HART设备字典

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引用ID	字符串
0	free text stored in the field device, it is recommended to use it as a unique label for the field device in the plant
1	free text stored in the field device, there is no specific recommended use
2	free text stored in field device; there is no specific recommended use
3	References a specific manufacturer, which is usually a company name, that is responsible for the manufacture of this field device.
4	KROHNE
5	Drexelbrook
6	Tokyo Keiso
7	References the type of field device, usually an advertised model number that is unique to a single manufacturer
8	M8E
9	uniquely identifies the field device when combined with the manufacturer identification and device type. Therefore this variable cannot be modified by the host user
10	Revision of the universal device description that the field device conforms to.
11	Revision of the specific device description that the field device conforms to
12	Revision that corresponds to the electronics hardware of the field device.
13	gregorian calendar date stored in the field device; there is no specific recommended use
14	if activated the field device does not accept any changes; e.g. causes that actions on some commands can not occur
15	free number stored in field device; there is no specific recommended use
16	address used by the host to identify a field device in Multidrop Mode; any address from 1 to 15 sets the analog output to a fixed value of about 4 mA
17	field device status: data indicating that the field device has detected condition(s) in the field device relating to: its hardware the validity of a variable its operating status an internal process.
18	Device Status
19	number of preambles required from the host request by the field device.
20
21	Restart OF Device
22	ROM error
23	FRAM error
24	totalizer error
25	no output linearization
26	no temperature compensation
27	no full scale calibration of analog output
28	no zero calibration of analog output
29	x-value for first table index is not 100%
30	x-value for first table index is not 0%
31	xy values in table not monotonous increasing
32	too few number of x y values
33	coflict between unit system and unit code
34	coflict between unit system and unit code
35	table under configuration
36	new table bad, use old table
37	no table is valid
38	Reserved.
39	B1 counter >= counter limit
40	B1 flow < flow limit
41	B1 flow >= flow limit
42	B1 is active
43	B2 counter > counter limit
44	B2 flow < flow limit
45	B2 flow > flow limit
46	B2 is active
47	Number of preambles that field device has to be send in response to a request from host (5 to 20 are possible)
48	Last table index
49	Last index of table.
50	Unit System
51	Information if device is calibrated for volume flow or mass flow.
52	Volume Flow
53	Mass Flow
54	Flow Unit
55	Calibrated for this flow unit.
56	Full Scale
57	Defines the upper range value for which the field device is calculated & calibrated; according to the physical parameter (APPLICATION INFO).
58	.0f
59	.1f
60	.2f
61	.3f
62	.4f
63	.5f
64	6e
65	g
66	phase fluid
67	phase of operating fluid (0 =liquid; 1 = gaseous)
68	liquid
69	gaseous
70	phase ref. fluid
71	phase of reference fluid (0=liquid; 1=gaseous)
72	pressure reference
73	pressure reference (0=absolute; 1=gauge)
74	absolute
75	gauge over absolute pres.
76	reference density
77	reference density (0=normal; 1=operating)
78	normal
79	operating
80	volume flow ref.
81	reference volume flow (0=normal; 1=operating)
82	Flow format
83	Defines format specifier for flow measurements and configuration parameters having volumetric flow units: "Full Scale" and sensor limits. Affects only HART ® applications (HC375 screens, AMS faceplates/views, PDM.) but not instrument local display.
84	Default (2 digits)
85	0 digs after point
86	1 dig after point
87	3 digs after point
88	4 digs after point
89	5 digs after point
90	Exponential
91	Auto
92	No display
93	Flow
94	measured flow value in selected flow unit; this value is damped by the time constant
95	Tot+
96	Flow unit
97	unit for the measured flow value, sensor range,sensor limits and switch points for B1/B2
98	counter unit
99	unit for the totalized flow rate
100	Totals format
101	Defines format specifier for totalizers' values, that is meaningful only for HART ® applications (HC275 screens, AMS faceplates, PDM.). Has no influence on the instrument display.
102	Default (1 digit)
103	2 digs after point
104	totalized flow rate in selected unit
105	Value I
106	(current value) that tracks the digital variable (flow) under normal operating conditions
107	%Flow
108	flow rate in percent from upper range value under normal operating conditions
109	production Number
110	Number who definitely identifies the complete field device. ( same one as serial number on the name plate )
111	Type of instr.
112	manufacturer type coding for the instrument
113	type of meter
114	defining the used type of meter
115	H250
116	H250 C
117	H54
118	DK37
119	unknown
120	special
121	type of indicator
122	defining the used type of indicator
123	without
124	M9
125	M4
126	M10
127	M8EG
128	M8E
129	nominal meter size
130	nominal size of used pipeconection
131	miniature flowmeter
132	15
133	25
134	40
135	50
136	80
137	100
138	125
139	150
140	type of cone
141	defining the used type of cone
142	K 15.1
143	K 15.2
144	K 15.3
145	K 15.4
146	K 15.5
147	K 15.6
148	K 15.7
149	K 15.8
150	K 25.1
151	K 25.2
152	K 25.3
153	K 25.4
154	K 25.5
155	K 55.1
156	K 55.2
157	K 55.3
158	K 85.1
159	K 85.2
160	K 105.1
161	K 005
162	K 010
163	K 015
164	K 040
165	K 080
166	K 125
167	K 200
168	K 300
169	K 340
170	K 10.03
171	K 10.04
172	K 10.06
173	K 10.08
174	K 11.07
175	K 11.10
176	K 11.17
177	K 11.27
178	K 12.21
179	K 12.32
180	K 20.12
181	K 20.16
182	K 20.23
183	K 20.33
184	K 20.49
185	K 20.55
186	K 40.37
187	K 40.50
188	K 40.54
189	K 50.34
190	K 50.57
191	K 50.60
192	K 80.23
193	K 80.37
194	K 80.40
195	K 80.50
196	K 100.35
197	K 100.41
198	K 120.39
199	K 120.42
200	K 150.45
201	E 17.1
202	E 17.2
203	E 17.3
204	E 17.4
205	E 17.5
206	E 17.6
207	E 17.7
208	E 17.8
209	E 27.1
210	E 27.2
211	E 27.3
212	E 27.4
213	E 27.5
214	E 57.1
215	E 57.2
216	E 57.3
217	E 87.1
218	E 87.2
219	E 107.1
220	special
221	type of float
222	defining the used type of float
223	C IV 15
224	D IV 15
225	T IV 15
226	D IV T 15
227	C IV 25
228	D IV 25
229	T IV 25
230	C IV 55
231	D IV 55
232	T IV 55
233	D IV T 55
234	C IV 85
235	D IV 85
236	T IV 85
237	D IV T 85
238	C IV 105
239	D IV 105
240	N1
241	N2
242	NA 010
243	NA 011
244	NA 031
245	NA 032
246	NA 033
247	NA 034
248	NA 042
249	NA 043
250	N 010
251	N 011
252	N 031
253	N 032
254	N 033
255	N 034
256	N 042
257	N 043
258	C IV 21
259	C IV T 21
260	C IV TF 21
261	D IV BLD 21
262	C IV 41
263	C IV T 41
264	C IV TF 41
265	D IV BLD 41
266	C IV 51
267	C IV T 51
268	C IV TF 51
269	D IV BLD 51
270	C IV 81
271	C IV T 81
272	C IV TF 81
273	D IV BLD 81
274	C 102
275	TR 122
276	D IV BLD 101
277	D IV BLD 121
278	D IV BLD 151
279	TR 152
280	T IV 105
281	D IV T 105
282	material float
283	defining the material of used float
284	Stainless steel
285	Aluminium
286	Hastelloy B2
287	Hastelloy C4
288	PTFE
289	Ceramic
290	Titanium
291	POM
292	Ruby
293	PEEK
294	Teflon-TFM
295	Hard-rubber
296	Glass
297	damping value
298	reaction of the measurement value according to changes in flow; after this time the output value increases to 63% of change in flow.
299	Hysteresis Value Higher then Limit.
300	unit conflict.
301	limit switch control
302	defines function of selected limit switch
303	inactive
304	limit for Flow
305	limit for Counter
306	FLW. VAL.
307	A value from zero to full scale value can be selected. if the actual flow rate exceeds the flow switch point a change in status for limit switch occurs
308	CNT.VAL.
309	Every positiv numerical value can be selected. If the internal totalizer exceeds this value a change in status for limit switch occurs
310	HYST.VAL.
311	A value from zero to flow switch point can be selected. When the actual flow rate drops below the value (flow switch point - flow hyteresis) a change in status for limit switch occurs
312	Every positiv numerical value can be set here. If the internal totalizer exceeds this value, the contact is activated.
313	Upper sensor limit
314	upper physical flow limit of the field device.
315	Lower sensor limit
316	lower physical flow limit of the field device.
317	Flow Min
318	lowest value for which the accuracy class of the field device is true, (typical 10% from upper range)
319	Full Scale
320	full scale value for which the field device is calculated and calibrated according to the physical parameter
321	L.F.Cutoff
322	Defines whether predefined or adjustable cutoff limits for low flow are used.
323	Off
324	On
325	Cutoff On Value
326	Cutoff 'On' value. Must fit the range 1..19% and lower than 'Off' value. Factory set: 4.0%
327	Cutoff Off Value
328	Cutoff 'Off' value. Must fit the range 2..20% and higher than 'On' value. Factory set: 6.0%
329	Temperature
330	This device is calibrated for this temperature of fluid.
331	temperature
332	Pressure
333	This device is calibrated for this pressure of fluid.
334	pressure
335	Density
336	This device is calibrated for this density of fluid.
337	viscosity
338	This device is calibrated for this viscosity of fluid.
339	compr. factor
340	only valid for gaseous fluids
341	Fluid
342	name of the fluid for which the device has been calibrated
343	pointer to acual pair of x y values in linearization table
344	table index
345	X-Index 0
346	X-Index 1
347	X-Index 2
348	X-Index 3
349	X-Index 4
350	X-Index 5
351	X-Index 6
352	X-Index 7
353	X-Index 8
354	X-Index 9
355	X-Index 10
356	X-Index 11
357	X-Index 12
358	Y-Index 0
359	Y-Index 1
360	Y-Index 2
361	Y-Index 3
362	Y-Index 4
363	Y-Index 5
364	Y-Index 6
365	Y-Index 7
366	Y-Index 8
367	Y-Index 9
368	Y-Index 10
369	Y-Index 11
370	Y-Index 12
371	Master reset
372	performs a software reset; the field device starts up new
373	Reset Conf.Flag
374	Reset of the HART 'Configuration Changed' flag.
375	Counter
376	Counter option
377	stop / resumes the counter for the totalized flow rate
378	Counter reset
379	resets the counter value for the totalized flow rate to zero value
380	Set Default Value.
381	Sets to default value.
382	password
383	write protection
384	Change Password
385	Change of password; is only possible if write protect is disabled
386	Change Writeprotect
387	if activated the field device does not accept any changes; e.g. causes that actions on some commands can not occur
388	Reset Status
389	quits errors and warnings of the extended status
390	Self-Test
391	Firmware Version
392	Module's firmware identification number.
393	Process Variables
394	Analog Output
395	Test / Info
396	Sensor limits
397	Installation
398	Output B1
399	Output B2
400	Linearization
401	App. Info
402	Quit/Reset
403	Totalizer
404	HART Variables
405	Revisions
406	Write variables
407	FMU860
408	DT
409	DVC
410	FCX
411	AS800
412	340T
413	340C
414	344
415	Siemens Micro K
416	SITRANS L
417	SIPAN PH
418	SITRANS P
419	75SMT
420	UNIDELTA
421	8320
422	SX5100
423	TSV175
424	DMU
425	3780
426	BM70
427	8u
428	Are you sure?
429	No;Yes
430	reset ready
431	OK
432	Counter
433	Stop;Resume
434	Counters are set to zero.
435	Device is reset to default parameter.
436	write protect still active
437	Password please...
438	var1_passw
439	Password repeat please
440	var2_passw
441	Password changed
442	Password not equal.
443	var_passw
444	writeprotection changed.
445	Extended status reset
引用ID	字符串