Device dictionary

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Reference ID	String
0	Incorrect Alarm Mask
1	Incorrect Lock Value
2	Invalid Mode
3	Invalid Assignment for Relay Mode
4	Invalid Assignment for Pulse Mode
5	Invalid Assignment for Frequency Mode
6	Incorrect Relay State
7	Incorrect Relay Alarm Function
8	Incorrect Set Point Function
9	Incorrect Alarm Mask
10	Invalid Relay State
11	Cutoff Value was too high
12	Cutoff Value was too low
13	Cutoff Hysteresis was too high
14	Cutoff Hysteresis was too low
15	Cutoff value and Hysteresis value out of limits
16	Invalid Password
17	Parameters restore error
18	Totalizers Reset Error
19	Alarm Flags Reset Error
20	Device Icon
21	The Face Image of Device
22	SV ist
23	TV ist
24	QV ist
25	Schleifenstrom
26	.0f
27	.1f
28	.2f
29	.3f
30	.4f
31	.5f
32	.6f
33	.7f
34	.8f
35	.9f
36	AO Alarmtyp
37	Hoch
38	Tief
39	Alarmtyp
40	SV
41	TV
42	QV
43	Gerätevariablenalarm
44	Simulation active
45	The device is in simulation mode and the level output is not representative of the process.
46	Non-Volatile memory failure
47	The Non-Volatile memory check is invalid or maybe corrupt
48	Volatile memory error
49	The RAM memory check is invalid or maybe corrupt
50	Watchdog reset executed
51	A watchdog reset has been performed
52	Voltage conditions out of range
53	A voltage condition is outside its allowable range
54	Environmental conditions out of range
55	An internal or environmental condition is beyond acceptable limits.
56	Electronic failure
57	A hardware problem not related to the sensor has been detected.
58	Device Configuration Locked
59	Device is in write-protect or is locked.
60	Prozesswert ist ausserhalb des Feldgeräte-Arbeitsbereiches
61	Prozesswert ist ausserhalb des Feldgeräte-Arbeitsbereiches
62	Prozessw. der Nebenvariablen ist ausserhalb des Feldgeräte-Arbeitsbereiches
63	Prozessw. der Nebenvariablen ist ausserhalb des Feldgeräte-Arbeitsbereiches
64	PV Analog Channel saturated
65	PV Analog Channel saturated
66	PV Analog Channel fixed
67	PV Analog Channel fixed
68	Feldgerät hat mehr Statusinformationen
69	Feldgerät hat mehr Statusinformationen
70	Feldgerät Kaltstart oder Selbsttest erfolgt, oder Energiezufuhr war unterbrochen
71	Feldgerät Kaltstart oder Selbsttest erfolgt, oder Energiezufuhr war unterbrochen
72	Konfiguration des Feldgerätes wurde geändert
73	Feldgerätfehlfunktion: Gerätefehler oder Ausfall
74	ELEMER
75	REM
76	Schleifenstrom Modus
77	Schleifenstrom Modus- zeigt an, ob der Schleifenstrom aktiv ist oder unveränderlich ist
78	Erw. Gerätestatus
79	Standard. Status
80	Standardized Status - This provides standardized Device Status information
81	Specific Status
82	Specific Statuses Related to Analog Output Current, Sensor and Measurement.
83	Measured values are not ready/Diagnostics
84	Measured values are not ready/Diagnostics
85	Sensor value is out of range
86	Sensor value is out of range
87	Poor sensor signal
88	Poor sensor signal
89	Sensor temperature is out of range
90	Sensor temperature is out of range
91	Flow cutoff
92	Sensor communication error
93	Sensor communication error
94	One or more parameters are corrupted
95	One or more parameters are corrupted
96	Service maintenance
97	Service maintenance
98	Additional Status
99	Empty Pipe
100	Security lockout jumper
101	Security lockout jumper
102	Device Settings
103	Diagnostics
104	Maintenance
105	Offline
106	Operate
107	Offline config
108	Additionally
109	Voltage in Device
110	Communications Statistics
111	#Device Status:
112	#Standardized Status:
113	#Extended field device Status:
114	#Device Specific Status:
115	#Communications Statistics:
116	Charts
117	Overview
118	Primary Variable
119	Primary Variable
120	Quaternary Variable
121	Quaternary Variable
122	Secondary Variable
123	Secondary Variable
124	Tertiary Variable
125	Tertiary Variable
126	About Device
127	Ancillary information
128	Maintenance
129	Alarm Level
130	#Saturation:
131	#Alarm Level:
132	Frequency Mode
133	Pulse Mode
134	Relay Mode Status
135	Relay Mode
136	Discrete Output 1
137	Discrete Output 2
138	All Device Variables
139	Abs volume flow
140	Total Volume
141	Temperature of REM electronics
142	Total Volume of Forward Flow
143	Frequency Output Ch 1
144	Frequency Output Ch 2
145	Operating Time
146	Total Volume of Reverse Flow
147	Temperature of BI electronics
148	Time Total
149	Velocity Flow
150	Basic Setup
151	Configures the basic setup parameters
152	Clear flag Configuration Changed
153	Configuration Changed flag are set when any configuration item in a field device is modified. Flag are used along with the Configuration Change Counter to allow host to monitor the configuration of the field device
154	Clear flag More Status
155	When More Status Available is set, the measurements may still be correct and suitable for use by control systems. More Status Available indicates that device contains diagnostic information that is useful to the host
156	Volume Flow Simulation
157	Configuration
158	Sets discrete output mode and assignments device variable
159	Discrete Output test
160	Discrete Output test - allows the User to manually manipulate the Discrete Output to a selected constant output value
161	Electrode cleaning: Start
162	Electrode cleaning: Start
163	Electrode cleaning: Stop
164	Electrode cleaning: Stop
165	Refresh Status
166	Reset Alarm Flags
167	Reset All Totalizers
168	Restore factory parameters
169	Reset Field Device configuration parameters to factory values
170	Change password
171	Changes HART Password used to disable Write Protection. Default Factory value is 0000
172	Check Alarm Mask
173	Warning
174	Read
175	Not Ready/Diagnostics
176	Var Range Lo
177	Var Range Hi
178	Sens Err
179	Simulation
180	System Fault
181	System Warning
182	Display
183	Forward Flow Total
184	Reverse Flow Total
185	Absolute Flow Total
186	Metrological Firmware Version
187	Metrological Firmware Version
188	04X
189	Analog Output Alarm Delay
190	Analog Output Alarm Delay
191	Alarm Level High
192	Alarm Level High
193	Alarm Level Low
194	Alarm Level Low
195	High Alarm Mask
196	Configure Alarm Mask for Alarm Level High
197	Low Alarm Mask
198	Configure Alarm Mask for Alarm Level Low
199	Saturation High
200	Saturation High
201	Saturation Low
202	Saturation Low
203	Scratch Data
204	Abs volume flow
205	Total Volume of Forward Flow
206	Total Volume of Reverse Flow
207	Temperature of REM electronics
208	Temperature of BI electronics
209	Frequency Output Ch 1
210	Frequency Output Ch 2
211	Temperature of REM electronics
212	A display format specifies how a host application must display the value.
213	#X
214	#X.X
215	#X.XX
216	#X.XXX
217	#X.XXXX
218	#X.XXXXX
219	#X.XXXXXX
220	#X.XXXXXXX
221	#X.XXXXXXXX
222	#X.XXXXXXXXX
223	7d
224	Update Period
225	Acquisition Period indicates the maximum period between Device Variable updates
226	Discrete Output 1
227	Discrete Output 2
228	Alarm Frequency
229	Alarm Frequency
230	Relay Alarm Function
231	Relay Alarm Function
232	No Switch
233	Switch On When Alarm
234	Switch Off When Alarm
235	Ch 1 Assignement
236	Relay Default State
237	Relay Default State
238	Number of Pulses
239	Configure Alarm Mask
240	Configure Alarm Mask
241	Frequency Lower Limit
242	Frequency Lower Limit
243	Frequency Upper Limit
244	Frequency Upper Limit
245	Set Point Function
246	Switch On Above Set Point
247	Switch Off Above Set Point
248	Switch On Below Set Point
249	Switch Off Below Set Point
250	Hysteresis
251	Ch 1 Output Lock
252	Ch 1 Output Lock
253	Unlocked
254	Always On
255	Always Off
256	Lower Range Value
257	Relay Switch Off Delay
258	Relay Switch Off Delay
259	Relay Switch On Delay
260	Relay Switch On Delay
261	Pulse K-Factor
262	Pulse Width
263	ms
264	Remaining Pulses
265	Setpoint
266	Relay Status
267	Upper Range Value
268	Ch 1 Type
269	Relay
270	Pulse
271	Frequency
272	Ch 2 Assignement
273	Ch 2 Output Lock
274	Ch 2 Output Lock
275	Ch 2 Type
276	Clean Delay
277	Clean Delay
278	Clean Duration
279	Clean Duaration
280	Clean Mode
281	Clean Mode
282	Auto
283	Clean Period
284	Clean Period
285	Bus 12V
286	Internal bus voltage 12V
287	Supply Voltage
288	Supply Voltage of Device (UP = 18..42V)
289	TechPlug
290	Lock/Unlock TechPlug - Places the TechPlug in either a locked or unlocked position.
291	Time to Clean
292	Time to next Sensor Clean
293	Fixed Process Temperature
294	Fixed Process Temperature
295	Low Flow Cutoff Hysteresis
296	Low Flow Cutoff Hysteresis
297	Low Flow Cutoff Value
298	Low Flow Cutoff Value
299	Maximum Low Flow Cutoff
300	Maximum Low Flow Cutoff
301	Minimum Low Flow Cutoff
302	Minimum Low Flow Cutoff
303	Process Temperature Mode
304	Process Temperature Mode
305	Const
306	Measure
307	Flange Type
308	Mortise flange
309	Mortise type «sandwich»
310	Probe
311	Probe with a lubricator
312	Hardware Version
313	Line Size
314	Line Size
315	Pipe Inside Diameter
316	Pipe Inside Diameter
317	Process Fluid
318	Water
319	Gas
320	Steam
321	Oxygen
322	Process fluids
323	Software Version
324	Flowmeter Type
325	Vortex
326	Mag flow
327	Coriolis flow
328	Update Interval
329	Device Variable
330	STX Count
331	Count of STX messages received by this device
332	ACK Count
333	Count of ACK messages received by this device
334	BACK Count
335	Count of BACK messages received by this device
336	8.3f
337	PV Analog Channel Saturated
338	PV Analog Channel Fixed
339	Wireless
340	WirelessHART Device
341	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
342	Primary
343	Primary Analog Channel
344	Secondary
345	Secondary Analog Channel
346	Tertiary
347	Tertiary Analog Channel
348	Quaternary
349	Quaternary Analog Channel
350	Quinary
351	Quinary Analog Channel
352	Critical Power Failure
353	Lock all
354	Trim not supported
355	Configuration cannot be changed
356	Locked by gateway
357	Analog Input Channel
358	Analog Output Channel
359	Secondary Analog Channel Saturated
360	Tertiary Analog Channel Saturated
361	Quaternary Analog Channel Saturated
362	Quinary Analog Channel Saturated
363	Secondary Analog Channel Fixed
364	Tertiary Analog Channel Fixed
365	Quaternary Analog Channel Fixed
366	Quinary Analog Channel Fixed
367	Simulation active
368	The device is in simulation mode and the level output is not representative of the process.
369	Non-Volatile memory failure
370	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
371	Volatile memory error
372	The RAM memory check is invalid or maybe corrupt
373	Watchdog reset executed
374	A watchdog reset has been performed
375	Voltage conditions out of range
376	A voltage condition is outside its allowable range
377	Environmental conditions out of range
378	An internal or environmental condition is beyond acceptable limits.
379	Electronic failure
380	A hardware problem not related to the sensor has been detected.
381	Subdevice list changed
382	Duplicate master detected
383	Capacity Denied
384	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
385	Bandwidth allocation pending
386	Block transfer pending
387	Battery life
388	Percent range
389	Loop current
390	Primary variable
391	Secondary variable
392	Tertiary variable
393	Quaternary variable
394	Read receive time
395	Write date and time
396	Non-Volatile Clock
397	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.
398	Clock Uninitialized
399	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.
400	None
401	No restrictions
402	SI Only
403	Restricted to SI Unit codes only
404	Process automation device
405	Discrete device
406	Hybrid:Process automation+discrete
407	I/O System
408	WirelessHART Process automation device
409	WirelessHART Discrete device
410	WirelessHART Process automation+discrete
411	WirelessHART Gateway
412	WirelessHART Access point
413	WirelessHART Process adapter
414	WirelessHART Discrete adapter
415	WirelessHART enabled handheld/portable maintenance tool
416	Device Profile
417
418	US
419	United States of America
420	JP
421	Japan
422	DE
423	Germany
424	FR
425	France
426	ES
427	Spain
428	RU
429	Russian Federation
430	CN
431	People's Republic of China
432	Secondary Master
433	Primary Master
434	Device Diagnostic Status 0
435	Device Diagnostic Status 1
436	I/O and Subdevice Status
437	WirelessHART Status
438	Time Set Option
439	Real Time Clock Flags
440	Country
441	Country of intended device installation
442	SI Unit Control
443	Indicates if device should only display SI unit codes
444	Time Stamp
445	Relative time value on network
446	8u
447	Dynamic Variables Returned for Device Variables
448	Command Response Truncated
449	Configuration Change Counter Mismatch
450	Status bytes mismatch
451	Basic Setup This guided procedure will walk through all steps required to set up this flowmeter for basic operation.
452	Device Tag Enter device 'Tag':
453	Device Long Tag Enter device 'Long Tag':
454	Primary Variable Select 'Primary Variable' for 'Analog Output':
455	Primary Variable Units Select units for 'Primary Variable':
456	Lower Range Value 'Upper Sensor Limit' is %[.3f]{0} %{3}. 'Lower Sensor Limit' is %[.3f]{1} %{3}. 'Minimum Span' is %{2} %{3}. Enter 'Lower Range Value' for 'Analog Output':
457	Upper Range Value 'Upper Sensor Limit' is %[.3f]{0} %{3}. 'Lower Sensor Limit' is %[.3f]{1} %{3}. 'Minimum Span' is %{2} %{3}. Enter 'Upper Range Value' for 'Analog Output':
458	Do you want to re-enter range values?
459	No;Yes
460	Primary Variable Damping Enter 'Damping' for 'Primary Variable':
461	Do you want to re-enter Damping value?
462	Do you want to set Discrete Output?
463	Yes;No
464	Output Lock' for 'Discrete Output' Ch %[1u]{0}:
465	Enter 'Mode' for 'Discrete Output' Ch %[1u]{0}:
466	'Relay Default State' for 'Discrete Output' Ch %[1u]{0}:
467	Setpoint 'Lower Sensor Limit' is %[.3f]{1} %{3}. 'Upper Sensor Limit' is %[.3f]{2} %{3}. Enter 'Setpoint' for 'Discrete Output' Ch %[1u]{0}:
468	'Set Point Function' for 'Discrete Output' Ch %[1u]{0}:
469	Pulse Width Enter 'Pulse Width' for 'Discrete Output' Ch %[1u]{0}:
470	Pulse K-Factor Enter 'Pulse K-Factor' for 'Discrete Output' Ch %[1u]{0}:
471	Frequency Lower Limit Enter 'Frequency Lower Limit' for 'Discrete Output' Ch %[1u]{0}:
472	Frequency Upper Limit Enter 'Frequency Upper Limit' for 'Discrete Output' Ch %[1u]{0}:
473	Lower Range Value 'Frequency Lower Limit' is %[.3f]{1} Hz. 'Lower Sensor Limit' is %[.3f]{2} %{3}. Enter 'Lower Range Value' for 'Discrete Output' Ch %[1u]{0}:
474	Upper Range Value 'Frequency Upper Limit' is is %[.3f]{1} Hz. 'Upper Sensor Limit' is %[.3f]{2} %{3}. Enter 'Upper Range Value' for 'Discrete Output' Ch %[1u]{0}:
475	Clear flag Configuration Changed...
476	Clear flag More Status...
477	Volume Flow Simulation:
478	Other value;Off;Exit
479	'Lower Sensor Limit' is %{flow_LSL} %[U]{flow_LSL} 'Upper Sensor Limit' is %{flow_USL} %[U]{flow_USL} Enter the value for the Simulation:
480	Volume Flow Simulation - %{test_device_mode}
481	Channel 1;Channel 2;Cancel
482	Enter Mode:
483	Select Variable:
484	Relay state:
485	Relay state: %{0}
486	Number of Pulses:
487	1;10;100;1000;Other;Exit
488	Number of Pulses (1...65535):
489	V
490	Reset the reference meter. After clik the 'OK' button, pulse generation will start.
491	Fld dev output is fixed at %[.0f]{0} pulse(-s). Number of remaining pulses %[.0f]{1}. After clik the 'OK' button, pulse generation will stop.
492	1 Hz;100 Hz;1000 Hz;2000 Hz;5000 Hz;10000 Hz;12500 Hz;Other;Exit
493	Fld dev output is fixed at %[.1f]{0} Hz
494	Mode activated!
495	Deactivated mode!
496	Reading 'Device Status'...
497	Enter current password (1...4 digits):
498	Reset Alarm Flags is Success
499	Restore Factory Parameters in Progress
500	Restore Factory Parameters is OK
501	Security lockout jumper is in the 'On' state. Set it to 'Off' state.
502	The device is Write Protect mode. Enter password (1...4 digits) to unlock:
503	Attention! You are about to enable Write Protection mode. To disable Write Protection mode, you will need to enter the password. Do you want to lock it?
504	4 mA;8 mA;12 mA;16 mA;20 mA;Other;Exit
505	I
506	%[L]{loopCurrent} = %{loopCurrent} %[U]{loopCurrent}
507	%[L]{loopCurrent} = 4.0 %[U]{loopCurrent} ?
508	%[L]{loopCurrent} = 20.0 %[U]{loopCurrent} ?
509	Enter new password (1...4 digits):
510	New password is successfully set.
511	WARN-Incorrect Alarm Mask! Bit 'Not Ready/Diagnostics' is already set in a different mask.
512	WARN-Incorrect Alarm Mask! Bit 'Var Range Lo' is already set in a different mask.
513	WARN-Incorrect Alarm Mask! Bit 'Var Range Hi' is already set in a different mask.
514	WARN-Incorrect Alarm Mask! Bit 'Sens Err' is already set in a different mask.
515	WARN-Incorrect Alarm Mask! Bit 'Simulation' is already set in a different mask.
516	WARN-Incorrect Alarm Mask! Bit 'System Fault' is already set in a different mask.
517	WARN-Incorrect Alarm Mask! Bit 'System Warning' is already set in a different mask.
518	Device can be returned to the automatic control!
519	Aborting... Output signaling is disabled!
520	Aborting... Write Protection is enabled, it must be disabled prior to this operation!
521	Waiting Counter: %{i}
522	Waiting
523	Device must be removed from the automatic control to avoid failure!
Reference ID	String