Rh-Pt)
169	TC S
170	TC S - IEC 584 etc. (Pt10Rh-Pt)
171	TC T
172	TC T - IEC 584 etc. (Cu-Cu45Ni)
173	TC L
174	TC L - DIN 43710 (Fe-CuNi)
175	TC U
176	TC U - DIN 43710 (Cu-CuNi)
177	TC Spec
178	TC Spec - Custom defined TC
179	PV Sensor Wire Type
180	PV Sensor Measurement Type
181	Single
182	Input signal is single
183	Average
184	Input value is average of sensor 1 and 2
185	Backup
186	Input signal is value of correct sensor
187	Differential
188	Input signal is defferential value between sensor1 and sensor2
189	CJC Mode
190	CJC Mode - Cold Junction Compensation Mode which becomes effective at Thermcouple input
191	Cold Junction Compensation is OFF
192	Cold Junction Compensation is ON
193	Broken Detect
194	Broken Detect - Whether or not a/the sensor is opened is detected by pouring a slight current at the wire broken detect mode ON
195	Wire Broken Detection is OFF
196	Wire Broken Detection is ON
197	Satu. Hi
198	Saturation high value - The high saturation value must be between 20.0 and 21.5 mA.
199	mA
200	Satu. Lo
201	Saturation low value - The low saturation value must be between 3.8 and 4.0 mA.
202	Burnout AO
203	When the input signal wiring is detected open, the Analog output is set Alarm Value. Alarm Value X is 3.75<=x<=3.8 or 21.5<=x<= 23.0.
204	A
205	A - Coefficient A(=3.908E-3 at Pt100) of Callendar-Van Dusen Coefficients The Callendar-Van Dusen equation is Rt = R0 * ( 1 + AT + BT^2 -100CT^3 + C*T^4 )
206	.6e
207	16.6e
208	B
209	B - Coefficient B(=-5.775E-7 at Pt100) of Callendar-Van Dusen Coefficients The Callendar-Van Dusen equation is Rt = R0 * ( 1 + AT + BT^2 -100CT^3 + C*T^4 )
210	C
211	C - Coefficient C(=-4.183E-12 at Pt100) of Callendar-Van Dusen Coefficients The Callendar-Van Dusen equation is Rt = R0 * ( 1 + AT + BT^2 -100CT^3 + C*T^4 )
212	R0
213	R0 - Coefficient R0(=100.0 at Pt100) of Callendar-Van Dusen Coefficients The Callendar-Van Dusen equation is Rt = R0 * ( 1 + AT + BT^2 -100CT^3 + C*T^4 )
214	LL
215	Lower Limit - The Lower Limit temperature value that be measured with the sensor
216	UL
217	Upper Limit - The Upper Limit temperature value that be measured with the sensor
218	Cal. Snsr
219	Calibration Sensor number - The sensor 1 or 2 must be selected at calibrating the sensor
220	Sensor 1
221	Sensor 2
222	Cal. Mode
223	Input Sensor Calibration Mode
224	Reset
225	Zero Cal.
226	Span Cal.
227	.5f
228	10.5f
229	Sn
230	Sensor 1 or 2 value - Digital value of the sensor 1 or 2 with the same engineering unit of PV
231	.4f
232	Snsr1 Zero X
233	Sensor 1 calibrated X value of Zero Calibration
234	Snsr1 Zero Y
235	Sensor 1 calibrated Y value of Zero Calibration
236	Snsr1 Gain
237	Sensor 1 calibrated value of Gain Calibration
238	.6f
239	Snsr2 Zero X
240	Sensor 2 calibrated X value of Zero Calibration
241	Snsr2 Zero Y
242	Sensor 2 calibrated Y value of Zero Calibration
243	Snsr2 Gain
244	Sensor 2 calibrated value of Gain Calibration
245	Re-range
246	Sensor Calibration
247	Sensors
248	PV Sensor
249	CJC Temperature sensor
250	Calibrated RTD
251	Burst Configuration
252	Burst Message 1
253	Burst Variables 1
254	Sensor Connection
255	Select Snsr
256	Snsr Zero Cal.
257	Snsr Zero Cal.- Make the sensor input the new input reference.
258	Snsr Span Cal.
259	Snsr Span Cal. - Make the sensor input the new input reference.
260	Reset Cal.
261	Reset Cal.- Reset the all sensor input calibration data.
262	Select Cal. Snsr
263	Select Calibration sensor number
264	reset more sts available flag
265	Reset More Status Available Flag
266	reset cfg chng flag
267	Reset Configuration Change Flag
268	Common Tables
269	Interoperable *
270	Universal
271	Common Practice
272	Pressure Universal
273	Pressure Common
274	Menu
275	Rosemount Magflow
276	Rosemount Pressure
277	Moore Products
278	Siemens Pressure
279	P2 Common
280	Wireless
281	Munge
282	Analytical Oxygen/Combustion/Methane/CO
283	Flow Totalizer - Rate Indicator
284	Flow Variable Area
285	Flow Coriolis Mass
286	Flow Ultrasonic - Gas
287	Flow Ultrasonic - Liquid
288	Level Ultrasonic
289	Level Radar - Microwave
290	Pressure Absolute
291	Level Capacitance
292	Pressure Differential
293	Level Hydrostatic
294	Level
295	Pressure Absolute/Relative
296	Level Microwave
297	Level Radar
298	Level Density - Nuclear
299	Flow Electromagnetic
300	Flow Vortex
301	Flow Magmeter - Rack Version
302	Flow High Performance Magmeter
303	Flow Mass
304	Flow Ultrasonic
305	Flow Magnetic
306	Flow Magnetic - Custody Transfer
307	Flow 2-wire Magnetic
308	Flow Coriolis Mass - Custody Transfer
309	Flow 2-wire Vortex
310	Flow Thermal
311	Temperature Head Mounted
312	Temperature Compact
313	Temperature DIN Rail Mounted
314	Analytical pH
315	Analytical Conductivity - Conductive
316	Analytical Conductivity - Inductive
317	Temperature Sensor
318	Level Servo
319	Temperature DIN Rail
320	Temperature
321	Analytical ORP
322	Analytical pION
323	Analytical IConc
324	Analytical Electrode Conductivity
325	Analytical Toroidal Conductivity
326	Valve Positioner
327	Valve Controller
328	Pressure
329	Pressure Multivariable
330	Analytical pH/ORP
331	Flow Coriolis
332	Analytical Conductivity
333	Valve Positioner/Pneumatic
334	Valve Actuator - Electrical
335	Temperature Dual Input
336	Valve Actuator
337	Analytical Corrosion
338	Analytical Density - Nuclear
339	Level Continuous Gamma
340	Level Laser Ranging
341	Pressure Safety
342	Flow Vortex/Swirl
343	Flow
344	Analytical 4 Electrode Conductivity
345	Analytical 2 Electrode Conductivity
346	Analytical Troidal Conductivity
347	Analytical pH/ORP/pIon/Ion Conc
348	Analytical Oxygen
349	Pressure P, dP + Multivariable
350	Temperature 2-wire
351	Pressure w/ PID
352	Pressure Saturated Steam
353	Analytical Density - Gamma Ray
354	Level Gamma Ray
355	Analytical Weight - Gamma Ray
356	Level w/ Density - Gamma Ray
357	Analytical Motorized Density
358	Flow Multivariable Mass
359	Temperature Multivariable
360	Specialty HART-to-Analog Signal Conv
361	Flow dP
362	Pressure Low Power
363	Pressure Certified SIL2
364	Interoperable
365	Analytical Density
366	Valve Positioner/Electropneumatic
367	Flow Magnetic Inductive
368	Analytical
369	Analytical Opacity Monitor
370	Analytical Oxygen/Combustion
371	Analytical 2-wire Conductivity
372	Analytical 2-wire Conductivity w/ pure H20
373	Analytical 2-wire Conductivity w/ % conc
374	Analytical 2-wire Oxygen/Chlorine/Ozone
375	Analytical 2-wire pH/ORP
376	Analytical 2-wire Contacting/Toroidal
377	Analytical Oxygen - High Temperature
378	Analytical Conductivity w/ % conc
379	Analytical pH/ORP/ISE
380	Analytical Amperometric Analyzer
381	Analytical Dual Input Analyzer
382	Pressure Pressure/Level
383	Analytical Consistency
384	Analytical Microwave-Pulp Consistency
385	Analytical Microwave Consistency
386	Valve Digital Positioner
387	Valve Smart Valve Positioner
388	Temperature Differential
389	Analytical Dissolved Oxygen
390	Analytical pH Controller
391	Analytical Conductivity/Resistivity Controller
392	Analytical Conductivity/Resistivity
393	Level Displacement
394	Temperature w/ PID
395	Valve Universal Positioner
396	Level Radar - Reflex
397	Pressure Gauge
398	Pressure Sealed Gauge
399	Valve Digital Positioner w/ PID
400	Valve Intelligent Positioner
401	Analytical Gas Detector
402	Analytical Infrared Gas Detector
403	Analytical Electrochemical Gas Detector
404	Analytical Measuring Instruments
405	Level Magnostrictive
406	Valve On/Off Valve Controller
407	Level Radar - Pulse
408	Level Continuous Capactive
409	Valve Damper Actuator
410	Valve Electric Damper Actuator
411	Flow Electronic
412	Flow Vortex - Multiparameter Mass
413	Analytical UV Flame Detector
414	Analytical UVIR Flame Detector
415	Analytical IR Flame Detector
416	Analytical Fire Detector
417	Analytical Gas Detector Display Interface
418	Analytical Toxic Gas Detector
419	Analytical Flame Detector
420	Level Nuclear
421	Analytical Microwave
422	Analytical Density - Radiometric
423	Level Radiometric
424	Analytical Gas/Steam
425	Level Nucleonic
426	Analytical Blade Consistency
427	Analytical Rotary Consistency
428	Pressure Absolute/Differential
429	Positioner
430	Analytical Combustible Gas Detector
431	Analytical Point Infrared Gas Detector
432	Analytical Multi-Detector Monitor System
433	Valve Positioner/Electro-hydraulic
434	Valve Monitor
435	Enable on token-passing data link layer only
436	Enable on TDMA data link layer only
437	Enable on both TDMA and token-passing data link layer
438	WirelessHART Device
439	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
440	Primary
441	Primary Analog Channel
442	Secondary
443	Secondary Analog Channel
444	Tertiary
445	Tertiary Analog Channel
446	Quaternary
447	Quaternary Analog Channel
448	Quinary
449	Quinary Analog Channel
450	Critical Power Failure
451	Lock all
452	Trim not supported
453	Configuration cannot be changed
454	Locked by gateway
455	Analog Input Channel
456	Analog Output Channel
457	Secondary Analog Channel Saturated
458	Tertiary Analog Channel Saturated
459	Quaternary Analog Channel Saturated
460	Quinary Analog Channel Saturated
461	Secondary Analog Channel Fixed
462	Tertiary Analog Channel Fixed
463	Quaternary Analog Channel Fixed
464	Quinary Analog Channel Fixed
465	Simulation active
466	The device is in simulation mode and the level output is not representative of the process.
467	Non-Volatile memory failure
468	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
469	Volatile memory error
470	The RAM memory check is invalid or maybe corrupt
471	Watchdog reset executed
472	A watchdog reset has been performed
473	Voltage conditions out of range
474	A voltage condition is outside its allowable range
475	Environmental conditions out of range
476	An internal or environmental condition is beyond acceptable limits.
477	Electronic failure
478	A hardware problem not related to the sensor has been detected.
479	Subdevice list changed
480	Duplicate master detected
481	Capacity Denied
482	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
483	Bandwidth allocation pending
484	Block transfer pending
485	Continuous
486	The Burst Message is published continuously at (worst case) the Minimum Update Period.
487	Window
488	The Burst Message is triggered when the source value deviates more than the specified trigger value
489	Rising
490	The Burst Message is triggered when source value Rises Above the specified trigger value.
491	Falling
492	The Burst Message is triggered when the source value Falls Below the specified trigger value.
493	On-change
494	The Burst Message is triggered when any value in the message changes.
495	Battery life
496	Percent range
497	Loop current
498	Primary variable
499	Secondary variable
500	Tertiary variable
501	Quaternary variable
502	Off
503	Enable event notification on token-passing data link layer
504	Enable event notification on TDMA data link layer
505	Enable event notification on TDMA and token-passing data link layer
506	Configuration changed event pending
507	Device status event pending
508	More status available event pending
509	Disable
510	Enable single data point trending
511	Enable filtered trending
512	The sample is filtered using a time constant equal to one-third the trend sample period
513	Enable average trending
514	The value obtained by dividing the sum of all samples in the period by the total number of samples
515	Read receive time
516	Write date and time
517	Non-Volatile Clock
518	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.
519	Clock Uninitialized
520	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.
521	Line Power
522	Device is powered via a hardwired connection to a plant power source.
523	Battery Power
524	Device operates solely of its (internal) battery.
525	Recharg.B./Power Sc.
526	Rechargeable battery power or power scavenging. The device has a short-term supply of energy (must be at least one hour) that is continuously being replenished. The device's power is being replenished by harvesting and converting energy from the environment surrounding the device (e.g. solar, vibration, heat).
527	Idle
528	Active search
529	Looking for neighbors.
530	Negotiating
531	Quarantined
532	Operational
533	Suspended
534	Deep sleep
535	Ultra-low power
536	Wireless Signal Found
537	Network packets have been recognized
538	Wireless Signal Identified
539	Wireless Time Synchronized
540	WirelessHart Signal Identified
541	Network Admission Requested
542	Set on transmission of first join request
543	Join Retrying
544	Set after the first join request retry (i.e. when number of join requests > 2). Cleared when device is authenticated or when Active Search started.
545	Join Failed
546	Set on transition from Active Search mode to Deep Sleep mode. Cleared on transition from Deep Sleep to Active Search.
547	Network Security Clearance Granted
548	Network Manager Session Established
549	Network Joined
550	Network Joined. Normal superframe and links obtained.
551	Network Bandwidth Requested
552	Negotiating Network Properties. Gateway session obtained.
553	Join Complete
554	Normal operating mode.
555	None
556	No restrictions
557	SI Only
558	Restricted to SI Unit codes only
559	Open - accept all devices
560	Use Whitelist for access
561	Use Blacklist
562	Use Whitelist and Blacklist
563	Lockdown - disable join links
564	Process automation device
565	Discrete device
566	Hybrid:Process automation+discrete
567	I/O System
568	WirelessHART Process automation device
569	WirelessHART Discrete device
570	WirelessHART Process automation+discrete
571	WirelessHART Gateway
572	WirelessHART Access point
573	WirelessHART Process adapter
574	WirelessHART Discrete adapter
575	WirelessHART enabled handheld/portable maintenance tool
576	Don't attempt to join
577	Join now
578	Attempt to join immediately on powerup or reset
579	US
580	United States of America
581	JP
582	Japan
583	DE
584	Germany
585	FR
586	France
587	ES
588	Spain
589	RU
590	Russian Federation
591	CN
592	People's Republic of China
593	Nominal
594	Device Power Status is nominal
595	Low
596	Device Power Status is low
597	Critically Low
598	Device Power Status is critically low
599	Recharging - Low
600	Recharging - High
601	Secondary Master
602	Primary Master
603	PV Analog Channel Saturated
604	PV Analog Channel Fixed
605	Device Profile
606	Device Diagnostic Status 0
607	Device Diagnostic Status 1
608	I/O and Subdevice Status
609	WirelessHART Status
610	Time Set Option
611	Real Time Clock Flags
612	Country
613	Country of intended device installation
614	SI Unit Control
615	Indicates if device should only display SI unit codes
616	Wireless HART Enabled
617	Enabled on WirelessHART device connection only
618	Both Wired and WirelessHart Enabled
619	Enabled on both Wired and WirelessHART connections
620	Event Status
621	Event Notification Control
622	Operate mode Mask
623	Not Defined
624	Power Source
625	Power source of the device
626	Wireless Mode
627	Join Status
628	The current location in the joining sequence of operations.
629	Network Access Mode
630	Join Mode
631	Power Status
632	Power status of the device
633	Master Mode
634	This sets the I/O System's Data Link Layer operation on all channels as either primary or secondary master mode.
635	Trend Units
636	Trend Device Variable Unit Code
637	Trend Classification
638	Trend Device Variable Classification
639	Trend Control
640	uint16_var_blk_char
641	uint8_var_blk_char
642	Device Status Mask
643	Ext dev status Mask
644	Device Diagnostic Status 0 Mask
645	Device Diagnostic Status 1 Mask
646	Device Diagnostic Status 2 Mask
647	Device Diagnostic Status 3 Mask
648	AO saturated Mask
649	AO fixed Mask
650	Latched Device Status
651	Latched Ext dev status
652	Latched Operate Mode
653	Latched Device Diagnostic Status 0
654	Latched Device Diagnostic Status 1
655	Latched Device Diagnostic Status 2
656	Latched Device Diagnostic Status 3
657	Latched AO saturated
658	Latched AO fixed
659	Wireless Module Device Type
660	Device type of the Wireless Radio
661	Wireless Module Manufacturer ID
662	Manufacturer of the Wireless Radio contained in this device
663	Subdevice Device Type
664	Device type of the subdevice attached to this system.
665	Subdevice Manufacturer Id
666	Manufacturer of the subdevice attached to this system.
667	8u
668	Dynamic Variables Returned for Device Variables
669	Command Response Truncated
670	Configuration Change Counter Mismatch
671	Status bytes mismatch
672	Update time adjusted
673	Invalid burst message
674	Invalid device variable classification
675	Invalid burst trigger mode selection code
676	Burst condition conflict
677	Update period increased
678	Insufficient bandwidth
679	Device Variable
680	Burst var 5 is
681	Burst Variable Slot 5- Device variable code assigned to slot 5 to be read in burst mode.
682	Burst var 6 is
683	Burst Variable Slot 6- Device variable code assigned to slot 6 to be read in burst mode.
684	Burst var 7 is
685	Burst Variable Slot 7- Device variable code assigned to slot 7 to be read in burst mode.
686	Burst var 8 is
687	Burst Variable Slot 8- Device variable code assigned to slot 8 to be read in burst mode.
688	Total Burst Msgs
689	Total number of burst messages supported by this device
690	Cmd 48: Read Additional Device Status
691	Read Additional Device - This command reads additional device status information
692	Output Status
693	Output Status Byte
694	Uninitialized
695	Normal - one sensor
696	Normal - two sensors
697	Normal - three sensors
698	Shorted
699	Shorted- shorted field wiring.
700	Limited high
701	Limited high- block can not respond to upward movement of value.
702	Open
703	Open- open field wiring.
704	Limited low
705	Limited low- block can not respond to upward movement of target.
706	Initialization done
707	Initialization done- block initialization is complete.
708	Not selected
709	Not selected- target value provided by block was not selected.
710	No path
711	No path- there is no path to the process.
712	Fail
713	Fail- hardware failure.
714	Bad
715	Bad- block is out of service or has bad input.
716	Not from process
717	Not from process- value is not directly affected by any process information.
718	Local override
719	Local override- block has LO mode.
720	Not Cascade Mode
721	Not RCas Mode
722	Not ROut Mode
723	No communication
724	No communication- (NO_COM).
725	uint32_var_blk_char
726	int8_var_blk_char
727	new itest redef1 label
Reference ID	String