Device dictionary

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Reference ID	String
0	EA10S
1	MOTOYAMA
2	ERROR
3	ERROR STATUS BIT.
4	Range Error (small)
5	Operating angle is too small due to improper mounting of positioned
6	Mount Error (Lower)
7	Positioner is improperly installed
8	Mount Error (Upper)
9	Check supply pressure
10	Valve does not operate when positioner receives FULL OPEN signal during AutoCalibration
11	Error >= 10% for >= 1min
12	Error is more than 10% and persists more than 1 minute
13	Reserved
14	WARNING
15	WARNING STATUS BIT.
16	kI value saturated
17	I-Value (integral) has reached its upper (or lower) limit
18	Stroke time <= 1s
19	Time elapsed for stroke time is less than 1 second
20	Pv out of range (lower)
21	Feedback lever position below the range
22	Pv out of range (upper)
23	Feedback lever position above the range
24	Sv clamped lower
25	Set Value is being clamped (lower)
26	Sv clamped Upper
27	Set Value is being clamped (upper)
28	INFORMATION
29	INFORMATION STATUS BIT.
30	in AutoCal
31	running AutoCalibration
32	Status bytes mismatch
33	Loop Current
34	Loop Current. It is usually used as the input signal to the positioner.
35	.1f
36	4.1f
37	Control characteristic
38	Control Characteristic
39	Control Characteristic. From this menu, you can select from the following control characteristics. Linear, equal percentage, quick open, user set characteristics.
40	Equal Percent2(92A)
41	Equal Percentage for #92-A type.
42	User set character
43	characterization data that are set in from P0 to P17.
44	Valve Position
45	Position percentage of valve stroke.
46	5.1f
47	Valve Position Unit
48
49	Positioner upper sensor limit
50	Positioner lower sensor limit
51	position minimum span
52	position damping value
53	8.1f
54	positioner sensor serial number
55	7d
56	positionClassification
57	position PDQ
58	position LS
59	position Fmly stat
60	Simulated
61	position
62	Write Decice Variable Codes
63	I min
64	Lower limit of I value.
65	7.3f
66	I max
67	Upper limit of I value.
68	I Value
69	Present I value.
70	Iunit
71	KI Latency
72	KI Latency is the delay time of integration. Will take effect when switching from tight-shut to control.
73	IClassification
74	I PDQ
75	I LS
76	I Fmly stat
77	Mv
78	Output value for torq-motor unit. between 0-4095.
79	5.0f
80	Mv unit
81	MvClassification
82	Mv PDQ
83	Mv LS
84	Mv Fmly stat
85	MV
86	Error
87	Error percentage between input signal and valve stroke.
88	Error Unit
89	viewErrClassification
90	Error PDQ
91	Error LS
92	Error Fmly stat
93	Fixed Control Value
94	Fixed Control Value. Typically, you will display the percentage of the input signal. However, when the control mode has to Fixed Value, you can tell by the input signal to the positioner to change this value.
95	Control Value Unit
96	Control Value Classification
97	Control Value PDQ
98	Control Value LS
99	Control Value Fmly stat
100	Control Mode
101	Control mode. At the time of the normal, the positioner will follow the input current signal. When the fixed control mode, the positioner will follow the fixed control value.
102	Set Value
103	Device Temp
104	Device Temperature.
105	3.0f
106	Snsr temp unit
107	Sensor Temperature Units- Engineering unit to be displayed with Sensor Temperature.
108	Temp PDQ
109	Temp LS
110	Temp Class
111	Temp Dev Stat
112	Simulate
113	Secondary Variable - Temperature Compensation
114	Stem Position
115	I
116	Temperature
117	KP
118	PID parameter. KP is the proportional gain.
119	KI
120	PID parmeter. KI is the integral constant.
121	KD
122	PID parmeter. KD is the differential constant.
123	KP_
124	PID parmeter. KP_ is a multiplier of KP. When the deviation is within 1%, will be enabled. Standard value is 10, which means 100%.
125	KI_
126	PID parmeter. KI_ is a multiplier of KI. When the deviation is within 1%, will be enabled. Standard value is 10, which means 100%.
127	KD_
128	PID parmeter. KD_ is a multiplier of KD. When the deviation is within 1%, will be enabled. Standard value is 10, which means 100%.
129	Actuator Direction
130	Actuator Direction. Sets the direction of operation of the actuator.
131	Reverse
132	Direct
133	Valve Direction
134	Valve Direction.
135	Positioner Direction
136	Positioner Direction. Sets the direction of the operation of the positioner. In the Normal setting, the signal increased, increasing the output air pressure.
137	Normal
138	Deadzone
139	Deadzone. When the deviation is within the bandwidth of the deadzone, integral control is stopped. This is useful if the integration is cause due to hunting.
140	Tight-shut Open
141	Tight-shut Open. When this signal is equal to or greater than the set value, it switches to the fully open state. When set to 100%, this feature is disabled.
142	Tight-shut Close
143	Tight-shut Close. When the signal is below this set value, switch to the closed state. When set to 0%, will be disabled.
144	Pv Zero
145	Zero-position data of valve stroke.
146	Pv End
147	End-position data of valve stroke.
148	Tr Zero
149	4mA Reference data of Position Transmitter.
150	Tr End
151	20mA Reference data of Position Transmitter.
152	BIAS LOW (25%)
153	BIAS LOW(25%). Reference value of torq-motor unit at 25%.
154	BIAS HIGH (75%)
155	BIAS HIGH (75%). Reference value of torq-motor unit at 75%.
156	BIAS
157	BIAS VALUE (LOW/HIGH)
158	Full Open Time
159	FULL OPEN TIME
160	6.2f
161	Full Close Time
162	FULL CLOSE TIME
163	Stroke Time
164	Tr Direction
165	Position transmitter direction.
166	NORMAL
167	REVERSE
168	TR
169	P0 (at 0.00%)
170	user defined characteristic stroke point. signal at 0.0%
171	P1 (at 6.25%)
172	user defined characteristic stroke point. signal at 6.25%
173	P2 (at 12.50%)
174	user defined characteristic stroke point. signal at 12.50%
175	P3 (at 18.75%)
176	user defined characteristic stroke point. signal at 18.75%
177	P4 (at 25.00%)
178	user defined characteristic stroke point. signal at 25.00%
179	P5 (at 31.25%)
180	user defined characteristic stroke point. signal at 31.25%
181	P6 (at 37.50%)
182	user defined characteristic stroke point. signal at 37.50%
183	P7 (at 43.75%)
184	user defined characteristic stroke point. signal at 43.75%
185	P8 (at 50.00%)
186	user defined characteristic stroke point. signal at 50.00%
187	P9 (at 56.25%)
188	user defined characteristic stroke point. signal at 56.25%
189	P10 (at 62.50%)
190	user defined characteristic stroke point. signal at 62.50%
191	P11 (at 68.75%)
192	user defined characteristic stroke point. signal at 68.75%
193	P12 (at 75.00%)
194	user defined characteristic stroke point. signal at 75.00%
195	P13 (at 81.25%)
196	user defined characteristic stroke point. signal at 81.25%
197	P14 (at 87.50%)
198	user defined characteristic stroke point. signal at 87.50%
199	P15 (at 93.75%)
200	user defined characteristic stroke point. signal at 93.75%
201	P16 (at 100.00%)
202	user defined characteristic stroke point. signal at 100.00%
203	P17 (at 106.25%)
204	user defined characteristic stroke point. signal at 106.25%
205	USER SET CHARACTER
206	Signal Zero
207	0% current signal value. Normally 4mA.
208	Signal End
209	100% current signal value. Normally 20mA.
210	Custom setpoint range
211	Device Display mode
212	LCD Display mode of positioner.
213	Digital
214	autoMode
215	Auto 1
216	Auto 2
217	Auto 3
218	Bias
219	HT Feedback
220	HART Feedback Direction.
221	HT NORMAL
222	HT REVERSE
223	Valve Serial number
224	Valve Serial number.
225	Online
226	Drive Information
227	Drive Information menu. In this menu, you can check the current status of the positioner.
228	Detail
229	Detail menu.
230	Configuration
231	Configuration menu. You can change various settings.
232	Device Information
233	Device Information menu. You can change the tag number, message, etc.
234	HART Information
235	HART Information menu.
236	Auto Calibration
237	Auto calibration menu. Various calibration can be performed.
238	Hand Calibration
239	Hand calibration menu. Valve stroke settings, position transmitter settings, you can check and adjustment.
240	Parameters
241	Parameters menu. You can review or change of the PID parameters.
242	Valve Setting
243	Valve setting menu.
244	User Set Character
245	User Set Character. You can define a control characteristic.
246	Diagnostic
247	Diagnostic menu.
248	Review
249	Review menu. General information of positioner can be reviewed.
250	Master reset
251	Execute Master reset. Caution! Valve moves to fail position.
252	Auto1 Calibration
253	Execute Auto1 Calibration. Auto 1 Calibration calibrates valve stroke.
254	Auto2 Calibration
255	Execute Auto2 Calibration. Auto2 Calibration calibrates PID parameters and valve stroke.
256	Auto3 Calibration
257	Execute Auto3 Calibration. Auto3 Calibration calibrates PID parameters.
258	BIAS Calibration
259	Execute BIAS Calibration. BIAS calibration calibrates BIAS of torq-motor.
260	Perform Calibration
261	Calibration
262	Self Test
263	Execute Self Test.
264	Reset Configuration Changed
265	Reset Configration Changed flag manually.
266	preSetValue
267	Device Status Check
268	Execute Device status check.
269	Reset More Status Available
270	Reset More Status Avilable bit manually.
271	Adjust 4mA Signal
272	Adjust 20mA Signal
273	PV Analog Channel Saturated
274	PV Analog Channel Fixed
275	Wireless
276	WirelessHART Device
277	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
278	Primary
279	Primary Analog Channel
280	Secondary
281	Secondary Analog Channel
282	Tertiary
283	Tertiary Analog Channel
284	Quaternary
285	Quaternary Analog Channel
286	Quinary
287	Quinary Analog Channel
288	Critical Power Failure
289	Lock all
290	Trim not supported
291	Configuration cannot be changed
292	Locked by gateway
293	Analog Input Channel
294	Analog Output Channel
295	Secondary Analog Channel Saturated
296	Tertiary Analog Channel Saturated
297	Quaternary Analog Channel Saturated
298	Quinary Analog Channel Saturated
299	Secondary Analog Channel Fixed
300	Tertiary Analog Channel Fixed
301	Quaternary Analog Channel Fixed
302	Quinary Analog Channel Fixed
303	Simulation active
304	The device is in simulation mode and the level output is not representative of the process.
305	Non-Volatile memory failure
306	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
307	Volatile memory error
308	The RAM memory check is invalid or maybe corrupt
309	Watchdog reset executed
310	A watchdog reset has been performed
311	Voltage conditions out of range
312	A voltage condition is outside its allowable range
313	Environmental conditions out of range
314	An internal or environmental condition is beyond acceptable limits.
315	Electronic failure
316	A hardware problem not related to the sensor has been detected.
317	Subdevice list changed
318	Duplicate master detected
319	Capacity Denied
320	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
321	Bandwidth allocation pending
322	Block transfer pending
323	Battery life
324	Percent range
325	Loop current
326	Primary variable
327	Secondary variable
328	Tertiary variable
329	Quaternary variable
330	Read receive time
331	Write date and time
332	Non-Volatile Clock
333	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.
334	Clock Uninitialized
335	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.
336	None
337	No restrictions
338	SI Only
339	Restricted to SI Unit codes only
340	Process automation device
341	Discrete device
342	Hybrid:Process automation+discrete
343	I/O System
344	WirelessHART Process automation device
345	WirelessHART Discrete device
346	WirelessHART Process automation+discrete
347	WirelessHART Gateway
348	WirelessHART Access point
349	WirelessHART Process adapter
350	WirelessHART Discrete adapter
351	WirelessHART enabled handheld/portable maintenance tool
352	Device Profile
353	US
354	United States of America
355	JP
356	Japan
357	DE
358	Germany
359	FR
360	France
361	ES
362	Spain
363	RU
364	Russian Federation
365	CN
366	People's Republic of China
367	Secondary Master
368	Primary Master
369	Device Diagnostic Status 0
370	Device Diagnostic Status 1
371	I/O and Subdevice Status
372	WirelessHART Status
373	Time Set Option
374	Real Time Clock Flags
375	Country
376	Country of intended device installation
377	SI Unit Control
378	Indicates if device should only display SI unit codes
379	Time Stamp
380	Relative time value on network
381	8u
382	Dynamic Variables Returned for Device Variables
383	Command Response Truncated
384	Configuration Change Counter Mismatch
385	8.3f
386	.3f
387	Device Variable
388	About to Preform Master Reset
389	Master Reset in progress please wait
390	Master reset OK
391	Calibration in progress please wait
392	Device is in write protect mode
393	Failed to start Calibration
394	Failed to complete Calibration
395	Calibration Completed
396	Device maybe stuck in Self Test.
397	Self test OK
398	Reset Configuration Changed flag
399	Device Status Check Start
400	No Error Found
401	Status Check Finished.
402	Reset More Status Available flag
403	Device is now Fixed control mode.
404	Adjust 4mA input signal.You shold input 4mA signal correctly.
405	Device is in write protect mode.
406	Loop Current Not Active.
407	4mA input signal adjust finished.
408	Adjust 20mA input signal.You shold input 20mA signal correctly.
409	20mA input signal adjust finished.
Reference ID	String