HART设备字典

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引用ID	字符串
0	IFC090
1	Field Device Identification- Uniquely identifies the Field Device when combined with the Manufacturer Identification and Device Type. Therefore, this variable cannot be modified by the Host user. (Fct. 4.02)
2	Device busy
3	Polling Address- Address used by the Host to identify a Field Device, and changeable by the User to control: the Multidrop Mode for Analog Output 1), and the Analog Output Fixed Mode of Analog Output 1). (Fct. 3.09)
4	Local device user
5	Tag- Text that is associated with the Field Device installation. This text can be used by the user in any way. A recommended use is as a unique label to a plant that correlates to a Field Device label: a plant drawing, or on a Control System. This variable is also used as a type of data link layer address handle. (Fct. 3.08)
6	Write Protect Mode- Indicates whether variables can be written to the Field Device, or whether commands that cause actions, to be performed in the Field Device, can or cannot occur. Depending on the Field Device, this is a mode that is controllable by the user, either via the Field Device hardware or the HART Protocol. (Fct. 3.04)
7	Damping applied to
8	Defines whether "Time constant" is applied to all outputs or only to current and status outputs. (Fct. 1.02)
9	No damping for raw flow
10	Pulse val exceeded max, corrected
11	Pulse val surpassed min, corrected
12	Analog Digital Converter fatal error
13	Error can't be repaired by user - please consult factory.
14	Error in IMoCom configuration
15	Device Block fatal error
16	Checksum error in Communication Block
17	Error can possibly be repaired by reconfiguration of the device.
18	Checksum error in Display Block
19	Checksum error in Counter Block
20	Checksum error in Control/Indicate Block
21	Checksum error in Pulse/Frequency Block
22	Checksum error in Current Block
23	Checksum error in General Block
24	Display module fatal error
25	Error can possibly be repaired if caused by checksum error. See "Checksum error in Parameter EEPROM".
26	Counter overflow
27	Power fail detected
28	Fatal error of Control Input 2
29	Fatal error of Control Input 1
30	Fatal error of Current Output
31	Current output overranged
32	Check and if necessary correct instrument parameters. After elimination of reason, error message is automatically deleted.
33	Fatal error of Pulse Output
34	Pulse output overranged
35	Check and if necessary correct instrument parameters. After elimination of reason, error message is automatically deleted. Note: totalizer deviation possible.
36	Fatal error of Status Output 2
37	Fatal error of Status Output 1
38	Empty pipe
39	Analog/digital converter overranged
40	Error message deleted automatically after elimination of cause.
41	Zero trim- Make the sensor input the new zero input reference. Note: carry out only at '0' flow and with completely filled measuring tube! (Fct. 3.03)
42	I/O
43	Module's firmware identification number. (Fct. 2.02)
44	Display
45	ADC
46	Range exceeded max, corrected
47	Range surpassed min, corrected
48	Both range and pulse value corrected
49	Diameter
50	Select meter size from a list. (Fct. 3.02)
51	2.5 mm 1/10 inch
52	4 mm 1/8 inch
53	6 mm 1/4 inch
54	10 mm 3/8 inch
55	15 mm ½ inch
56	20 mm ¾ inch
57	25 mm 1 inch
58	32 mm 1¼ inch
59	40 mm 1½ inch
60	50 mm 2 inch
61	65 mm 2½ inch
62	80 mm 3 inch
63	100 mm 4 inch
64	125 mm 5 inch
65	150 mm 6 inch
66	200 mm 8 inch
67	250 mm 10 inch
68	300 mm 12 inch
69	350 mm 14 inch
70	400 mm 16 inch
71	450 mm 18 inch
72	500 mm 20 inch
73	550 mm 22 inch
74	600 mm 24 inch
75	650 mm 26 inch
76	700 mm 28 inch
77	750 mm 30 inch
78	800 mm 32 inch
79	850 mm 34 inch
80	900 mm 36 inch
81	950 mm 38 inch
82	1000 mm 40 inch
83	1050 mm 42 inch
84	1100 mm 44 inch
85	1150 mm 46 inch
86	1200 mm 48 inch
87	1250 mm 50 inch
88	1300 mm 52 inch
89	1350 mm 54 inch
90	1400 mm 56 inch
91	1450 mm 58 inch
92	1500 mm 60 inch
93	1600 mm 64 inch
94	1700 mm 68 inch
95	1800 mm 72 inch
96	1900 mm 76 inch
97	2000 mm 80 inch
98	2100 mm 84 inch
99	2200 mm 88 inch
100	2300 mm 92 inch
101	2400 mm 96 inch
102	2500 mm 100 inch
103	2600 mm 104 inch
104	2700 mm 108 inch
105	2800 mm 112 inch
106	2900 mm 116 inch
107	3000 mm 120 inch
108	Power
109	AC
110	DC
111	Empty Pipe Option
112	No
113	Internal
114	External
115	Hardware
116	Defines the instrument HW implementation. Must correspond to the instrument nameplate. (Fct. 4.01)
117	Standard
118	Modis-1 P-SA/FA-ST
119	Modis-2 P-SA/F-PA
120	Modis-3 P-SA/DC-I
121	Modis-4 FA-ST/F-PA
122	Modis-5 FA-ST/FA-ST
123	Modis-6 FA-ST/FA-ST
124	Standard + HART
125	Table Type
126	Table Eco
127	Table Auqa
128	Table 1600
129	Table Capa
130	Table 3000
131	Off value too high
132	Off value too low
133	On value too high
134	On value too low
135	On value not lower than Off
136	Cutoff Control
137	Defines whether predefined or adjustable cutoff limits for low flow are used. Affects all outputs and totalizers' calculations. (Fct. 1.03)
138	Off
139	Fixed tripping points: 'On' = 0.1% / 'Off' = 0.2%.
140	Percent
141	Variable tripping points: 'On' = 1..19% / 'Off' = 2..20%.
142	On Value
143	Cutoff 'On' value. Must fit the range 1..19% and be lower than 'Off' value. (Fct. 1.03)
144	.1f
145	Off Value
146	Cutoff 'Off' value. Must fit the range 2..20% and be greater than 'On' value. (Fct. 1.03)
147	Stop/Resume
148	Stops or resumes all totalizers.
149	Stop Counters
150	Stops all totalizers. Values are preserved.
151	Resume Counters
152	Resumes all totalizers. The latter start with preserved values.
153	I 0% too high
154	Invalid I Error
155	Invalid reverse range
156	Invalid I Max
157	Invalid range I for HART
158	I 0%
159	Defines current, corresponding to zero flow. Must be lower than "I 100%" value. (Fct. 1.05)
160	I 100%
161	Defines current, corresponding to 100% (of URV) flow. Must be greater than "I 0%" value. (Fct. 1.05)
162	I Max
163	Defines maximum value of current, set under flow overranging (> URV) . Must be greater than "I 100%" value. (Fct. 1.05)
164	I Error
165	Error current, setting depends on the current range. Can be set either to 22 mA or be within 2 mA .. "I 0%" mA. (Fct. 1.05)
166	Rev.Range Scale
167	Defines full-scale range for reverse flow, in % of URV. (Fct. 1.05)
168	.2f
169	Reverse Range
170	Select reverse flow range. (Fct. 1.05)
171	Same as Forward
172	Set the same full-scale value as for forward flow (-URV).
173	Set adjustable range for reverse flow. Value must be within 5..150% of URV.
174	Pulse units were set to the nearest possible
175	Pulse Type
176	Select pulse type. (Fct. 1.06)
177	Pulse/Time
178	Set pulses per unit time for 100% flowrate (URV).
179	Pulse/Volume
180	Set pulses per unit volume, flowrate.
181	Pulse Control
182	Defines the way pulses are generated. (Fct. 1.06)
183	Auto
184	Implies 50% of the period length of the 100% output frequency.
185	Symmetrical
186	Set the pulse duty ratio to 1:1 over entire range.
187	0.01-1.00 s
188	align_pwidth
189	Pulse Width
190	Defines pulse width. Allowed range: 0.01 .. 1.00 s (Fct. 1.06)
191	Pulse unit
192	Defines the units for pulse value. Affects only HART ® applications (HC275 screens, AMS cfg tabs, etc.) but not the instrument display units (Fct. 1.06).
193	puls/gal
194	Pulses per Gallon
195	puls/L
196	Pulses per Liter
197	puls/Impgal
198	Pulses per Imperial Gallon
199	puls/Cum
200	Pulses per Cubic Meter
201	puls/bbl
202	Pulses per Barrel
203	puls/bush
204	Pulses per Bushel
205	puls/Cuyd
206	Pulses per Cubic Yard
207	puls/Cuft
208	Pulses per Cubic Feet
209	puls/Cuin
210	Pulses per Cubic Inch
211	puls/bbl(liq)
212	Pulses per Liquid barrel
213	puls/hL
214	Pulses per Hectoliter
215	puls/usr def
216	Pulses per User Defined volume unit
217	Hz
218	puls/min
219	Pulses per minute
220	puls/hr
221	Pulses per hour
222	puls/day
223	Pulses per day
224	Pulses per User Defined time unit
225	Pulse
226	Defines format specifier for pulse value (Fct. 1.06). Affects only HART ® applications (HC275 screens, AMS cfg tabs, etc.) but not the instrument display.
227	Default (3 digits)
228	0 digs after point
229	1 dig after point
230	2 digs after point
231	4 digs after point
232	5 digs after point
233	Exponential
234	Set pulse value per time or volume unit. For "Pulse/Time" selection the allowed range depends on pulse width, if "Pulse/Volume" is chozen the range depends on pulse width and URV. (Fct. 1.06)
235	.0f
236	.3f
237	.4f
238	.5f
239	6e
240	g
241	Invalid function
242	Terminals' functions conflict
243	Invalid field frequency
244	Invalid line frequency
245	Invalid overload point
246	GK Value
247	Set primary constant GK. Note information on the instrument nameplate, do not change setting! (Fct. 3.02)
248	Field Frequency
249	Set magnetic field frequency as a ratio of power frequency. Refer to the instrument nameplate, do not change setting! For exceptions refer to sections 6.4-6.6 of "Operating Manual". (Fct. 3.02)
250	1/2
251	1/6
252	1/18
253	1/32
254	Line Frequency
255	Normal line frequency in your country. Note: this function is meaningful only for units with DC power supply. (Fct. 3.02)
256	50 Hz
257	60 Hz
258	Flow
259	Defines characterization for the flow. (Fct. 3.06)
260	Pulsating
261	Pulsating flow, e.g. due to reciprocating pumps. Refer also to Sections 6.4-6.6 of "Operating Manual".
262	Steady
263	Flow is steady.
264	Flow Direction
265	Set flow direction. (Fct. 3.02)
266	Positive
267	For identification of flow direction, see "+" arrow on primary head.
268	Negative
269	For Forward/Reverse mode identifies the "positive" flow direction.
270	Empty Pipe
271	Switch on "empty pipe" identifier option? (Fct. 3.06)
272	Yes
273	Illegal symbols encountered in 'User Unit' text(s)
274	Language
275	Select texts' language for device display. (Fct. 3.01)
276	Others
277	On request.
278	Text Volume
279	Text for user-defined unit. Allowed character set: 'A'-'Z', 'a'-'z', '0'-'9', '_', ' '. (Fct. 3.05)
280	Text Time
281	Text for required time unit. Allowed character set: 'A'-'Z', 'a'-'z', '0'-'9', '_', ' '. (Fct. 3.05)
282	Factor Volume
283	Scaling factor for volume unit, relative to cubic meter. (Fct. 3.05)
284	1/Cum
285	Factor Time
286	Scaling factor for time unit, relative to second. (Fct. 3.05)
287	Wrong password
288	Entry code required
289	Not required
290	Required
291	Entry Code
292	Device not in proper mode
293	Control B1
294	Defines the actual state of binary terminal.
295	Passive
296	Active
297	Control B2
298	Status B1
299	Status B2
300	Hysteresis too small
301	CI or SO 1
302	Terminal B1
303	Defines input/output assigned to terminal. (Fct. 3.07)
304	Control input
305	Pulse output
306	Status output
307	Pulse B1
308	Defines the function of binary terminal. (Fct. 1.06, 1.07)
309	Outputs Zero
310	Set outputs to "min" values.
311	Outputs Hold
312	Hold values of outputs.
313	External Range
314	External range change. Setting range 5% - 80% = ratio of low to high range 1:20 to 1:1.25, value must be greater than that of "Low Flow Cutoff".
315	Reset Totalizers
316	All totalizers will be reset.
317	Reset Errors
318	Delete/acknowledge error messages.
319	Trip.Point 1
320	Defines trip point. Both 'Low' and 'High' values must be within 0% - 150% of "Full Scale". Hysteresis (absolute value of difference) must be >= 1%. Switching performance for N/O or N/C contact can be set. For N/O contact 'Low' value > 'High' value. Contact closes when flowrate is greater than 'Low' value. For N/C contact 'Low' value < 'High' value. Contact closes when flowrate is greater than 'High' value.
321	Signals that pipe is "empty".
322	Auto Range
323	Autimatic range change. Setting range 5% - 80% = ratio of low to high range 1:20 to 1:1.25, value must be greater than that of "Low Flow Cutoff".
324	Sign I
325	Switch is open for forward flow and closed for reverse.
326	Sign P
327	Overflow I
328	Switch is closed if current output is overranged and open if it's OK.
329	Overflow P
330	Switch is closed if pulse output is overranged and open if it's OK.
331	All Errors
332	Switch is closed in case of any error and open otherwise.
333	Fatal Error
334	Switch is closed in case of any fatal error and open otherwise.
335	On
336	Indicates that flowmeter is operative; closed in case of power ON.
337	1 Dir
338	2 Dir
339	Trip.Point 1, Low
340	Trip.Point 1, High
341	CI or SO 2
342	Terminal B2
343	Trip.Point 2
344	Trip.Point 2, Low
345	Trip.Point 2, High
346	Flow,I
347	Off,I
348	%Range
349	Function I
350	Select function for current output I. (Fct. 1.05)
351	One flow direction.
352	Two-directional flow, forward/reverse mode.
353	puls/s
354	Flow,P
355	Off,P
356	Tracks the actual value of the pulse output.
357	Function P
358	Defines function for pulse output P. (Fct. 1.06)
359	Raw Flow
360	Tau Flow
361	Total+
362	Total-
363	Tots' Sum
364	Only I
365	All Outputs
366	Flow Units
367	Selected units are applied to flow measurements and configuration parameters having volumetric flow units: "Full Scale" and sensor limits. Affects only HART ® applications (HC275 screens, AMS faceplates, etc.) but not the instrument display units (Fct. 1.01, 1.04).
368	usr def
369	User defined unit.
370	Defines format specifier for flow measurements and configuration parameters having volumetric flow units: "Full Scale" and sensor limits. Affects only HART ® applications (HC275 screens, AMS faceplates/views, etc.) but not instrument local display.
371	Default (2 digits)
372	3 digs after point
373	No display
374	RawF
375	Raw flow value, no damping is applied.
376	Full Scale
377	The full-scale range depends on meter size ("Diameter") and flow velocity. Allowed maximum is defined by "Upper sensor limit". (Fct. 1.01, 3.02)
378	Flow Min
379	Upper sensor limit
380	Lower sensor limit
381	Sensor min span
382	Smoothed flow value, "Time Constant" is applied as damping.
383	TauF
384	Time Constant
385	Damping value, must be within 0.2-99.9 sec. (Fct. 1.02)
386
387	Totalizer Units
388	Selected units are applied to totalizers only within HART ® applications (HC275 screens, AMS faceplates, etc.). They do not affect the instrument display units (Fct. 1.04).
389	Totalizers
390	Defines format specifier for totalizers' values, that is meaningful only for HART ® applications (HC275 screens, AMS faceplates, etc.). Has no influence on the instrument display.
391	Default (1 digit)
392	Value of the positive totalizer.
393	Tot+
394	Value of the negative totalizer.
395	Tot-
396	Presents the sum of positive and negative totalizers.
397	TotS
398	Process Variables
399	Outputs/Inputs
400	Operation
401	Display Flow
402	Display Counters
403	Display Value P
404	Current Output I
405	Test
406	Sensor Limits
407	-110 %
408	-100 %
409	-50 %
410	-10 %
411	0 %
412	10 %
413	50 %
414	100 %
415	110 %
416	Test Range
417	Test measuring range. Selected value (in % of "Full Scale") is handled by outputs I and P in accordance with the actual outputs' functions. (Fct. 2.01)
418	IO Standard
419	IO Special
420	Standard Display
421	Enhanced Display
422	RS Module
423	ADC Module
424	Hardware Info
425	Hardware information and error status. Before consulting factory, please note down all 6 codes. (Fct. 2.02)
426	Quit/Reset
427	Error List
428	Lists all actual errors and state transition messages. Capable to quit/acknowledge messages.
429	Counters
430	Reset Counters
431	Set/Reset Password
432	Device is now write-protected. You can change this if you enter correct 9-keystroke PASSWORD. Valid symbols: 0 ([Right] key of the device), 1 ([Enter]) and 2 ([Up]). (Fct. 3.04)
433	Device is now opened for write operations. You can change this and install a PASSWORD, thus protecting device from changes in configuration data. Valid symbols: 0 ([Right] key of the device), 1 ([Enter]) and 2 ([Up]). (Fct. 3.04)
434	Installation
435	Application
436	Flowmeter
437	User Unit
438	HART Variables
439	Write variables
440	FMU860
441	DT
442	DVC
443	FCX
444	AS800
445	340T
446	340C
447	344
448	Siemens Micro K
449	SITRANS L
450	SIPAN PH
451	SITRANS P
452	75SMT
453	UNIDELTA
454	8320
455	SX5100
456	TSV175
457	DMU
458	3780
459	BM70
460	8u
461	Are you sure?
462	No;Yes
463	Select value:
464	Outputs are fixed to %{0} of Full Scale.
465	Device outputs are still fixed. Retry the complete test!
466	%{0}, ID Number:
467	%{0}, Status:
468	Select option:
469	Quit errors;View errors
470	No errors.
471	%{0}
472	Stop;Resume
473	Counters are set to zeroes.
474	Entry code required?
475	Enter password:
476	Password is disabled.
477	Password is enabled.
478	Apply new %{2} mA input
479	Current applied process value: %{0} %{1} Set as %{2} mA value?
480	Apply;Read new value;Leave as found
481	Select method:
482	Snapshot Zero;Averaged Zero
483	Zero iterations: %{0}
484	Store zero value?
引用ID	字符串