Device dictionary

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Reference ID	String
0	Detcon HRT Bridge
1	Channel Status
2	Stability Fault
3	Range Fault
4	Sensor Fault
5	Zero Fault
6	Sensor Fault 2
7	Sensor in Calibration
8	Global Fault
9	Auto Span Fault
10	Temperature Fault
11	Loop Current Fault
12	Input Voltage Fault
13	Memory Fault
14	Processor Fault
15	Clearing Fault
16	Alarm 1 Active
17	Alarm 2 Active
18	Alarm 3 Active
19	Fault Relay Active
20	Modbus Communications Lost
21	Dac Span Not Calibraed
22	Dac Zero Not Calibrated
23	Unique Id Not Set
24	% range
25	5.0f
26	Concentration
27	Second Device Variable (deviceVariables[1]) is concentration. xmtr-mv supports an imaginary set of expanded engineering units in this device variable slot
28	Conc. Unit
29	Conc. USL
30	Conc. LSL
31	Conc. Min Span
32	Conc. Damping
33	Conc. Class
34	Conc. Data Quality
35	Conc. Limit Status
36	Conc. Family Status
37	Conc. Sensor S/N
38	User Units
39	Special user units
40	Concentration value measured by device variable 1
41	Conc Family Status
42	7d
43	20
44	50
45	100
46	200
47	Temperature
48	Secondary Variable - Temperature Compensation
49	Temp. Unit
50	Temp. Class
51	Temp. Quality
52	Temp. Limit Status
53	Temp. Family Status
54	Temper. Unit
55	Sensor Temperature Units- Engineering unit to be displayed with Sensor Temperature.
56	Temp. Data Quality
57
58	Voltage
59	Tertiary Variable - Voltage Compensation
60	PS Volt Unit
61	PS Voltage
62	PS Volt Class
63	PS Volt Data Quality
64	PS Volt Limit Status
65	PS Family Status
66	PS Volt Family Status
67	Auto Span Level
68	Concentration of the span gas that will be applied during an Auto Span calibration. This value is typically 50% of the range
69	5d
70	Sensor Life
71	Indicates the remaining service life of the sensor cell. If the sensor life falls below 25% the cell is in need of replacement
72	%
73	Model type
74	The type of Detcon sensor that is connected to the Detcon HRT Bridge
75	DM
76	FP
77	IR
78	TP
79	PI
80	Days last cal
81	Number of days that have elapsed since the last successful AutoSpan calibration
82	days
83	Sensor Range
84	The maximum value of the concentration that can be detected by the sensor
85	Range > 25
86	Range 10-25
87	Range < 10
88	Cell Bias
89	Voltage applied between the sensing and counter electrodes of an electrochemical cell
90	Neg, 0 mV Bias
91	Neg, 150 mV Bias
92	Neg, 200 mV Bias
93	Neg, 300 mV Bias
94	Pos, 0 mV Bias
95	Pos, 150 mV Bias
96	Pos, 200 mV Bias
97	Pos, 300 mV Bias
98	Gain Code
99	Value of the gain of the internal amplifier in the sensor cell
100	Raw Counts
101	Numerical value measured by the analog-to-digital converter circuit
102	Gas Factor
103	Used to make the appropriate signal sensitivity adjustment when the target gas is other than methane
104	6.2f
105	Cal Factor
106	Used to make the appropriate signal sensitivity adjustment when the calibration gas is other than methane
107	Bridge Current
108	Current flowing through the bridge circuit of the sensor
109	6.1f
110	mA
111	Bridge Voltage
112	Voltage applied to the bridge circuit of the sensor
113	mV
114	Used to make the appropriate signal sensitivity adjustment when the target gas is different from the calibration gas
115	Active Counts
116	Numerical value measured by the analog-to-digital circuit monitoring the IR cell active signal
117	Reference Counts
118	Numerical value measured by the analog-to-digital circuit monitoring the IR cell reference signal
119	RangeMultiplier
120	Indicates the number of decimal places in the reported concentration value. A range multiplier of 1 indicates 1 deciaml place, 10 indicates 2 decimal places, and 100 indicates 3 decimal places.
121	Used to make the appropriate signal sensitivity adjustment when the calibration gas is different from the target gas
122	Heater Power
123	Sets the optium operating temperature for the solid state H2S sensor
124	mW
125	Heater Voltage
126	Voltage applied to the heater film in the solid state H2S sensor
127	Sensor Resistance
128	Resistance of the sensor film in the solid state H2S sensor
129	x100 ohms
130	Heater Current
131	Current flowing through the heater film in the solid state H2S sensor
132	Used to make the appropriate signal sensitivity adjustment when the target gas is not isobutylene
133	EngUnits
134	Units for the concentration and range values
135	Processor Firmware Version
136	Version of firmware installed on the Detcon sensor
137	Processor Hardware Version
138	Hardware version of the Detcon sensor
139	Cell Firmware Version
140	Version of firmware installed on the sensor cell processor
141	Cell Hardware Version
142	Hardware version of the sensor cell
143	Co-Processor Firmware Version
144	Version of firmware installed on the Detcon coprocessor
145	Co-Processor Hardware Version
146	Hardware version of the Detcon coprocessor
147	Calibration Date
148	Date of the last successful AutoSpan calibration
149	Read Time Date
150	Time and date that are stored in the sensor's internal clock
151	Modbus Address
152	Modbus slave address of the sensor
153	Modbus Baud Rate
154	Baud rate used for coummincation on the Modbus
155	9600
156	19200
157	Model Number
158	Sensor model number
159	Alarm 1 Level
160	Threshold for activating alarm 1
161	Alarm 2 Level
162	Threshold for activating alarm 2
163	Alarm 3 Level
164	Threshold for activating alarm 3
165	Alarm 1 Direction
166	An ascending alarm is activated when the concentration goes from below the alarm threshold to above it. A descending alarm is activated when the concentration goes from above the threshold to below it. Descending alarms are used for oxygen sensors. Ascending alarms are used for all other gases.
167	Ascending
168	Descending
169	Alarm 1 Type
170	A latching alarm remains active after the alarm condition has cleared. A non-latching alarm will deactivate once the alarm condition has cleared.
171	Latching
172	Non-Latching
173	Alarm 1 Condition
174	An energized alarm relay has the normally open and common connections shorted in a non-alarm condition. A de-energized alarm relay has the normally closed and common connections shorted in a non-alarm condition.
175	Energized
176	De-Energized
177	Alarm 2 Direction
178	Alarm 2 Type
179	Alarm 2 Condition
180	Alarm 3 Direction
181	Alarm 3 Type
182	Alarm 3 Condition
183	An energized alarm relay has the normally open and common connections shorted in a non-alarm condition. A de-energized relay has the normally closed and common connections shorted in a non-alarm condition.
184	Fault Relay Type
185	A latched fault will remian active after the fault condition has cleared. A non-latched fault will clear once the fault condition has cleared.
186	Fault Relay Condition
187	An energized fault relay has the normally open and common connections shorted in a non-fault condition. A de-energized fault relay has the normally closed and common connections shorted in a non-fault condition.
188	Serial Number
189	Serial number for the attached sensor
190	12d
191	Bridge Setpoint
192	Target current for the sensor cell bridge circuit
193	Filter Mode
194	Enables software filtering of the sensor cell output
195	Disabled
196	Enabled
197	Invalid Index
198	Reset Alarms
199	Forces any latched alarms to be reset to their non-alarm state
200	Restore Defaults
201	Restores the factory default settings to the attached sensor
202	Autozero Cal.
203	The AutoZero function is used to set the sensor�s zero baseline.
204	Autospan Cal.
205	The AutoSpan function is used to span calibrate the sensor.
206	Reset Comm Lost Status
207	Resets the Comm Lost status after Modbus communications have been restored.
208	Start
209	Device Variables
210	Primary Variables
211	Identification
212	PV Measurement
213	Range Values
214	Measured Values
215	HART Tags
216	Device Info.
217	Revisions
218	Sensor Information
219	LRV
220	URV
221	PV
222	Rate
223	Diagnostics
224	Sensor Status
225	Device Status
226	Relay Status
227	HART Status
228	Configuration Setup
229	Alarm Setup
230	Calibration
231	HART Setup
232	Range Setup
233	Sensor Setup
234	Modbus Setup
235	Alarm 1 Setup
236	Alarm 2 Setup
237	Alarm 3 Setup
238	Fault Relay Setup
239	Sensor Calibration
240	Loop Test & Calibrate
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	8.3f
353	.3f
354	Output Status
355	Output Status Byte
356	Uninitialized
357	Normal - one sensor
358	Normal - two sensors
359	Normal - three sensors
360	Shorted
361	Shorted- shorted field wiring.
362	Limited high
363	Limited high- block can not respond to upward movement of value.
364	Open
365	Open- open field wiring.
366	Limited low
367	Limited low- block can not respond to upward movement of target.
368	Initialization done
369	Initialization done- block initialization is complete.
370	Not selected
371	Not selected- target value provided by block was not selected.
372	No path
373	No path- there is no path to the process.
374	Fail
375	Fail- hardware failure.
376	Bad
377	Bad- block is out of service or has bad input.
378	Not from process
379	Not from process- value is not directly affected by any process information.
380	Local override
381	Local override- block has LO mode.
382	Not Cascade Mode
383	Not RCas Mode
384	Not ROut Mode
385	No communication
386	No communication- (NO_COM).
387	uint16_var_blk_char
388	uint32_var_blk_char
389	uint8_var_blk_char
390	int8_var_blk_char
391	new itest redef1 label
Reference ID	String