Device dictionary

Loading…

Reference ID	String
0	EP1000/SPS2000
1	KOSO
2	Linear
3	Valve transfer function type is Linear(non convert).
4	EqOpen
5	Valve transfer function type is Equal percentage
6	QuOpen
7	Valve transfer function type is Quick opening
8	Custom
9	Valve transfer function type is Free adjustable
10	Transmitter-Specific Status flags
11	Status
12	Device Failure
13	.......................
14	Mechanical Failure
15	alarm occured.
16	ADC failure
17	Error in ADC unit
18	EEPROM failure
19	Error in non-volatile memory unit
20	Pos sensor failure
21	Error in Position sensor unit
22	total_stroke alarm
23	Total stroke alarm limt reached
24	dirction change alarm
25	Total change direction alarm limit
26	temperature alarm
27	Temperature reached thresold limits
28	pressure alarm
29	Pressure reached thresold limits
30	position alarm
31	Position reached threshold limits
32	cutoff activated
33	The output 1 is in alarm
34	travel limt activated
35	The output 2 is in alarm
36	setpoint activated
37	The device needs maintenace
38	IP signal activated
39	The device needs maintenance
40	Out of service
41	Device is set to out of service
42	loop current
43	Loop-current is Set point source
44	hart-command
45	Set point source is via HART-cmd
46	Position
47	Setpoint
48	IP Current
49	Pot Ang pos
50	Pressure
51	Temperature
52	SensorSerialNo
53	Sensor Serial NO: Serial NO of positioner's feedback sensor.
54	.2f
55	Pres units
56	Hejelp
57	Pres USL
58	Pres LSL
59	Pres min span
60
61	Press
62	Device Variable code
63	pv PDQ
64	SV PDQ
65
66	TV PDQ
67	FV PDQ
68	Var Class
69	The classification of the dynamic variable
70	PV fmly
71	SV fmly
72	TV fmly
73	FV fmly
74	PV LS
75	SV LS
76	TV LS
77	FV LS
78	PV Fmly stat
79	SV Fmly stat
80	TV Fmly stat
81	FV Fmly stat
82	AN CH
83	Number of analigue channels
84	One Analog Ch
85	One Out Channel.
86	TempUnit
87	Temperature USL
88	Temperature LSL
89	Temperature min span
90	Temp
91	Collection of Temperature (secondary) Variable Data Items
92	Valve Position
93	PositionUnit
94	Position Class
95	Position USL
96	Position LSL
97	Position min span
98	Collection of position Variable Data Items
99	min_span
100	damping_value
101	sensor_ser_nO
102	CurrentUnit
103	IP converter Class
104	Current
105	IPcurrent USL
106	IPcurrent LSL
107	IPcurrent min span
108	IP Cur
109	Collection of IP-Current Variable Data Items
110	Angle
111	AngleUnit
112	Angle Class
113	Angle USL
114	Angle LSL
115	Angle min span
116	Collection of Angle Variable Data Items
117	Ang_class
118	Limit
119	Ang_usl
120	Ang_lsl
121	Ang_min_span
122	SetpointUnit
123	Setpoint Class
124	Set-Point
125	Setpoint USL
126	.1f
127	Setpoint LSL
128	setpoint_min_span
129	Set Point
130	Setpos
131	Set point value between 0 and 100 %
132	Autotune state
133	Auto tune state indicating flag
134	oper_mode
135	Set point source...
136	Out_of_service
137	Out of Service
138	Lp_current
139	4-20 mA
140	HART-Master
141	HART r
142	IPSource
143	Normal
144	Normal Source
145	Hart source
146	Set By Hart
147	IP Converter
148	IP Converter value between 0 and 100 %
149	Pot crosspoint
150	Seting of Potentiometer crosspoint value
151	Act pot relation
152	Actuator Potentiometer Relation Value
153	CW
154	Clock-wise
155	CCW
156	Counter-Clock-wise
157	Actuator type
158	Actuator type: Double/Single acting Rotary/Linear
159	DARot
160	Double acting Rotary actuator
161	SARot
162	Singel acting Rotary actuator
163	DALin
164	Double acting Linear actuator
165	SALin
166	Singel acting Linear actuator
167	Actuator dir
168	Direct/Reverse acting: Set the controller for a direct or reverse acting actuator.
169	Direct
170	Direct acting: Increase in signal rotates anti-clockwise,decrease clockwise.
171	Reverse
172	Reverse acting: Increase in signal rotates clockwise,decrease anti-clockwise.
173	ValveDir
174	Step Direction.
175	Down
176	Step downward
177	Up
178	Step Upwards:
179	step_granularity
180	Step Granularity
181	Super_Fine
182	Up to 5 % steps
183	Fine
184	Up to 10 % steps
185	Medium
186	Up to 20 % steps
187	Large
188	Up to 25 % steps
189	Very_Large
190	Up to 30 % steps
191	Time to open
192	The time measure during autotune required to open the valve
193	Time to close
194	The time required to close the valve. Measured during autotune.
195	Start position
196	Target position
197	Target time
198	Split range
199	The split range facility allows two positioners to work together controlled by a single 4-20mA source.When you select Enbl,you can use this function.
200	Dsbl
201	Disable: You cannot use split range function.
202	Enbl
203	Enable: You can use split range function.
204	SplitrangeUnits
205	Split Range Lower Units
206	Splitrangelwr
207	Low position: You can input low position of split range from -20.0% to 80.0%.But you must set the value (High-Low>40.0%).
208	Splitrangeupr
209	High position: You can input high position of split range from 20.0% to 120.0%.But you must set the value (High-Low>40.0%).
210	Coil Current range
211	%
212	Write protection
213	Enable/Disable Write Protection
214	OFF
215	Disable: Write not protected
216	ON
217	Enable: Write Protected
218	Valve pot relation
219	Relation between the Potentiometer & Valve
220	DeadBand
221	Dead band adjustment region = 0.1% to 10.0%
222	Proportional
223	Proportional gain of PID.
224	Integral
225	Integral gain of PID.
226	Derivative
227	Derivative gain of PID
228	Upr cutoff
229	Cut Off Parameters
230	Lwr cutoff
231	Upr limit
232	Limit Parameters
233	Lwr limit
234	Index
235	X_value
236	Custom Curve X-Value
237	Y_value
238	Custom Curve Y-Value
239	LoSetPoint
240	Lower Set point calibration point.
241	UpSetPoint
242	Upper Set-point Calibration Point.
243	LoPrespoint
244	Lower Pressure Calibration Point
245	UpPrespoint
246	Upper Pressure Point
247	TCalPoint
248	Temperature Calibration Point
249	StrokeAlarmFlag
250	Enable/Disable Stroke Alarm
251	Disable: Alarm OFF
252	Enable: Alarm ON
253	Stroke Alarm
254	Total Stroke Alarm Value.
255	Stroke DeadBand
256	Deadband for stroke alarmvalue given in % of stroke.
257	T dir ch AlarmFlag
258	Enable/Disable Total change dir alarm flag
259	TDirCh Alarm
260	Total Change dir Alarm Value.
261	TDirCh deadband
262	Deadband for total direction change alarmvalue given in % of total stroke.
263	TempAlarm
264	Enable/Disable Temperature level limits.
265	TempUnits
266	Supported Temperature units for alarm are dec C and deg F.
267	TAlarmLimit
268	Alarm Limit for Temperature.
269	Pres Alarm
270	Enable/Disable Pressure level limits.
271	PresUnits
272	Supported pressure units are psi, bar and kPA.
273	PAlarmLimit
274	Alarm Limit for Pressure.
275	TotNoStroke
276	Total number of strokes.
277	TotDirChg
278	Total number of change of direction.
279	Max temperature
280	Maximum Temperature value.
281	Min temperature
282	Minimum Temperature value.
283	Pressure
284	Pressure.
285	DevAlarmflg
286	Enable/Disable Deviation level limits.
287	Devthreshold
288	Deviation Threshold given in Percent %.
289	DevWtime
290	Deviation Wait Time 0 - 5 seconds.
291	sec
292	PosAlarmflg
293	Enable/Disable Position level limits.
294	PosLthreshold
295	Positionn Low Threshold given in Percent %.
296	PosHthreshold
297	Positionn high Threshold given in Percent %.
298	PosWtime
299	Position Threshold Wait Time Time 0 - 5 seconds.
300	MfrDate MM/DD/YY
301	Device date Of Manufacture: The date that positioner was manufactured is indicated.(MM/DD/YY)
302	DeviceName
303	Device Name: Device name is indicated.
304	AccOprTime
305	Total operating time(hour): The time since last maintenance date is set.
306	h
307	total_operate
308	Total number of operations: The number of operations since last maintenance date is set.
309	cycles
310	DeviceSerialNo
311	Device serial number: Serial No of the positioner.
312	Calibration of setpoint
313	counts
314	Device setup
315	Process variables
316	Diagnostics and service
317	Basic setup
318	Dynamic var
319	Detailed setup
320	Device info
321	Rev numbers
322	Diagnosis data
323	Device service
324	Set alarms
325	Calibration
326	Open/Close times
327	Actuator setting
328	Cutoff
329	Limits
330	PID parameters
331	Custom curve
332	Device operating mode
333	Manual control
334	Total stroke
335	Total dir change
336	Temperature alarm
337	Pressure alarm
338	Position alarm
339	Deviation alarm
340	Reset menu
341	Ramp data
342	Autotune
343	Start the Autotuning of the device.
344	CalSetpoint
345	Analog to digital convert calibration
346	Pressure calib
347	Pressure channel - two point Calibration. You will need an external pressure source.
348	temp_chan
349	Temperature One point Calibration. Enter Calibartion value.
350	Resetconfigflag
351	Reset configuration change flag
352	EEPROM
353	Master reset
354	Perform_Master_Reset
355	Reset diag
356	Reset diagnosis parameters
357	Set Total stroke
358	Set/Reset total stroke
359	Set Total dirchange
360	Set/Reset total dir change
361	Used to read/write user defined transfer function. The curve can have 20 data points.
362	Step valve
363	Position cotrol using 5 different step resolutions
364	Rerange
365	FMU860
366	DT
367	DVC
368	FCX
369	AS800
370	340T
371	340C
372	344
373	Siemens Micro K
374	SITRANS L
375	SIPAN PH
376	SITRANS P
377	75SMT
378	UNIDELTA
379	8320
380	SX5100
381	TSV175
382	DMU
383	3780
384	BM70
385	8u
386	8.3f
387	.3f
388	You are to start autotuning.
389	Aborting method due to last error
390	Autotune process in Progress
391	Tuning completed successfully.
392	Device not tuned.
393	Tuning on failed.
394	You are starting to calibrate lower setpoint. Set loop current to 4 mA.
395	Are you certain that loop current is 4.0 mA?
396	Lower Setpoint Calibration completed.
397	You are starting to calibrate upper setpoint. Set loop current to 20 mA.
398	Are you certain that Loop-current is 20.0 mA?
399	Upper Setpoint Calibration completed.
400	You are to Calibrate lower pressure point. Set pressure to lower calibration point.
401	Enter lower calib-point
402	You are to Calibrate upper pressure point. Set pressure to upper calibration point.
403	Enter upper calibration point
404	Pressure sensor calibrated.
405	You are to Calibrate Temperature sensor.
406	Enter temperature calibration value
407	Temperature sensor calibrated.
408	Do you want to reset the configuration change flag?
409	The Configuration change flag is reset.
410	Do you want to run EEPROM control command?
411	Do you want to Save or Restore?
412	SAVE;RESTORE
413	Latest modifications saved to EEPROM.
414	You are to restore data from EEPROM.
415	Parameters are restored from EEPROM.
416	You are to Reset the device.
417	Master Reset operation completed.
418	You are to reset diagnosis data.
419	Reset diagnosis is completed.
420	You are to change Total stroke value.
421	Enter total stroke
422	Setting Total stroke is completed.
423	You are to change Total dirchange value.
424	Enter Total dirchange
425	Setting of Total dirchange is completed.
426	You are about to read/write the Valve Characteristic table data.
427	Do you want to Read or Write?
428	Read;Write
429	Table Index is: %{0}
430	Reading in progress
431	Table Index number: %{0} X_axis_point: %{1} Y_axis_point: %{2}
432	Reading completed
433	You are to Write Valve Characteristic table data.
434	Enter X-axis point:
435	Enter Y-axis point:
436	Aborting method due to last error
437	Writing in progress
438	Entered Index: %{0} Entered X_data: %{1} Entered Y_data: %{2}
439	Writing completed
440	You are to start Valve step & direction control.
441	Do you want to run Valve control?
442	YES;NO
443	Select step direction.
444	Down;Up
445	Select step granularity.
446	very_fine; fine; medium; large; very_large
447	Direction of motion: %{0} Step Granularity : %{1}
448	Step command in progess
449	Position value is: %{0} Setpoint value is: %{1}
450	Do you want to Continue?
451	Do you want start again?
452	Step control operation completed
453	You are to set the device operation ranges.
454	Select the calibration point
455	Lower_range;Upper_range
456	Lower range process value: %{0} Process value unit : %{1}
457	Is the applied process value to be the desired lower range?
458	Lower range setting completed.
459	Upper range process value: %{0} Process value unit : %{1}
460	Is the applied process value to be the desired upper range?
461	Upper range setting completed.
Reference ID	String