HART设备字典

Loading…

引用ID	字符串
0	_Eclipse_CO2
1	DET-TRONICS
2	xmtr flt 1
3	Calibration failed
4	calibration was not successful
5	blocked optics
6	Light beam is restricted. Clean the windows.
7	open lamp
8	The bulb is burned out.
9	Cal line active
10	Calibrate line was active at startup.
11	EE error 1
12	EEPROM 1 failure
13	EE error 2
14	EEPROM 2 failure
15	Ref A/D sat
16	The A/D is saturated for the optical reference channel.
17	Act A/D sat
18	The A/D is saturated for the optical active channel.
19	xmtr flt 2
20	Low 24 volts
21	Supply voltage to the field device is low.
22	Hi/Low 12 Volts
23	Internal analog 12 volt supply voltage is out of tolerance.
24	Hi/Low 5 Volts
25	Internal digital supply voltage is out of tolerance.
26	Zero Drift
27	Flash CRC Error
28	Ram Error
29	fault bit E
30	undefined
31	fault bit F
32	xmtr status 1
33	cal active
34	in warm up
35	status bit 2
36	Low Alarm
37	High Alarm
38	manual self test
39	status bit 6
40	status bit 7
41	xmtr status 2
42	status bit 8
43	config changed
44	Configuration has been changed
45	status bit A
46	status bit B
47	status bit C
48	status bit D
49	status bit E
50	status bit F
51	Operating mode
52	Stabilizing zero
53	Apply cal gas
54	Stabilizing span
55	Remove cal gas
56	.2f
57	8.2f
58	.3f
59	.0f
60	.5f
61	8.3f
62	TBD
63	7d
64	Gas Type
65	Gas for which the device has been configured to give a linear output.
66	CO2 (2000ppm)
67	CO2 (5000ppm)
68	CO2 (10000ppm)
69	CO2 (1percent)
70	CO2 (2percent)
71	CO2 (5percent)
72	CO2 (10percent)
73	Spare 7
74	Spare 8
75	Gas
76	Users preferred name for the gas being detected.
77	% volume of gas equal to 100% FS.
78	Vol% @ 100% FS
79	Set the analog output used to indicate faults.
80	Analog fault codes
81	Eclipse
82	These values have been defined to remain above 1 mA.
83	PIR 9400
84	These are the same values used in the PIR 9400.
85	User defined
86	The user may set the analog value to indicate warm up, blocked optics, calibration and faults.
87	Warm Up
88	Analog output current indicating warm up.
89	Blocked Optics
90	Analog output current indicating inadequate light signal. The windows should be cleaned.
91	Analog output current indicating the device is being calibrated.
92	.1f
93	Fault
94	Analog output current indicating a fault.
95	Active
96	PSD value of the active sensor.
97	Reference
98	PSD value of the reference sensor.
99	Ratio
100	Ratio of the active sensor over the reference sensor.
101	.4f
102	Absorption
103	Gas absorption expressed in percent.
104	Span Factor
105	Number used to calibrate this specific device.
106	Cal Conc
107	The output will be set to this value when gas is applied during calibration.
108	Cal Gas
109	Choose same if the calibration gas is the same as the gas being detected.Methane or propane may be used if the detected gas is not available for calibration.
110	Same
111	Use the same gas for calibration as the detected gas.
112	Apply the calibration gas to the calibration port.
113	Cuvette
114	Use cuvette for calibration.
115	The user is encouraged to keep track of the last calibration date here. This date is for information only and is not used in any internal calculations.
116	CalDate
117	Cuvette length
118	Length of cuvette in millimeters.
119	Baud Rate
120	Select the baud rate for the RS485 communications.
121	1200
122	2400
123	4800
124	9600
125	19.2k
126	Parity
127	Select the parity for the RS485 communications.
128	Even
129	Odd
130	Protocol
131	Select the protocol for the RS485 communications.
132	Modbus
133	ASCII
134	Select the polling address for the RS485 communications.
135	EQ DIP switch
136	Same as function as the DIP switch on other EQ field devices. Set the EQ address for local addressing. Set to 0 to enable software addressing from the EQ OIS.
137	EQ attached
138	Password
139	The password is used to validate the command to enable or disable writes in the device.
140	Set Write protect
141	Used to set the write protect mode.
142	Change Password
143	Running hrs
144	The number of hours the unit has been powered.
145	max temp 1
146	max temp 1 hour
147	max temp 2
148	max temp 2 hour
149	min temp 1
150	min temp 1 hour
151	min temp 2
152	min temp 2 hour
153	Event log request
154	newest event
155	previous event
156	next event
157	event hour
158	event hour 1
159	Cal Event
160	empty
161	zero only cal
162	cal OK
163	Calibration failed
164	Event
165	blocked optics
166	warm up
167	zero drift
168	Event 1
169	% volume of special gas equal to 100% LEL.
170	Spcl gas Vol%
171	Coefficient A for special gas
172	Spcl gas coef A
173	Coefficient B for special gas
174	Spcl gas coef B
175	Coefficient C for special gas
176	Spcl gas coef C
177	Coefficient D for special gas
178	Spcl gas coef D
179	Coefficient E for special gas
180	Spcl gas coef E
181	High Alarm Level
182	Gas level for initiating a high alarm. The high alarm level can not be set higher than 60%LFL or lower than the low alarm level.
183	4.1f
184	8.1f
185	Low Alarm Level
186	Gas level for initiating a low alarm. The low alarm level can not be set lower than 5%LFL or higher than the high alarm level.
187	High Alarm Latch
188	Selects latching or nonlatching high alarm. Latched alarms are unlatched with Reset.
189	Low Alarm Latch
190	Selects latching or nonlatching low alarm. Latched alarms are unlatched with Reset.
191	Coefficient A
192	Coefficient B
193	Coefficient C
194	Coefficient D
195	Coefficient E
196	Special Coefficients
197	Max temperatures
198	Displays the maximum temperatures recorded in the device.
199	Min temperatures
200	Displays the minimum temperatures recorded in the device.
201	Event log
202	Retrieves stored events. The most recent event is shown first. Recorded events include Blocked Optics, warm up, zero drift, low alarm & high alarm.
203	Calibration log
204	Retrieves stored calibration events. The most recent calibration event is shown first. Calibrations are recorded as zero only cal, cal OK & cal failed. Cal OK indicates that both zero and span were completed.
205	Self test will perform all internal checks immediately and return results in variables xmtr flt 1 & xmtr flt 2.
206	This command will reset latched relay outputs
207	Response test
208	This test holds the analog output at 4mA and prevents the alarm relays from activating when gas is applied. Gas response is indicated by the PV.
209	Calibrate Zero and Span.(Zero first)
210	Abort cal
211	Abort response test
212	Abort zero cal
213	return to normal
214
215	LRV
216	URV
217	PV
218	Rate
219	Eclipse_CO2
220	Device Variables
221	Process Variables
222	Identification
223	Range Values
224	Device Info
225	HART Info
226	Diagnostics
227	Status/Fault Menu
228	Test device
229	Calibration
230	History
231	Fault 1
232	Fault 2
233	Status 1
234	Status 2
235	Operating Mode
236	Calibration Mode
237	Calibrate Sensor
238	Config Gas Alarms
239	Com Port
240	Write variables
241	PV Analog Channel Saturated
242	PV Analog Channel Fixed
243	Wireless
244	WirelessHART Device
245	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
246	Primary
247	Primary Analog Channel
248	Secondary
249	Secondary Analog Channel
250	Tertiary
251	Tertiary Analog Channel
252	Quaternary
253	Quaternary Analog Channel
254	Quinary
255	Quinary Analog Channel
256	Critical Power Failure
257	Lock all
258	Trim not supported
259	Configuration cannot be changed
260	Locked by gateway
261	Analog Input Channel
262	Analog Output Channel
263	Secondary Analog Channel Saturated
264	Tertiary Analog Channel Saturated
265	Quaternary Analog Channel Saturated
266	Quinary Analog Channel Saturated
267	Secondary Analog Channel Fixed
268	Tertiary Analog Channel Fixed
269	Quaternary Analog Channel Fixed
270	Quinary Analog Channel Fixed
271	Simulation active
272	The device is in simulation mode and the level output is not representative of the process.
273	Non-Volatile memory failure
274	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
275	Volatile memory error
276	The RAM memory check is invalid or maybe corrupt
277	Watchdog reset executed
278	A watchdog reset has been performed
279	Voltage conditions out of range
280	A voltage condition is outside its allowable range
281	Environmental conditions out of range
282	An internal or environmental condition is beyond acceptable limits.
283	Electronic failure
284	A hardware problem not related to the sensor has been detected.
285	Subdevice list changed
286	Duplicate master detected
287	Capacity Denied
288	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
289	Bandwidth allocation pending
290	Block transfer pending
291	Battery life
292	Percent range
293	Loop current
294	Primary variable
295	Secondary variable
296	Tertiary variable
297	Quaternary variable
298	Read receive time
299	Write date and time
300	Non-Volatile Clock
301	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.
302	Clock Uninitialized
303	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.
304	None
305	No restrictions
306	SI Only
307	Restricted to SI Unit codes only
308	Process automation device
309	Discrete device
310	Hybrid:Process automation+discrete
311	I/O System
312	WirelessHART Process automation device
313	WirelessHART Discrete device
314	WirelessHART Process automation+discrete
315	WirelessHART Gateway
316	WirelessHART Access point
317	WirelessHART Process adapter
318	WirelessHART Discrete adapter
319	WirelessHART enabled handheld/portable maintenance tool
320	Device Profile
321	US
322	United States of America
323	JP
324	Japan
325	DE
326	Germany
327	FR
328	France
329	ES
330	Spain
331	RU
332	Russian Federation
333	CN
334	People's Republic of China
335	Secondary Master
336	Primary Master
337	Device Diagnostic Status 0
338	Device Diagnostic Status 1
339	I/O and Subdevice Status
340	WirelessHART Status
341	Time Set Option
342	Real Time Clock Flags
343	Country
344	Country of intended device installation
345	SI Unit Control
346	Indicates if device should only display SI unit codes
347	8u
348	Dynamic Variables Returned for Device Variables
349	Command Response Truncated
350	Configuration Change Counter Mismatch
351	Status bytes mismatch
352	Output Status
353	Output Status Byte
354	Uninitialized
355	Normal - one sensor
356	Normal - two sensors
357	Normal - three sensors
358	Shorted
359	Shorted- shorted field wiring.
360	Limited high
361	Limited high- block can not respond to upward movement of value.
362	Open
363	Open- open field wiring.
364	Limited low
365	Limited low- block can not respond to upward movement of target.
366	Initialization done
367	Initialization done- block initialization is complete.
368	Not selected
369	Not selected- target value provided by block was not selected.
370	No path
371	No path- there is no path to the process.
372	Fail
373	Fail- hardware failure.
374	Bad
375	Bad- block is out of service or has bad input.
376	Not from process
377	Not from process- value is not directly affected by any process information.
378	Local override
379	Local override- block has LO mode.
380	Not Cascade Mode
381	Not RCas Mode
382	Not ROut Mode
383	No communication
384	No communication- (NO_COM).
385	uint16_var_blk_char
386	uint32_var_blk_char
387	uint8_var_blk_char
388	int8_var_blk_char
389	new itest redef1 label
引用ID	字符串