Device dictionary

Loading…

Reference ID	String
0	Digital Epic D200
1	Cal Errors
2	Low Cal Error
3	Low position calibration hasn't been completed successfully
4	High Cal Error
5	High position calibration hasn't been completed successfully
6	Cal Span Error
7	Calibration failed due to not having enough span
8	Cal Dead Zone Error
9	Calibration failed due to dead zone
10	Pstn Dead Zone Error
11	Calibration failed due to position in dead zone
12	Cal Aborted
13	Calibration aborted by the user
14	Cal Start Error
15	Calibration couldn't be started because of semaphore or other process
16	Calibration timeout
17	Calibration didn't finish due to time out
18	Cal Errors 2
19	mA calibration span error
20	mA calibration failed due to not meeting enough span
21	ERROR_STATUS_RESERVED_9
22	ERROR_STATUS_RESERVED_10
23	ERROR_STATUS_RESERVED_11
24	ERROR_STATUS_RESERVED_12
25	ERROR_STATUS_RESERVED_13
26	ERROR_STATUS_RESERVED_14
27	ERROR_STATUS_RESERVED_15
28	User Alarms
29	Error Alarm
30	Retrieve Errors in Dev Specific Status->Error File menu to see new errors if this alarm is ON. Note, must be logged in a factory level to see these.
31	Alert Sum Alrm
32	Retrieve Alerts in Dev Specific Status->Alert File menu to see new alerts if this alert is ON. This is not a really a failure but a notification of warning or trending alerts.
33	Service Alarm
34	A Service Date/Time has been enabled in configuration and this date/time has occured as a reminder to service this valve/actuator if this alarm is ON. This will also generate an Alert.
35	Cycle Alarm
36	A Cycle Limit has been set in configuration and this limit has been reached if this alert is ON. This will also generate an Alert.
37	PST/SOVT Fail Alarms
38	PST/SOVT Inv Pstn
39	When this PST failure alarm is enabled and becomes active, it indicates the last PST/SOVT Failed due to the valve being in an invalid position. Either the solenoid is not energized, valve may be stuck in a position other than the energized position, supply pressure too low, or position hysteresis configuration should be adjusted.
40	PST Slw Trvl Tim
41	When this alarm is enabled and becomes active, it indicates the last Maintenance PST Failed because it exceeded the Slow Travel Time Limit to reach the Travel-Limit of the Baseline PST as determined by the PST Travel Time Hysteresis % (configuration). This may be due to a weak actuator spring, the valve sticking during movement, an obstucted exhaust port, or in some circumstances abnormally high process pressure.
42	PST Fst Trvl Tim
43	When this alarm is enabled and becomes active, it indicates the last Maintenance PST Failed because it exceeded the Fast Travel Time Limit to reach the Travel-Limit of the Baseline PST as determined by the PST Travel Time Hysteresis % (configuration). This may be due to a broken valve shaft or valve coupler, or in some circumstances abnormally low process pressure.
44	Solenoid Fail
45	When this alarm is enabled and becomes active, it indicates a solenoid failure during the last PST/SOVT or the last Duplex PST. In general, there was no pressure change detected when solenoid was de-energized, indicating solenoid failure. This could be due to solenoid not de-engergizing or the exhaust port may be completely obstructed. If Duplex PST, look at PST Type data to determine which solenoid failed.
46	PST Hi Brk Press Lim
47	When this alarm is enabled and becomes active, it indicates the last Maintenance PST Failed because the Break Pressure was over the high limit of the Baseline PST Break Pressure as determined by the PST Break Pressure Hysteresis % (configuration). If the break pressure was too high, it could be due to a broken valve shaft or valve coupler or in some circumstances abnormally low process pressure.
48	PST Lo Brk Press Lim
49	When this alarm is enabled and becomes active, it indicates the last Maintenance PST Failed because the Break Pressure was below the low limit of the Baseline PST Break Pressure as determined by the PST Break Pressure Hysteresis % (configuration). If the break pressure was too low, it could be the spring has become too weak, the valve is sticking, or in some circumstances abnormally high process pressure.
50	PST Not Reach TRL
51	When this alarm is enabled and becomes active, it indicates the last PST Failed because the valve never reached its Travel-Limit (Set-Point). This will only occur in systems where signatures are disabled and may be because the valve started moving but became stuck somewhere before reaching the Travel-Limit, or the supply pressuremay be much higher than calirated value, or the solenoiid exhaust port may be obstructed.
52	PST Ex Tot Time
53	When this alarm is enabled and becomes active, it indicates the last PST Exceeded Total Time Limit. This is only used for devices with the signature option disabled.
54	PSI Snsr Fail Alarm
55	The device has detected a failure of the Pressure Sensor 1 during the last PST/SOVT
56	Invalid Press Alarm
57	The PST/SOVT was aborted due to supply pressure being too low to perform test. This can have repercussions where PST could get stuck and not return valve to fully energized position or with SOVT, since based on time and pressure, could accidentally cause valve movement.
58	XTrvl Lim Alarm
59	PST has exceeded the Travel limit. Possible cause may be the solenoid is becoming sluggish in response to voltage.
60	Linearization Alarm
61	TMR sensor linearization aborted due to error
62	Number of Response Preambles- Number of Preambles to be sent in response messages from the Field Device to the Host. Valid values are 5-20.
63	Device Reboot
64	Device Reboot- Commands the electronics and software to perform a reboot (reset). This is equivalent to cycling the power off and then back on to the field device. Performing this will not alter configuration.
65	Fixed mA Loop Test
66	Loop test- This Method allows the User to manually manipulate the Analog Output temporarily to a selected constant output value. When exiting this method, the analog output is returned back to normal.
67	Make the Field Device 'Squawk' - This causes the device to visually alert to allow technicans to idendify it. The visual indication is the Green LED on the device will flash a selected number of times.
68	Refers to the actual valve position as measured from the Hall-Effect Sensor, displayed in terms of percent.
69	Position
70	3.1f
71	Position Units
72	Pstn PDQ
73	Pstn LS
74	Pstn Fmly stat
75	Analytical Class
76	Refers to the upper limit position value.
77	Max Pstn
78	2.2f
79	Refers to the lower limit position value.
80	Min Pstn
81	Min_Sensor_Span
82	.3f
83	Sensor Serial
84	Min Span
85	Snsr temp unit
86	Sensor Temperature Units- Engineering unit to be displayed with Sensor Temperature.
87	Temperature PDQ
88	Temperature LS
89	Temperature stat
90	Temperature Class
91	Temperature
92	Shows the current ambient temperature measured at the microprocessor internal sensor
93	Calibration Flags:
94	Calibration Flags for handshaking between device and DD
95	Actuator Type:
96	This setting configures the type of the actuator
97	Rotary
98	Actuator with rotary motion (Usually 90 degree rotation)
99	Beacon Orientation:
100	This setting indicates if the beacon is orientation is normal or reversed
101	Normal
102	The beacon is mounted in normal position
103	Reversed
104	The beacon is mounted in reversed position
105	Act Fail Mode:
106	This setting configures the fail mode of the actuator
107	Fail Close
108	The actuator closes the valve in fail condition
109	Fail Open
110	The actuator opens the valve in fail condition
111
112	Not Used
113	Temp Units:
114	Can set display of temperature as Celcius or Fahrenheit on LCD and HART.
115	Fahrenheit
116	Celcius
117	Pstn Disp (FLOP):
118	Sets how position is displayed on LCD only, displayed as % of open or % of closed.
119	% Open
120	% Closed
121	LCD Units:
122	Sets the LCD idle screen to either display position in percent or output current in mA
123	Output Current mA
124	Position %
125	Not Used:
126	LCD Contrast:
127	Can set LCD display contrast (range 27-63). 63 provides the highest contrast, but uses slightly more power.
128	LCD Menu Time-out:
129	Can set LCD time-out (1-60 minutes) where if in any LCD menu, once timeout expires with no keypad action, will exit the menu system back to the main LCD display.
130	Calibration Time-out:
131	If configured for User Controlled (Manual) Calibration, this will set a manual Calibration time-out (1-60 minutes) which will abort the calibration and return to main LCD display once expired if the calibration gets stuck.
132	Reverse mA Output
133	Reverses the mA output current calibration so that the device outputs 20mA for valve close and 4mA for valve open
134	Direct (4-20mA)
135	Reverse (20-4mA)
136	User Password
137	The User Password may be changed here if desired, up to 6 characters in length.
138	Open Pstn Cutoff
139	Open Position Cutoff Value. If the valve open position is within this hysteresis range, the device will showthe valve position as fully open. The allowed range is 0.0-20.0%.
140	.1f
141	4.1f
142	Close Pstn Cutoff
143	Close Position Cutoff Value. If the valve close position is within this hysteresis range, the device will showthe valve position as fully closed. The allowed range is 0.0-20.0%.
144	Pstn Deadband:
145	Position deadband value. If there is a valve movement which is within this value, the device will ignorethe valve movement and display the same valve position as before until the change in the valve position exceeds this deadband. The allowed range is 0.0-20.0%.
146	Reserved Alarm Enable 6
147	Reserved Alarm Enable 6.
148	Disable
149	Enable
150	Reserved Alarm Enable 5
151	Reserved Alarm Enable 5.
152	Reserved Alarm Enable 4
153	Reserved Alarm Enable 4.
154	Reserved Alarm Enable 3
155	Reserved Alarm Enable 3.
156	Reserved Alarm Enable 2
157	Reserved Alarm Enable 2.
158	Reserved Alarm Enable 1
159	Reserved Alarm Enable 1.
160	Reserved Alarm Enable 0
161	Reserved Alarm Enable 0.
162	Cycle Alarm Control:
163	When enabled, the DEPIC2 will signal this alarm when the cycle limit is reached.
164	Factory Cycle Cnt:
165	Shows the cycle count of the valve monitored by this device since first manufactured. A full cycle is a movement to fully open and fully closed.
166	User Cycle Count:
167	Shows the current cycle count of the valve (maximum 9999999).
168	Cycle Limit:
169	Shows the configured cycle limit of the valve which can trigger the cycle limit alert (maximum 10000).
170	Percent Done:
171	Percentage done or completed of currently running process on device.
172	Firmware Revision:
173	The current manufacturer firmware revision of the device. This is a full Revision string which differs from the Software Revision in that the Software Revision is a single integer as supported by HART, whereas the string used has additional meaning to the manufacturer. In general, anytime the firmware changes in any way that affects the HART portion of the firmware, the Software Revision will be incremented.
174	Firmware part number
175	The device firmware PRG part number as tracked in the BOM by Westlock Controls in the ERP system
176	PRG10164-FW
177	DD part number
178	The DD PRG part number as tracked in the BOM by Westlock Controls in the ERP system
179	PRG10164-DD
180	Last Service Date:
181	Reads the Date of Last Maintenance Service. Note this date will be updated when a new service interval is set since it is assumed that the interval will always be reset after servicing.
182	Last Service Time:
183	Reads the Time of Last Maintenance Service. Note this time will be updated when a new service interval is set since it is assumed that the interval will always be reset after servicing.
184	Sensor Point:
185	Start the TMR sensor linearization for 0 to 360 degree
186	Main Menu
187	Configuration/Calibration
188	Device Info
189	Show Manufacturer
190	Show Revisions
191	Diagnostics
192	Device Commissioning Functions
193	This menu is provided to cope wiht the user during commissioning activities
194	Device Specific Status
195	This menu is provided to examine all available status related to this device. Note that currently all alerts are considered warnings and and alarms are hard failures.
196	Field Device Status
197	This menu shows standard HART defined field device status bits as related to the process. If any status bit is not set, it will appear as OFF. 1) Position detected is outside the pre-defined range limits of +-5%. 2) Non-PV variable outside limits, currently not used. 3) The Loop Current is outside the pre-defined range limits of +-5%. 4) The Loop Current is fixed, this may be because the user has set it or it may be fixed at 21 mA as a result of a PST failure as per NAMUR NE-43 (see PST Alerts). Generally #3 will be set with this if PST failure. 5) This indicates more (extended) status is avilable (see Extended Device Status or Alert Status). 6) Cold Start indicates a device reset or power cycle. 7) Configuration has changed either from HART or the Keypad. 8) Device Malfunction, currently not used.
198	Extended Device Status
199	This menu shows other HART and manufacturer defined extended field device status. If a specific alert status is not set, it will appear as OFF (inactive). Currently HART status 1-3 is not supported and no other manufacturer status is supported. This menu is just a place holder for the future.
200	Burnout Current
201	Burnout Current (sensor failure detection)Configures value for the fixed analog output current during sensor failureThe device will generate selected fixed current when it detects any failure according to NAMUR - NE-43
202	Downscale
203	Upscale
204	Alarm Status
205	This menu shows alarm status of the general summary alarms. Note in this catagory, only the ESD is a failure alarm. All others are considered important notifications. If a specific alarm is not enabled or is not set, it will appear as OFF (inactive).
206	Calibration Error Alarms
207	This menu shows any calibration error alarms (failures) encountered during the last calibration. Note these cannot be enabled or disabled in configuration and so are always enabled. If a specific error alarm is not set, it will appear as OFF (inactive).
208	Offline
209	No modifiable offline parameters.
210	Maintenance
211	Enter Hot-Key Menu
212	Configuration
213	Basic Configuration
214	HART Configuration
215	HART Config
216	This menu provides the means to set a number of HART parameters unique to a specific device and valve/actuator assembly.
217	Multidrop Mode
218	This menu provides the means to set the device for normal loop current mode (position transmitter) or fixed curren mode (multidrop) operation. If loop current mode disabled, the polling address should be non-0 and unique (1-63). In general, polling address 0 should be used for non multidrop mode.
219	Service/Alarm Config
220	There are two basic types of Alarms, failure and summary. This allows enabling or disabling any of these Alarms. If a specific alarm is enabled, the device will set this alarm signal when the related failure condition occurs. As noted before, some alarms here are not necessarily hard failures but are summary alarms, primarily the ESD and PST alarms are actually hard failures requiring immediate attention.
221	Allows enabling or disabling Cycle Limit Alarm. If enabled, the device will set this alarm signal when the valve movement cycle increments past the configured limit. To clear the alarm, simply go to menu Configuration->Failure Alarm Config->Cycle Alarm to set a new limit or change the cycle count. In general it is better to change the limit in case a record of the count is being kept.
222	Maint Service
223	Allows the user to set/view the last manintenance/service performed on this device
224	Burnout Config (NE43)
225	Allows the user to set the Burnout signal to upscale (21mA) or downscale (3.6mA) according to NAMUR std NE-43
226	Open/Close Position Cutoff
227	This menu is used to configure hysteresis values used for the operation of the device
228	Value
229	%
230	Final Position and SP Sources
231	Final Position Source
232	Position Chart
233	Final Position Gauge
234	Final Position Chart
235	Calibration/Setup
236	Calibration
237	PV Rerange
238	Allows Reranging the Primary Variable (PV) based upon user defined range limits. When position exceeds new range limits, HART Field Device Status will activate showing PV is outside range limits.
239	Low Position Calibration
240	Performs a Low (Zero) Position Calibration only, which is non-invasive to process, assuming valve is alredy in required position.
241	High Position Calibration
242	Performs a High (Span) Position Calibration only, which is non-invasive to process, assuming valve is alredy in required position.
243	Abort Manual Calibration
244	Retrieve Alerts
245	This method revieves all alerts currently logged on the device for viewing. Up to the last 16 alert transitions are stored on the device.
246	Delete Old Alerts
247	This method deletes all old Alerts, alerts logged before the most recent device reboot. Note the devic will only store up to 16 alerts at which point it will overwrite the oldest as new alert transitions (alert transition to Active or Inactive) occur. Because of this it may be important to view these periodically or whenever the alert summary alarm occurs if enabled.
248	Set Factory Defaults
249	This method will cause the device to reset all configuration parameters except User Password and UI Configuration back to the factory defined default settings.
250	Sensor Linearization
251	This method will start the process of linearization for the TMR sensor.
252	Custom mA Output Calibration
253	This mA calibration is used to calibrate standard loop currents of 4-20 mA and loop currents other than 4 and 20 mA if desired for end points. For example if someone desires 19 mA for closed and 5 mA for open, it can be set this way and calibrated. Note the limits are 3.8 mA and 20.9 mA.
254	PV Analog Channel Saturated
255	PV Analog Channel Fixed
256	Wireless
257	WirelessHART Device
258	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
259	Primary
260	Primary Analog Channel
261	Secondary
262	Secondary Analog Channel
263	Tertiary
264	Tertiary Analog Channel
265	Quaternary
266	Quaternary Analog Channel
267	Quinary
268	Quinary Analog Channel
269	Critical Power Failure
270	Lock all
271	Trim not supported
272	Configuration cannot be changed
273	Locked by gateway
274	Analog Input Channel
275	Analog Output Channel
276	Secondary Analog Channel Saturated
277	Tertiary Analog Channel Saturated
278	Quaternary Analog Channel Saturated
279	Quinary Analog Channel Saturated
280	Secondary Analog Channel Fixed
281	Tertiary Analog Channel Fixed
282	Quaternary Analog Channel Fixed
283	Quinary Analog Channel Fixed
284	Simulation active
285	The device is in simulation mode and the level output is not representative of the process.
286	Non-Volatile memory failure
287	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
288	Volatile memory error
289	The RAM memory check is invalid or maybe corrupt
290	Watchdog reset executed
291	A watchdog reset has been performed
292	Voltage conditions out of range
293	A voltage condition is outside its allowable range
294	Environmental conditions out of range
295	An internal or environmental condition is beyond acceptable limits.
296	Electronic failure
297	A hardware problem not related to the sensor has been detected.
298	Subdevice list changed
299	Duplicate master detected
300	Capacity Denied
301	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
302	Bandwidth allocation pending
303	Block transfer pending
304	Battery life
305	Percent range
306	Loop current
307	Primary variable
308	Secondary variable
309	Tertiary variable
310	Quaternary variable
311	Read receive time
312	Write date and time
313	Non-Volatile Clock
314	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.
315	Clock Uninitialized
316	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.
317	None
318	No restrictions
319	SI Only
320	Restricted to SI Unit codes only
321	Process automation device
322	Discrete device
323	Hybrid:Process automation+discrete
324	I/O System
325	WirelessHART Process automation device
326	WirelessHART Discrete device
327	WirelessHART Process automation+discrete
328	WirelessHART Gateway
329	WirelessHART Access point
330	WirelessHART Process adapter
331	WirelessHART Discrete adapter
332	WirelessHART enabled handheld/portable maintenance tool
333	Device Profile
334	US
335	United States of America
336	JP
337	Japan
338	DE
339	Germany
340	FR
341	France
342	ES
343	Spain
344	RU
345	Russian Federation
346	CN
347	People's Republic of China
348	Secondary Master
349	Primary Master
350	Device Diagnostic Status 0
351	Device Diagnostic Status 1
352	I/O and Subdevice Status
353	WirelessHART Status
354	Time Set Option
355	Real Time Clock Flags
356	Country
357	Country of intended device installation
358	SI Unit Control
359	Indicates if device should only display SI unit codes
360	Time Stamp
361	Relative time value on network
362	8u
363	Dynamic Variables Returned for Device Variables
364	Command Response Truncated
365	Configuration Change Counter Mismatch
366	Status bytes mismatch
367	count
368	8.3f
369	This will start the low position calibration. Do you want to continue?
370	The device is already running another calibration. Please try again later!
371	Is Valve at desired position?
372	Performing low position calibration. Please Wait...
373	Calibration Failed due to dead zone
374	Calibration Failed - Start Error
375	Calibration Failed - Range or Span below minimum limit
376	Calibration Finished
377	This will start the high position calibration. Do you want to continue?
378	Performing high position calibration. Please Wait...
379	Abort not Sucessful
380	Calibration Aborted.
381	Error count is 0, no errors to retieve.
382	This will load the factory configuration and reboot the device. Do you want to continue?
383	Yes;No
384	Reloading Factory Default Configuration. Please wait...
385	Factory reset successful! Please re-calibrate the device.
386	Aborting Factory Default.
387	This will start the TMR sensor linearization. Do you want to continue?
388	First move the sensor position to %[d]{sensor_linearization_point}%. Press OK for sensor reading at %[d]{sensor_linearization_point}% position
389	Reading the current position...
390	Linearization process aborted
391	Sensor calibration completed successfully!
392	Aborting the process.
393	Note: Make sure the associated control loop is in Manual
394	Connect reference mA meter to measure current, click OK when ready to proceed.
395	Starting mA calibration, Please Wait...
396	Choose desired mA output level to be used when solenoid is in DE-ENERGIZED state:
397	Setting analog output to the selected value, Please Wait...
398	Current fixed at %[5.2f]{fixed_mA} mA
399	Is output current %[5.2f]{fixed_mA} mA equal to reference meter reading?
400	Choose desired mA output level to be used when solenoid is in ENERGIZED state:
401	mA Calibration Successful
402	Calibration of mA output encountered a span error, for example, the energized and de-energized current levels may have been selected to be the same.
Reference ID	String