HART设备字典

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引用ID	字符串
0	P-SMART
1	Field device iden- tification in multidrop installations. Refer operation manual HART address
2	Loop calibr.
3	Loop calibration- Allows the calibration of the Analog Output with an external reference at the operating endpoints of the Analog Output.
4	Hot key
5	Online
6	Measurement
7	Configuration
8	Range values
9	Detailed config
10	User function
11	User funct. setup
12	Information
13	Device Info
14	P-SMART special
15	Diagnostics
16	Dev status flags
17	Digital inputs
18	Tempr. calibr.
19	Upload variables
20	.3f
21	.4f
22	.5f
23	.2f
24	.1f
25	.6f
26	Pres.
27	Measured pressure value before linearization
28	Pres. unit
29	Unit selection for pressure value and user function pressure values and for PV when using LIN, LIN ZERO or INV LIN linearization function
30	Selection code
31	P-SMART selection code. Refer technical specifications ordering code
32	Diff El status
33	Transmitter is enabled to act as master in differential pressure measurement application
34	Process seal
35	Process seal - Seal type between the transmitter and process coupling
36	O-ring Viton
37	O-ring PTFE
38	O-ring EPDM
39	Metal/metal taper
40	Housing type
41	Housing type - Type of transmitters electronics housing
42	H
43	M
44	O
45	R
46	Body/Flange mater
47	Body/Flange mater - Construction material of body/flange type
48	AISI316L
49	CoNi alloy
50	Gold-Rhodium
51	PFA
52	Diaph/(+)diaph mat
53	Diaphragm / (+)-diaphragm material - Construction material of diaphragm
54	(-)diaphragm mater
55	Diaphragm material - Costruction material of (-)-diaphragm for differential pressure transmitter
56	Diaphragm coating
57	Diaphragm coating - Construction material of diaphragm coating
58	Extension material
59	Extension material - Construction material of wetted parts of extension
60	Fill fluid
61	Sensor fill fluid - Fluid type in the sensing module
62	Explosion proof
63	Explosion proof - Explosion proof classification for the transmitter
64	Exi
65	Exd
66
67	P-SMART specific device type
68	LEV-EL PGS4
69	LEV-EL PGS5
70	LEV-EL PDS1002/4
71	LEV-EL PDS1002/5
72	LEV-EL PLS4
73	LEV-EL PLS5
74	DIFF-EL DPLS3
75	DIFF-EL DPLS4
76	DIFF-EL DPLS5
77	DIFF-EL DPLS6
78	DIFF-EL DPS2
79	DIFF-EL DPS3
80	DIFF-EL DPS4
81	DIFF-EL DPS5
82	DIFF-EL DPS6
83	DIFF-EL DPS7
84	PRESS-EL PGS6
85	PRESS-EL PGS6A
86	PRESS-EL PGS7
87	PRESS-EL PTS6
88	PRESS-EL PTS6A
89	PRESS-EL PTS7
90	PRESS-EL PTS8
91	PRESS-EL PLS6
92	PRESS-EL PLS7
93	PRESS-EL PAS4
94	PRESS-EL PAS5
95	PRESS-EL PAS6
96	PRESS-EL PAS7
97	Zero up
98	Transmitter zero up key state
99	Zero down
100	Transmitter zero down key state
101	Span up
102	Transmitter span up key state
103	Span down
104	Transmitter span down key state
105	Dig. in 1
106	Transmitter digital input #1
107	Dig. in 2
108	Transmitter digital input #2
109	Dig. in 3
110	Transmitter digital input #3
111	Dig. in 4
112	Transmitter digital input #4
113	Mode/Esc
114	Transmitter Mode/Esc key state
115	Enter
116	Transmitter ENTER key state
117	ArrowUp
118	Transmitter arrow-up key state
119	ArrowDown
120	Transmitter arrow-down key state
121	Alarm current
122	22.5 mA
123	3.7 mA
124	Lin.func
125	Linearization Function- Defines the transformation function that will be applied from the Field Device Variable to the Analog Output, and Percent Range. The Linearization Function affect the Digital Value representation only when using USER - User function linearization.
126	LIN
127	LIN ZERO
128	INV LIN
129	SQRT
130	USER
131	Range unit
132	Lower Range Value- Defines the operational endpoint from which the Analog Value, and the 0% point of the Percent Range are derived. In addition, the Lower Range Value defines an operational endpoint which the alarms associated with the Analog Value, and the alarms associated with the Digital Value representation are derived. Minimum for LRV is 10 % under Lower Sensor Limit
133	Upper Range Value- Defines the operational endpoint from which the Analog Value, and the 100% point of the Percent Range are derived. In addition, the Upper Range Value defines an operational endpoint which the alarms associated with the Analog Value, and the alarms associated with the Digital Value representation are derived. Maximum for URV is 10 % over Upper Sensor Limit
134	Damping
135	Sensor s/n
136	Upper Sensor Limit Value- Defines the maximum recommended value for the Upper Range Value. URV is allowed to set 10% over USL
137	Lower Sensor Limit Value- Defines the minimum recommended value for the Lower Range Value. LRV is allowed to set 10% under LSL
138	Sensor
139	Temperature of the sensor
140	Tempr. unit
141	Unit selection for temperature values
142	Housing
143	Temperature of internal electronics
144	1.Pres
145	1.Out
146	2.Pres
147	2.Out
148	3.Pres
149	3.Out
150	4.Pres
151	4.Out
152	5.Pres
153	5.Out
154	6.Pres
155	6.Out
156	7.Pres
157	7.Out
158	8.Pres
159	8.Out
160	9.Pres
161	9.Out
162	10.Prs
163	10.Out
164	11.Prs
165	11.Out
166	12.Prs
167	12.Out
168	13.Prs
169	13.Out
170	14.Prs
171	14.Out
172	15.Prs
173	15.Out
174	16.Prs
175	16.Out
176	Point 1 pressure
177	User function point 1 actual pressure measured by the transmitter
178	Point 2 pressure
179	User function point 2 actual pressure measured by the transmitter
180	Point 3 pressure
181	User function point 3 actual pressure measured by the transmitter
182	Point 4 pressure
183	User function point 4 actual pressure measured by the transmitter
184	Point 5 pressure
185	User function point 5 actual pressure measured by the transmitter
186	Point 6 pressure
187	User function point 6 actual pressure measured by the transmitter
188	Point 7 pressure
189	User function point 7 actual pressure measured by the transmitter
190	Point 8 pressure
191	User function point 8 actual pressure measured by the transmitter
192	Point 9 pressure
193	User function point 9 actual pressure measured by the transmitter
194	Point 10 pressure
195	User function point 10 actual pressure measured by the transmitter
196	Point 11 pressure
197	User function point 11 actual pressure measured by the transmitter
198	Point 12 pressure
199	User function point 12 actual pressure measured by the transmitter
200	Point 13 pressure
201	User function point 13 actual pressure measured by the transmitter
202	Point 14 pressure
203	User function point 14 actual pressure measured by the transmitter
204	Point 15 pressure
205	User function point 15 actual pressure measured by the transmitter
206	Point 16 pressure
207	User function point 16 actual pressure measured by the transmitter
208	Point 1 output
209	User function point 1 output
210	Point 2 output
211	User function point 2 output
212	Point 3 output
213	User function point 3 output
214	Point 4 output
215	User function point 4 output
216	Point 5 output
217	User function point 5 output
218	Point 6 output
219	User function point 6 output
220	Point 7 output
221	User function point 7 output
222	Point 8 output
223	User function point 8 output
224	Point 9 output
225	User function point 9 output
226	Point 10 output
227	User function point 10 output
228	Point 11 output
229	User function point 11 output
230	Point 12 output
231	User function point 12 output
232	Point 13 output
233	User function point 13 output
234	Point 14 output
235	User function point 14 output
236	Point 15 output
237	User function point 15 output
238	Point 16 output
239	User function point 16 output
240	Vol. tempr. coeff.
241	Volume temperature coefficient for user function output calculation
242	.8f
243	Reference tempr.
244	Reference temperature for user function output volume temperature dependence
245	ALARM CPUEE ER
246	Error in configuration data. Current output in alarm state
247	ALARM ADSEN ER
248	Pressure A/D conversion error. Current output in alarm state
249	ALARM ADTS ER
250	Sensor temperature A/D conversion error. Current output in alarm state
251	ALARM ADTH ER
252	Electronics temperature A/D conversion error. Current output in alarm state
253	ALARM ELDR ER
254	No reference signal in differential pressure measurement application. Current output in alarm state
255	SCI ERR
256	Parity error in Serial Communication Interface
257	AD ERR
258	Analog to digital converter error
259	HA FR ERR
260	Frame error in HART message
261	HA DA ERR
262	Data error in HART message
263	ADCEE ERR
264	Error in calibration data
265	Reserved 1
266	Reserved for future use
267	Reserved 2
268	Zero device status
269	Set device status flags off
270	Sensor tempr cal
271	Send reference meter temperature value to the sensor temperature
272	Housing tempr cal
273	Send reference meter temperature value to the housing temperature
274	PV Zero calibr.
275	Pressure value zero calibration. Set correct value for pressure zero
276	PV Span calibr.
277	Pressure value span calibration. Set correct value for pressure span
278	SUCCESS
279	INVALID SELECTION
280	WRONG LINEARIZATION FUNCTION
281	EEPROM RESERVED
282	CORRECTION TOO LARGE
283	INVALID INDEX
284	FMU860
285	DT
286	DVC
287	FCX
288	AS800
289	340T
290	340C
291	344
292	Siemens Micro K
293	SITRANS L
294	SIPAN PH
295	SITRANS P
296	75SMT
297	UNIDELTA
298	8320
299	SX5100
300	TSV175
301	DMU
302	3780
303	BM70
304	8u
305	Device status flags set off
306	Connect reference temperature meter
307	Give correct value for sensor temperature in %{0}
308	hlp
309	Sensor temperature calibration succeed
310	Give correct value for housing temperature in %{0}
311	Housing temperature calibration succeed
312	Give correct value for zero pressure in %{0}
313	Apply span pressure to sensor
314	Give correct value for span pressure in %{0}
315	Sensor span calibration succeed
引用ID	字符串