HART设备字典

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引用ID	字符串
0	ABB
1	EEPROM 1 error
2	EEPROM 2 error
3	Stat Pres ool
4	Sens Temp ool
5	Elec Temp ool
6	ASIC Update fail
7	ASIC Counter ool
8	EEPROM 1/2 error
9	Field Device Primary Variable Unit - Engineering unit that the Digital Value, Upper Range Value and Lower Range value will be displayed with.
10	inH2O @20DegC
11	inHg @0DegC
12	feet H2O @20DegC
13	mmH2O @20DegC
14	mmHg @0DegC
15	torr @0DegC
16	Transfer Function - Defines the transformation function that will be applied between the Field Device Variable and the respective assigned Analog Output. The transfer function does not affect the Digital Value.
17	Up-Down Scale mode - Defines the setting of the current output when fatal errors are detected.
18	Up-Down Scale mode
19	Field Device Primary Variable Value - Represents the input pressure.
20	.3f
21	.2f
22	.1f
23	Sensor Limit Units and Minimum Span Units - Engineering units that the Upper Sensor Limit, Lower Sensor Limit and Minimum Span will be displayed with.
24	Sensor Limits Units
25	Meter Installation - Defines whether there is a meter installed or not and, if integral, what information the meter will display.
26	Push Buttons - Indicates whether the instrument is fitted with Zero and/or Span calibration buttons.
27	Push Buttons
28	No Push Buttons
29	Zero Pushbutton only
30	Zero & Span Pushbut.
31	Module Type - Defines the Module type of the field instrument.
32	KSA
33	KSB
34	KSC
35	KSD
36	KSK
37	KSM
38	KSN
39	KSP
40	KSR
41	KSV
42	KSG
43	KSS
44	KGF
45	Flange Mount Type - Defines the Flange Mount type of the field instrument.
46	Flange Mount Type
47	DN100 PN25/40
48	DN100 PN16
49	DN80 PN16
50	DN50 PN25/40
51	DN50 PN64
52	DN80 PN64
53	DN50 PN100
54	DN80 PN100
55	DN50 PN160
56	DN80 PN160
57	2in 300lb
58	2in 400/600lb
59	3in 400/600lb
60	2in 900lb
61	3in 900lb
62	1/2in NPT-F
63	DN80 Table F
64	DN80 Table J
65	DN100 Table F
66	DN100 Table J
67	DN50 PN25
68	DN25 PN400
69	DN40 PN40
70	DIN 11851
71	Flange Type - Hardware, adjacent to the sensor, that physically connects the process to the sensor.
72	Flange Mount Material - Indicates the construction material of the remote seal flange/s.
73	Flange Mount Material
74	Flange Material - Indicates the material of the flange.
75	17-4-PH
76	Oring Material - Indicates the construction material of a seal that exists between the module and the flange.
77	Nuts and Bolts - Indicates the material of Nuts and Bolts.
78	Nuts and Bolts
79	Alloy Steel
80	Drain Vent Material - Indicates the material of the vents.
81	AISI 303 SS
82	Remote Seal Isolator Material - Defines the material of the remote seal wetted diaphragm.
83	Hastelloy C276
84	Module Isolator Material - Indicates the material of the sensor diaphragm.
85	SAF 2205
86	SAF 2304
87	Block and Trunks material - Indicates the material of the manifold or of the integral orifice trunks.
88	Block & Trunks mtl
89	Orifice Material - Indicates the orifice material.
90	Orifice material
91	Remote Seal Type - Defines the type of Remote seal.
92	TYPE 980.10
93	Inline
94	Remote Seal Fill Fluid - Defines the remote seal filling liquid.
95	Vegetable oil
96	Glyceryn
97	Number of Remote Seals - Physical quantity of the seals for the remote seal that is installed.
98	Sensor Fill Fluid - Fluid material in the module.
99	Module range - This is the range for the sensor.
100	1.25 kPa
101	2.0 kPa
102	7.0 kPa
103	28 kPa
104	70 kPa
105	150 kPa
106	800 kPa
107	3000 kPa
108	1600 kPa
109	8000 kPa
110	40000 kPa
111	14000 kPa
112	42000 kPa
113	250 kPa
114	600 kPa
115	2500 kPa
116	4000 kPa
117	6000 kPa
118	16000 kPa
119	Calibration Type - Indicates if std. or specific on operating pressure or temperature or both.
120	Procedure Type - It is the type of any special procedure required for the manufacture of the sensor, e.g. degreasing.
121	Procedure Type
122	Oxygen Cleaning
123	Chlorine Cleaning
124	Hydrogen Preparation
125	Special Degreasing
126	Orifice Internal Diameter - Specifies the internal diameter of the integral orifice.
127	Orifice int diam
128	0.5 mm
129	0.8 mm
130	0.9 mm
131	1.3 mm
132	1.6 mm
133	2.1 mm
134	2.8 mm
135	3.5 mm
136	5.0 mm
137	Manifold or Integral Orifice - Specifies whether the field instrument is fitted with a manifold or an orifice.
138	Manif/intg orifice
139	3V Manf Direct
140	3V Manf with Adaptor
141	Internal Orifice
142	Int Orif+Valve Manf
143	External Orifice
144	Ext Orif+Valve Manf
145	Special Transfer Function.
146	Special Transfer Function
147	Lower Sensor Trim Point - Applied process pressure at which the last low sensor trim was performed. Pressure Sensor - Pressure hardware that measures pressure with respect to some reference pressure.
148	Upper Sensor Trim Point - Applied process pressure at which the last upper sensor trim was performed. Pressure Sensor - Pressure hardware that measures pressure with respect to some reference pressure.
149	Sensor trim units - It is the unit of the sensor trim points.
150	Sensor trim units
151	Maximum Working Pressure - Indicates the maximum pressure to which the transmitter can be submitted without causing danger and damage.
152	Maximum Working Pressure Unit - The unit of the Maximum working pressure.
153	Analog Output value - Indicates the current output of the field instrument.
154	Analog Output
155	Percent of Range - Digital value that is proportional to the range defined by the Lower Range Value and the Upper Range Value. The units of this variable is always in percent.
156	%
157	Upper Sensor Limit - Value that defines the absolute upper endpoint (largest magnitude) for the digital value. Pressure - Pressure of the process measured with respect to some reference pressure.
158	Lower Sensor Limit - Value that defines the absolute lower endpoint (smallest magnitude) for the digital value. Pressure - Pressure of the process measured with respect to some reference pressure.
159	Upper Range - Defines the operational endpoint from which the Analog Value and the Percent of Range are derived. In addition, the range values define the points at which the 'analog output saturated' warning is set.
160	Lower Range - Defines the operational endpoint from which the Analog Value and the Percent of Range are derived. In addition, the range values define the points at which the 'analog output saturated' warning is set.
161	Damping Value - Damping time constant applied to both the Digital Value and Analog Value of the respective output. The Unit of this variable are always in seconds.
162	2.2f
163	5.2f
164	Tertiary variable Static Pressure Value.
165	Static Pres
166	Tertiary variable Static Pressure Unit.
167	Sta pres unit
168	MPa
169	Static Pressure trim point - The pressure at which static trim is to take place.
170	Stat Pres trim pt
171	Static Pressure Trim Unit - Units of the static pressure trim point.
172	Stat Pres trim unit
173	Secondary variable Sensor Temperature Value - The displayed temperature is not the process temperature, it is the temperature in the sensor's core.
174	Snsr temp
175	Secondary variable Sensor Temperature Unit.
176	Snsr temp unit
177	Fourth Variable - Temperature of the electronics.
178	Elec temp
179	Fourth Variable Electronic Temperature Unit.
180	Product Code - Specifies the transmitter's code number.
181	Product code
182	Separator &/or Services - Indicates the code of remote seal or code for special services or calibration.
183	Sepratr&/Service
184	Manifold or Orifice - Indicates the code of manifold or integral orifice.
185	Manf or orifice
186	Minimum Span value - Indicates the minimum allowable value for the span. The span is the algebraic difference between the Upper and Lower Range Value.
187	Min span
188	Sensor Serial Number - Indicates the sensor module serial number.
189	7d
190	Up Down Scale Mode
191	This is the array for the dynamic variables
192	Field Device Dynamic variables array
193
194	Type Code Mismatch
195	Type code mismatch
196	Excess Correction Attempted
197	Configure
198	Zero/Span cal
199	Status
200	Pres sensor trim
201	Sensor trim points
202	Sensor
203	Pres sensor
204	Pres sensor info
205	Temp sensor
206	Stat sensor
207	Pres input scaling
208	Display Limits
209	Product codes
210	Material Info
211	Revision #'s
212	Misc Info
213	write_variables
214	Offline
215	Danger for max working pressure
216	Back to normal
217	Full trim method - The full trimming allows the performance of high or low trim.
218	Full trim
219	Static trim method - The static trimming allows a single point trim of Static Pressure
220	Static trim
221	Rerange 4-20mA
222	Perform a device rerange to 4 - 20mA by applying source pressure input.
223	Before up down scale
224	Before polling
225	Loop in manual
226	Commands the DPK pressure electronics to perform a selftest.
227	FMU860
228	DT
229	DVC
230	FCX
231	AS800
232	340T
233	340C
234	344
235	Siemens Micro K
236	SITRANS L
237	SIPAN PH
238	SITRANS P
239	75SMT
240	UNIDELTA
241	8320
242	SX5100
243	TSV175
244	DMU
245	3780
246	BM70
247	8u
248	low
249	high
250	Field Device Variable Unit- Engineering unit to be displayed with the Digital Value representation, Minimum Span, Upper Range Value, Lower Range Value, Lower Sensor Limit, and Upper Sensor Limit. Pressure- Pressure of the process measured with respect to a reference pressure.
251	Send warning
252	Send Warning- Yields a units code notice to the User.
253	Variables which use this as the units code will be in the previous units until this value is sent to the device.
254	DANGER: Change of this value affects plant and personnel safety. MUST be done by qualified personnel only.
255	Note: Loop may be returned to automatic control when SEND is done
256	Applied values read: PV: %{1} Units: %{0}
257	Applied zero reads: PV: %{1} Units: %{0}
258	Last Input val used: Units: %{0} Hival: %{2} Loval: %{1}
259	Select choice:
260	High Trim;Low Trim;Display limits;Exit
261	Apply a Hival Pres. Higher than Loval
262	Pressure stabilizing. PLEASE WAIT...
263	Units: %{0} Pres. applied: %{1}
264	Enter applied Hival:
265	Aborting procedure due to last error
266	Apply a Loval Pres. Lower than Hival
267	Enter applied Loval:
268	SENSOR LIMITS: Units:%{0} USL: %{2} LSL: %{1}
269	Static value read stat value: %{0} units: %{1}
270	Modify;Ready
271	Enter static value:
272	Now Apply input pressure (URV is %{0}) (LRV is %{1})
273	Current process value: %{0} %{1}
274	Read new value;Set as 4mA value;Set as 20mA value;Exit
275	WARN: Up/Down scale mode affects the TX behaviour in case of fault: the failsafe condition should be set.
276	WARN: TX with polling address different from 0 cannot be part of a control loop.
277	Executing selftest. PLEASE WAIT...
278	Self test terminated
引用ID	字符串