Device dictionary

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Reference ID	String
0	Date- Gregorian calendar date, entered as mm/dd/yy, that is stored in the Field Device. This date can be used by the user in any way. There is no specific recommended use.
1	No
2	4.1f
3	Temperature out of range
4	Event 1 triggered
5	Event 2 triggered
6	QV is
7	.1f
8	.2f
9	.3f
10	.4f
11	.5f
12	The mass flow rate below which the frequency/pulse output indicates zero flow, and below which totalizers stop counting.
13	4.2f
14	Sec
15	%
16	Determines whether the Event is activated when it goes above (High) or below (Low) the setpoint.
17	7d
18	8.2f
19	The number of cycles, in Hertz, that equal a proportional flow rate represented by the frequency/pulse output.
20	Hz
21	The flow rate that equals a set frequency if the frequency output represents mass or volume flow; or the mass or volume total that equals a set number of pulses if the frequency output represents mass or volume total.
22	AO cutoff
23	Pulses
24	.6f
25	The volume flow rate below which the frequency/pulse output indicates zero flow, and below which totalizers stop counting.
26	10.4f
27	Pressure
28	Event 1
29	10.2f
30	Event1 unit
31	Event1 anlog valu
32	Event1 % rnge
33	Event1 URV
34	Event1 LRV
35	Event1 URL
36	Event1 LRL
37	Event1 min span
38	Event 2
39	Event2 unit
40	Event2 anlog valu
41	Event2 % rnge
42	Event2 URV
43	Event2 LRV
44	Event2 URL
45	Event2 LRL
46	Event2 min span
47	Event1
48	Event2
49	QV
50	Configuration information identifying the flange material used with the sensor. Informational purposes only - does not affect flowmeter operation.
51	Flange
52	Configuration information identifying any liner material used with the sensor. Informational purposes only - does not affect flowmeter operation.
53	Halar
54	Configuration information identifying the sensor model installed. Informational purposes only - does not affect flowmeter operation.
55	Configuration information identifying the material of which the sensor is constructed. Informational purposes only - does not affect flowmeter operation.
56	A standard engineering unit that serves as the mass component in a special unit.
57	Base mass unit
58	A standard unit of time (seconds, minutes, hours, or days) that serves as the time component in a special unit.
59	Base mass time
60	A programmable multiplier for the base mass unit in a special unit.
61	Mass flo conv factr
62	A 1 to 4 character description of a special unit of flow.
63	Mass flo text
64	A 1 to 4 character description of a special unit of mass, which is based on the special unit of flow to represent total.
65	Mass totl text
66	A control that enables the user to determine whether the frequency/pulse output and totalizers will indicate forward, reverse, or bi-directional flow.
67	A programmable high limit on density, which enables the transmitter to indicate slug flow (extremes in fluid density caused by slugs of gas or accumulation of solids in a liquid flow stream) if fluid density goes outside programmed slug flow limits.
68	g/Cucm
69	Slug high limit
70	5.4f
71	A programmable low limit on density, which enables the transmitter to indicate slug flow (extremes in fluid density caused by slugs of gas or accumulation of solids in a liquid flow stream) if fluid density goes outside programmed slug flow limits.
72	Slug low limit
73	A 10-character factor that describes the sensitivity of the sensor to mass flow. The first 6 characters are the flow rate, in grams/second, per microsecond of time shift between velocity signals from the sensor. The 2nd four characters are the flow temperature coefficient.
74	FlowCal
75	The mass or volume flow rate below which a milliamp output representing flow indicates zero flow.
76	PV AO cutoff
77	SV AO cutoff
78	A standard engineering unit that serves as the volume component in a special unit.
79	Base vol unit
80	Base vol time
81	A programmable multiplier for the base volume unit in a special unit.
82	Vol flo conv factr
83	A 1 to 4 character description of a special unit of flow.
84	Vol flo text
85	A 1 to 4 character description of a special unit of volume, which is based on the special unit of flow to represent total.
86	Vol totl text
87	A value (in Hertz) that will be indicated on the frequency output for the purpose of a loop test.
88	Allows the user to Reset, Stop, or Start all totalizers. NOTE - Inventory totals are NOT reset.
89	14 characters describing the sensitivity of the sensor to density.
90	The number of readings collected from the sensor during an Auto Zero operation.
91	Cycles
92	Zero time
93	5d
94	A unitless number that allows the user to reject the Auto Zero operation if the standard deviation is greater than 10 times the programmed convergence limit. A convergence limit of zero disables this feature.
95	Converg. limit
96	For the RFT9739, a programmable time period, in seconds, that defines the crossover frequency for the frequency output, where Crossover freq. = 1 / (2 x Pulse width). Below the crossover, the output has a constant ON state, and an OFF state that varies with frequency.
97	Max pulse width
98	5.3f
99	An output that produces 0 V ON and 15 OFF digital levels. The control output can represent faults, zero in progress, flow direction, event 1 or event 2.
100	Control output
101	A 14-character factor that describes the slope and offset of the linear output representing flow tube temperature.
102	Temp cal factr
103	A value, in microseconds, representing the phase shift between velocity signals from the sensor when measuring zero flow.
104	uSec
105	5.2f
106	Units for zero offset - always microseconds.
107	Zero units
108	1d
109	A unitless value which characterizes the amount of deviation between readings during an Auto Zero operation.
110
111	Std dev
112	6.2f
113	Downscale: An analog output goes to 0 or 2 mA, the frequency = 0 Hz. Upscale: Milliamp outputs = 22 mA, the frequency output = 15 kHz. Last measured value: Outputs = value measured immediately before before fault. Internal zero: Outputs tied to flow = zero flow.
114	Fault indicator
115	A programmable time period, from 0.00 to 60.00 seconds, during which outputs representing flow hold their last measured value before indicating slug flow.
116	Slug duration
117	6.5f
118	A variable which represents how [differential] pressure is brought into the transmitter for the purpose of viscosity calculation or pressure compensation.
119	A 14-character factor consisting of a slope and offset (optional) used to adjust the measured viscosity.
120	Visc cal factr
121	A tag used to identify a pressure transmitter being polled by the 9739 via a HART network.
122	User-entered viscosity for the purpose of performing an on-line viscosity calibration.
123	Visc trim point
124	User-entered temperature for the purpose of performing an on-line temperature calibration.
125	Ref temperature
126	The density, in g/cc, of the air or other low-density fluid used during a 2-point density calibration. Dens A can represent: The Dens A (D1) value on an ELITE sensor, a value of 0.0000 g/cc for a D, DL, or DT sensor with a 14-character dens cal factor.
127	Dens A
128	The density, in g/cc, of the water or other high-density fluid used during a 2-point density calibration. Dens B can represent: The Dens B (D2) value on an ELITE sensor, a value of 1.0000 g/cc for a D, DL, or DT sensor with a 14-character dens cal factor.
129	Dens B
130	The tube period, in microseconds, corresponding to a density equal to Dens A.
131	K1
132	The tube period, in microseconds, corresponding to a density equal to Dens B.
133	K2
134	The percent change in the elasticity of the flow tubes around the bending axis per 100 degrees Celsius.
135	Temp coeff
136	Value
137	Event num
138	Event1 type
139	High Alarm
140	Low Alarm
141	Event2 type
142	For the Model RFT9739, a programmable flow rate, total, density, temperature, differential pressure, or viscosity at which an output set to represent event 1 or event 2 switches states.
143	Event1 setpoint
144	Event2 setpoint
145	Assigns flow rate, total, density, temperature, differential pressure, or viscosity to event 1 or event 2.
146	Event1 var
147	Event2 var
148	The frequency, in Hertz, presently being indicated on the frequency output.
149	Pres freq
150	6.1f
151	3d
152	Anlog 1 range vals
153	Anlog 2 range vals
154	Freq scaling
155	View fld dev vars
156	View output vars
157	Test/Status
158	Charize sensor
159	Config outputs
160	Config events
161	View PV-Analog 1
162	View SV-Analog 2
163	View TV-Frequency
164	View QV
165	View event 1
166	View event 2
167	Auto zero
168	Density cal
169	Viscosity cal
170	Temperature cal
171	Density
172	Viscosity
173	Flow
174	Temperature
175	Viscosity/Pressure
176	Analog output 1
177	Analog output 2
178	Frequency output
179	Fault output
180	Event2
181	Dens Pt 1 (Air)
182	Dens Pt 2 (Water)
183	Dens Pt 3 (Flow)
184	Visc slope cal
185	Visc offset cal
186	Temp slope cal
187	Temp offset cal
188	Spcl mass units
189	Spcl vol units
190	Device info
191	Fld dev vars
192	Outputs
193	Write variables
194	Please refer to manual for complete calibration instructions.
195	Perform Cal
196	Outputs a user-programmed frequency to the frequency output.
197	Fix Analog Out 1
198	Fix Analog Out 2
199	Trim Analog Out 1
200	Trim Analog Out 2
201	Instructs transmitter to perform internal self test.
202	Start totalizer
203	Enables the internal totalizers to begin counting. Also enables the frequency/pulse output to indicate flow.
204	Stop totalizer
205	Prevents the internal totalizers from counting. Disables the frequency/pulse output from indicating flow.
206	Reset totalizer
207	Resets internal totalizers.
208	Status Alarm1
209	When set, indicates that Event 1 has reached its programmed setpoint.
210	Status Alarm2
211	When set, indicates that Event 2 has reached its programmed setpoint.
212	View status
213	Reports any currently active device status information.
214	Min mass flow
215	Minimum flow rate (in g/s) required for a 3rd point density calibration.
216	Aborts Auto Zero operation and continues to use previous zero offset value.
217	Exits fixed mode and returns the frequency output to its active state.
218	Invalid cutoff type code
219	FMU860
220	DT
221	DVC
222	FCX
223	AS800
224	340T
225	340C
226	344
227	Siemens Micro K
228	SITRANS L
229	SIPAN PH
230	SITRANS P
231	75SMT
232	UNIDELTA
233	8320
234	SX5100
235	TSV175
236	DMU
237	3780
238	BM70
239	8u
240	WARN-Loop should be removed from automatic control
241	Flow must be zero Perform calibration?
242	A problem was detected
243	Abort;Fix and Retry
244	NOTE-Loop may be returned to automatic control
245	Calibration in Progress Zero: %{0} Std dev: %{1}
246	Auto Zero Failed
247	Auto Zero Complete Zero: %{0} Std dev: %{1}
248	Enter Density
249	Perform calibration?
250	Calibration in Progress...
251	Density Calibration Complete
252	Mass Flow must be greater than %{minflow} g/s. Perform calibration?
253	Slope Calibration Enter Visc in %{0}
254	Viscosity Calibration Complete
255	Offset Calibration Enter Visc in %{0}
256	Offset Calibration Enter Temp in %{0}
257	Temperature Offset Calibration Complete
258	Slope Calibration Enter Temp in %{0}
259	Temperature Slope Calibration Complete
260	Choose frequency output level
261	10 kHz;Other;End
262	Output
263	Aborting due to field device error
264	Frequency output is fixed at %0 Hz
265	Choose analog output level
266	4 mA;20 mA;Other;End
267	Output value:
268	Analog Output 1 is fixed at %0
269	Analog Output 2 is fixed at %0
270	Connect reference meter
271	About to set analog output 1 to %0 mA
272	Enter meter value
273	Is fld dev 4.00 mA output equal to reference meter?
274	Yes;No
275	Is fld dev 20.00 mA output equal to reference meter?
276	About to set analog output 2 to %0 mA
277	Selftest complete
278	No Device Problems seen during Selftest
279	WARN-Stopping totalizer disables frequency output
280	ERROR: Totalizer reset not allowed when flow is not zero.
281	Ev1 Triggered: Yes
282	Ev1 Triggered: No
283	Ev2 Triggered: Yes
284	Ev2 Triggered: No
285	Transmitter status complete
286	Transmitter status OK
287	Min mass flow = %{yatemp} g/s
288	Returning fld dev to original output
289	NOTE-Send PV assignment before modifying range values.
290	NOTE-Send SV assignment before modifying range values.
291	NOTE-Send TV assignment before modifying frequency scaling.
292	NOTE-Variables which use this as the units code will be in the previous units until this value is sent to the device
Reference ID	String