Device dictionary

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Reference ID	String
0	ABB
1	261
2	Local write lock
3	Lower range value same as upper range value
4	Measurement status of the device- The value represents the sum of the status bit values. Status bit values: 0x01 = Pressure sensor failure, 0x02 = Temperature sensor measurement failure, 0x04 = Sensor board electronic failure, 0x08 = A-D converter failure. Example: 0x0b = 0x01 (Pressure sensor failure) + 0x02 (Temperature sensor measurement failure) + 0x08 (A-D converter failure).
5	Measurement status
6	Pressure sensor failure
7	Temp snsr meas failure
8	Snsr board electronic failure
9	A-D converter failure
10	Process status of the device- The value represents the sum of the status bit values. Status bit values: 0x01 = Proc. applied to the primary var. outside the config. range, 0x02 = Proc. applied to the primary var. outside the op. limits of the dev., 0x04 = Sensor temperature is outside the operating limits of the device. Example: 0x05 = 0x01 (Proc. applied to the primary var. outside the config. range) + 0x04 (Sensor temperature is outside the operating limits of the device).
11	Process status
12	Primary variable out of range
13	Primary variable out of limits
14	Snsr temp out of limits
15	Electronics status of the device- The value represents the sum of the status bit values. Status bit values: 0x01 = Temperature sensor electronic failure, 0x02 = Memory failure, 0x04 = Max. number write cycles exceeded, 0x08 = Non vol. storage or check active, 0x10 = Device not calibrated. Example: 0x15 = 0x01 (Temperature sensor electronic failure) + 0x04 (Max. number write cycles exceeded) + 0x10 (Device not calibrated).
16	Electronics status
17	Temp snsr electronic failure
18	Memory failure
19	Max number write cyc exceeded
20	Non vol storage or check active
21	Device not calibrated
22	Operating status of the device- The value represents the sum of the status bit values. Status bit values: 0x01 = Device failure, 0x02 = Maintenance required, 0x04 = AO/Error messages simulation active, 0x08 = Local control active. Example: 0x0f = 0x01 (Device failure) + 0x02 (Maintenance required) + 0x04 (AO/Error messages simulation active) + 0x08 (Local control active).
23	Operation status
24	Device failure
25	Maintenance required
26	AO/Error msg simul active
27	Local control active
28	Operating Mode of the device
29	Device Operating Mode
30	Normal Mode
31	in H2O @60DegF
32	.3g
33	.f
34	.1f
35	.2f
36	Linearization
37	4.1f
38	Flange and 1/4 NPT
39	DIN 19213 and 1/4 NPT
40	DIN16288: B-G 1/2A
41	DIN16288: D-G 1/2A
42	NPT1/2 '' male thread
43	NPT1/2 '' fem. thread
44	NPT 1/4 internal thread
45	Pin DIN 16288 Form
46	Alcatel flange DN25
47	Pressure sensor with flange
48	Stainless Steel 304
49	Stainless Steel 316
50	Platinum-Iridium
51	Cobalt Chromium Nickel
52	Gold Monel Alloy
53	Aluminium
54	Stainless Steel 316 Ti
55	Hastelloy C276
56	Klinger C4401
57	PTFE coated 316l SST
58	Gold plated Hastelloy C276
59	1.4571/1.4404
60	Hastelloy C/1.4571
61	1.4435/1.4571
62	Per Fluor Kautschuk
63	14435
64	AU/1.4404
65	Gold plated Monel
66	PVDF
67	EPDM
68	Steel
69	Stainless Steel, ferritic
70	Stainless Steel, austenitic
71	Copper based Alloys
72	Brass
73	PTFE Hastelloy
74	Stainless Steel CF 8M
75	Hastelloy SST
76	Gold plated SST
77	Not used
78	Unknown
79	Flat diaphragm DN 25
80	Fl. diaphr. ANSI 1''
81	Fl. diaphragm DN 50
82	Fl. diaphr. ANSI 2''
83	Fl. diaphragm DN 80
84	Fl. diaphr. ANSI 3''
85	Ext. diaphragm DN 50
86	Ext.diaphr. ANSI 2''
87	Ext. diaphragm DN 80
88	Ext.diaphr. ANSI 3''
89	Tube RS DN25/ANSI1''
90	Tube RS DN40/1.5''
91	Tube RS DN50/2''
92	Tube RS DN80/3''
93	RS w. cap screw DN50
94	RS clamp connect.2''
95	Miniature RS G 1 A
96	Miniature RS G 1/2 A
97	Fluor carbon
98	Destilled water
99	High temperature oil
100	Vegetable Oil
101	Mineral oil
102	White oil
103	Fill fluid FDA certified
104	Fill fluid ABB
105	5u
106	.3f
107	6.3f
108	AO alarm typ
109	MVD Kap. 15712
110	MVD Piezo 15712
111	MVDA Piezo 15713
112	Internal use
113	MVD Piezo 15712 100 bar
114	MVP Kap. 15753
115	MVPA Kap. 15754
116	MVP Piezo 15753
117	MVPA Piezo 15754
118	Levelprobe, CapSensor
119	Levelprobe, PiezoSensor
120	RSE Kap. 15753
121	RSE A Kap. 15754
122	RSE Piezo 15753
123	RSE A Piezo 15754
124	Write variables
125	TV output
126	Sensors
127	Pressure Sensor
128	Full trim
129	Pres sens info
130	Sens temp sensor
131	Min./Max. values
132	Alarm/Sat Currents
133	Shift range
134	Snsr temp unit
135	Field Device Variable Unit- Digital unit that the variable is displayed in. Sensor Temperature- Temperature of the sensor which measures the proccess.
136	Snsr temp max
137	Snsr temp max- Highest measured sensor temperature value since this value was last resetted. Sensor temperature- Temperature of the sensor which measures the process.
138	Snsr temp min
139	Snsr temp min- Lowest measured sensor temperature value since this value was last resetted. Sensor temperature- Temperature of the sensor which measures the process.
140	Field Device Variable Unit- Engineering unit to be displayed with the Digital Value representation.
141	TV value
142	Tertiary Variable value- Customer specific process value, e. g. Level, derived from the pressure.
143	TV unit
144	TV unit- Unit of customer specific process value. The customer specific process value, e. g. Level, is derived from the primary variable.
145	special
146	TV URV
147	TV URV- Defines the endpoint of customer specific process value. The customer specific process value, e. g. Level, is derived from the primary variable.
148	TV LRV
149	TV LRV- Defines the startpoint of customer specific process value. The customer specific process value, e. g. Level, is derived from the primary variable.
150	Tertiary Variable value- Customer specific process value, e. g. Level, derived from the primary variable.
151	Primary Variable- Primary variable of the process. Secondary Variable- Secondary variable of the process. Tertiary Variable- Tertiary variable of the process.
152	Process Value
153	Process value- Pressure value without damping
154	Softw rev High
155	Softw rev High- The software revision has the format hh.mm.ll. This level represents the highest level digits (hh).
156	Softw rev Mid
157	Softw rev Mid- The software revision has the format hh.mm.ll. This level represents the middle level digits (mm).
158	Softw rev Low
159	Softw rev Low- The software revision has the format hh.mm.ll. This level represents the lowest level digits (ll).
160	HART write prot
161	HART write prot- Indicates whether variables can be written to the Field Device, or whether commands that cause actions, to be performed in the Field Device, can or cannot occur. This is only valid for HART communication.
162	Hardware rev
163	Hardware rev- Hardware Revision- Revision that corresponds to the electronics hardware of the Field Device.
164	AO hi sat
165	AO hi sat- The current above 20 milliamperes at which the Analog Output no longer tracks the PV.
166	mA
167	AO lo sat
168	AO lo sat- The current below 4 milliamperes at which the Analog Output no longer tracks the PV.
169	AO hi alarm
170	AO hi alarm- Defines the high alarm analog output current when the field device detects that the analog output does not correspond with the field device variable. NOTE- The digital value can be undefined. Analog Output- Measureable physical output which can change without user intervention.
171	AO lo alarm
172	AO lo alarm- Defines the low alarm analog output current when the field device detects that the analog output does not correspond with the field device variable. NOTE- The digital value can be undefined. Analog Output- Measureable physical output which can change without user intervention.
173	Free Unit Text
174	Free Unit Text- This text is used as free process variable unit, if the normal free process variable unit code is 253 (special).
175	New % rnge
176	New % rnge- New percent of range of the applied pressure. Shift the upper and lower range value. This variable is always in percent. Percent of range- Represents the digital value with respect to the range defined by the lower range value and upper range value. For normal operating modes. Pressure- Measured process pressure in relation to a reference pressure.
177	%
178	Key Func Sel
179	Key Func Sel- Selects the Key function. 2 Selections are possible. Key function can be disabled or enabled. If enabled with the key on the 261 hardware the range of the Primary Variable can be influenced.
180	Local Op. Ena.
181	Key Func Sel.
182	Meter Language
183	Meter Lang- Selects the language for the meter information.
184	Meter View
185	Meter View- Defines the information the meter displays.
186	Meter Bargraph
187	Meter Bargraph- Selects wether the meter bargraph is visible or not.
188	RS fill fluid- Type of fluid in the device's remote seal.
189	Sensor ID
190	Sensor ID- This ID is the factory number of the sensor.
191	Sens Rng Code
192	Sensor Rng Code- code for the measurement range of the transmitter's measurement cell.
193	10 mbar
194	25 mbar
195	60 mbar
196	160 mbar
197	400 mbar
198	1 bar
199	2.5bar
200	6 bar
201	16 bar
202	40 bar
203	100 bar
204	250 bar
205	600 bar
206	20 bar
207	30 bar
208	410 bar
209	12.5 mbar
210	Hysteresis val
211	Hysteresis value- Hysterese of Limitchecks.
212	Pres max
213	Pres max- Highest measured pressure value since this value was last resetted. Pressure- Measured process pressure in relation to a reference pressure.
214	Pres min
215	Pres min- Lowest measured pressure value since this value was last resetted. Pressure- Measured process pressure in relation to a reference pressure.
216	Reset Min Max
217	Reset Min Max- Resets the highest/lowest measured value of the pressure/sensor temperature to the actual value.
218	No reset
219	Res snsr temp values
220	Res pressure values
221	Temp cal val
222	Temp cal val- Sensor temperature calibration value.
223	Model
224	HW Ser Num
225	Performs self test on the 261. Reports any errors.
226	Stuck in self test
227	Self test OK
228	Master reset
229	Resets the 261 electronic
230	Master reset OK
231	Factory reset
232	ATTENTION! This will reset all user configured data to factory default values!
233	Snsr temp Trim
234	Snsr temp Trim- Calibrate the sensor temperature.
235	Shift range
236	Shift range- Shift the upper and lower range values of the pressure. Pressure- Measured process pressure in relation to a reference pressure.
237	offset sh
238
239	FMU860
240	DT
241	DVC
242	FCX
243	AS800
244	340T
245	340C
246	344
247	Siemens Micro K
248	SITRANS L
249	SIPAN PH
250	SITRANS P
251	75SMT
252	UNIDELTA
253	8320
254	SX5100
255	TSV175
256	DMU
257	3780
258	BM70
259	8u
260	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.
261	Field Device Variable Value- Digital value that changes magnitude with respect to time with no user intervention. Pressure- Pressure of the process measured with respect to a reference pressure.
262	Percent of Range- Variable that tracks the Digital Value representation with respect to the range defined by the Lower Range Value and Upper Range Value, for normal operating modes. The units of this variable are always in percent. Pressure- Pressure of the process measured with respect to a reference pressure.
263	3.2f
264	Sensor Limit Units and Minimum Span Units- Engineering unit to be displayed with the Upper Sensor Limit, Lower Sensor Limit, and Minimum Span. Pressure- Pressure of the process measured with respect to a reference pressure.
265	Upper Sensor Limit Value- Defines the maximum useable value for the Upper Range Value. Pressure- Pressure of the process measured with respect to a reference pressure.
266	Lower Sensor Limit Value- Defines the minimum useable value for the Lower Range Value. Pressure- Pressure of the process measured with respect to a reference pressure.
267	Minimum Span Value- Defines the smallest allowable difference between the Upper Range Value and the Lower Range Value. Pressure- Pressure of the process measured with respect to a reference pressure.
268	Pres xfer fnctn
269	Transfer Function- Defines the transformation function that will be applied from the Field Device Variable to the Analog Output, and Percent Range. The Transfer Function does not affect the Digital Value representation. Pressure- Pressure of the process measured with respect to a reference pressure.
270	Range Unit- Engineering unit to be displayed with the Upper Range Value and Lower Range Value. Pressure- Pressure of the process measured with respect to a reference pressure.
271	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. Pressure- Pressure of the process measured with respect to a reference pressure.
272	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. Pressure- Pressure of the process measured with respect to a reference pressure.
273	Damping Value- Damping time constant applied to both the Digital Value representation and Analog Value of the respective Analog Output. The units of this variable are always in seconds. Pressure- Pressure of the process measured with respect to a reference pressure.
274	s
275	4.2f
276	Flange Type- Hardware, adjacent to the sensor, that physically connects the process to the sensor. Pressure- Pressure of the process measured with respect to a reference pressure.
277	O Ring Material- Construction material of a seal that exists between the module and flange.
278	Meter Installation- Defines whether there is a meter installed or not and possibly what information the meter will display.
279	Remote Seal Type- Type of device that is capable of detecting and passing on the process pressure on to the module. This is only unambiguous if 1 remote seal is installed.
280	Sensor Fill Fluid- Fluid material in the module.
281	Number of Remote Seals- Physical quantity of the seals for the remote seal that is installed.
282	Send warning
283	Send Warning- Yields a units code notice to the User.
284	Variables which use this as the units code will be in the previous units until this value is sent to the device.
285	Analog Output Value- Value that tracks the Digital Value representation, under normal operating modes. Analog Output- Measureable physical output which changes with respect to time, without user intervention.
286	5.3f
287	Analog Output Alarm Type- Defines how the Analog Output will respond when the Field Device detects that the Analog Output may not be tracking the associated Field Device Variable. NOTE- The Digital Value representation may not be determinate. Analog Output- Measureable physical output which changes with respect to time, without user intervention.
288	Sensor Serial Number- Uniquely identifies the sensor from which the Digital Value representation or Field Device variable is primarily derived. Pressure Sensor- Pressure hardware that measures pressure with respect to a reference pressure.
289	Measurement Type- Type of measurement application this Field Device is intended to be used with.
290	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 a reference pressure.
291	6.4f
292	.4f
293	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 a reference pressure.
294	Flange Material- Construction material of flange type.
295	Remote Seal Isolator Material- Construction material of a part of the remote seal type that comes in contact with the process material. This is only unambiguous if 1 remote seal is installed.
296	Sensor Isolator Material- Construction material of a part of the module type that comes in contact with the process material.
297	Drain Vent Material- Construction material of a removable plug that exists on the flange type that can be opened temporarily to remove unwanted process from the sensor area.
298	Pressure Sensor Lower Trim- Calibrate the pressure sensor.
299	Apply low pressure
300	Press OK when pressure is stable
301	Enter applied pressure value
302	trim_point
303	Remove pressure
304	Pressure Sensor Upper Trim- Calibrate the pressure sensor.
305	Apply hi pressure
306	Exit Trim Mode- Notifies the User that the trim is finished.
307	Trim was not done
308	Primary variable out of range
309	Primary variable out of limits
310	Snsr temp out of limits
311	Max number write cyc exceeded
312	Device not calibrated
313	Device failure
314	Device maybe stuck in selftest.
315	Please wait ...
316	Master reset OK
317	ATTENTION! This will reset all user configured data to factory default values!
318	Factory reset failed
319	Factory reset OK
320	Enter new temperature value
321	Trim was done
322	Enter new % rnge
323	Shift range done
324	Shift range not done
325	Variables with this unit maintain their old value until a new unit has been sent to the device.
326	Apply low pressure
327	Press OK when pressure is stable
328	Enter applied pressure value
329	Apply hi pressure
330	Trim was not done
Reference ID	String