Device dictionary

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Reference ID	String
0	FLOWSERVE
1	Model
2	Logix520MD
3	Universal Revision- Revision of the Universal Device Description, that the Field Device conforms to. Entered at the factory.
4	Universal Revision
5	DD Rev
6	Field Device Revision- Revision of the Field Device Specific Device Description, that the Field Device conforms to. Entered at the factory.
7	Field Device Software Revision- This revision corresponds to the software or firmware, that is embedded in the positioner. Entered at the factory.
8	Hardware Revision- Revision that corresponds to the electronics hardware of positioner entered at the factory.
9	Hardware Revision
10	Final Assembly No.
11	Positioner Final Assembly Number- Number that is used for identification purposes. Entered at the factory.
12	Device Tag
13	Tag- Text that is associated with the positioner installation. This text can be used by the user in any way. A recommended use is as a unique label to a plant that correlates to a Field Device label: a plant drawing, or on a Control System. This variable is also used to address the device when communicating with HART. Enter up to 8 characters.
14	Message- Text that is associated with the positioner. This text can be used by the user in any way. There is no recommended use. Enter up to 32 characters.
15	Descriptor- Text that is associated with the positioner. This text can be used by the user in any way. There is no specific recommended use. Enter up to 16 characters.
16	Date- Gregorian calendar date that is stored in the positioner. This date can be used by the user in any way. There is no specific recommended use. Right and left arrow keys navigate between the month/day/year sub-fields. (Handheld: Edit values in place.) Up and down arrow keys adjust individual values.
17	Field Device Identification- Uniquely identifies the positioner when combined with the Manufacturer Identification and Device Type. Entered at the factory.
18	Device ID
19	Mode
20	Initializing
21	Displays a blink sequence 3 times when the unit is powering up. Wait for power up to complete.
22	Factory Reset State
23	Indicates the unit has had a factory reset and has not yet been calibrated. The unit will not respond to commands and will remain in the failsafe position until a calibration is successfully completed. Proper operation will require stroke, actuator, and friction calibration to be completed. This indicator can be disabled.
24	Digital Command Mode
25	Indicates a HART signal is needed to change the position command and the analog 4-20 mA input signal is ignored. A manual Command Source Reset is provided to change the command back to analog control mode from the local interface if a PC or hand held configurator is not available. This is done while a QUICK-CAL is in progress by holding down both the Jog buttons (up and down) while briefly pressing the QUICK-CAL button. A new QUICK-CAL must be done after resetting.
26	Squawk Mode
27	When ON, this indicates a user has set the positioner to flash a special sequence so that it can be visually located. This mode is canceled if the Quick-cal button is briefly pressed, the Squawk mode is selected again remotely, or more than one hour has passed since the command was issued.
28	Jog Command Mode
29	Indicates the unit has been placed in a local override mode where the valve can only be stroked using the two local jog buttons. Control the valve using the jog buttons. This mode may be canceled by briefly pushing the quick-cal button.
30	Signature In Progress
31	Indicates that a test has been initiated by Flowserve supplied software. Signatures can only be cancelled by Flowserve supplied software.
32	Positioner Status
33	Position Deviation
34	Indicates the difference between the command and the actual position has been greater than the user-set limit for longer than a user-set time. Review active alarms and warnings to find root causes of this alarm.
35	Soft Stop Upper Limit
36	Indicates the unit is being commanded to exceed a user defined upper position limit and the internal software is holding the position at the limit. The function is similar to a mechanical limit stop except it is not active if the unit is un-powered. Reset the limit (Goto: Configuration/Soft Limits & Cutoff/Limits) if more travel is needed or adjust the command signal back in the specified range.
37	Soft Stop Lower Limit
38	Indicates the unit is being commanded to exceed a user defined lower position limit and the internal software is holding the position at the limit. The function is similar to a mechanical limit stop except it is not active if the unit is un-powered. Reset the limit (Goto: Configuration/Soft Limits & Cutoff/Limits) if more travel is needed or adjust the command signal back in the specified range.
39	Position Upper Limit
40	The position has reached or is exceeding a user defined upper position indicator similar to a limit switch indicator. Reset the indicator (Goto: Configuration/User Preferences/Position Alerts) if more travel is needed or adjust the command signal back in the specified range. This indicator can be disabled.
41	Position Lower Limit
42	Indicates the position has reached or is exceeding a user defined lower position indicator similar to a limit switch indicator. Reset the indicator (Goto: Configuration/User Preferences/Position Alerts) if more travel is needed or adjust the command signal back in the specified range. This indicator can be disabled.
43	MPC Active
44	Indicates that tight shutoff (MPC) is active. The command is beyond the user set limit for tight shutoff feature. This is a normal condition for all valves when closed. The factory default setting triggers this at command signals below 1%. This indication may also occur on 3 way valves at both ends of travel if the high MPC value has been set. If tight shutoff is not desired reset the tight shutoff limits (Goto: Configuration/Soft Limits & Cutoff/Limits) to correct values or adjust the command signal inside of the specified MPC value.
45	Local Interface Disabled
46	When DISABLED, indicates PC software has been used to disable the local interface. This code is only present for a short time when the Quick Cal button is pressed. If local control is desired, then the local interface must be re-enabled (Goto: Configuration/Device Config/Local Interface) from the remote software.
47	Error History Reset
48	Momentarily indicates that a flag has been set for the positioner to clear its internal history. The positioner will automatically reset the flag once the history has been cleared.
49	Mechanical
50	Actuation Ratio Warning
51	Indicates a decreased ability of the system to actuate the valve. It is based on the ratio of available force to required force to actuate. It is affected by the process load, friction, spring force, and available supply pressure. Increase the supply pressure. Reduce the friction. Check the actuator spring. Resize the actuator. Adjust user set limits. This indicator can be disabled.
52	Pneumatic Inability to Fail Safe
53	Indicates that upon loss of air supply, the valve may move to the fail-safe position. The spring alone is not adequate to overcome the friction and process load in the system. The system is relying on pneumatic force to actuate in the direction the spring is pushing. The failsafe spring may have failed, or it was not sized properly for the application. Friction or process load may have increased. Check for high friction. Repair or replace actuator spring. Reduce process load. This indicator can be disabled
54	Friction High Warning
55	Indicates the valve/actuator friction has passed the user set limit. High friction can cause loop oscillations, poor position control, jerky motion, or valve sticking. It can be caused by build-up from the process on the stem, trim or seat, by a failing bearing or guides in the valve and actuator, galling of the trim or stem, excessively tightened packing, linkages, or other valve/actuator mechanical issues. Consider the following to reduce friction: Stroke the valve to clear off build-up. Clear any external mechanical obstruction, loosen the packing, clean the stem, repair or replace the actuator. Highly localized friction or very jerky travel can indicate internal galling. Repair or replace internal valve components. This indicator can be disabled.
56	Friction Low Warning
57	Indicates the friction has passed below the user set limit. Check for packing leak. Tighten or replace the valve packing. This indicator can be disabled.
58	Friction High Alarm
59	Indicates the valve/actuator friction has passed the user set limit. The alarm indicates a more severe condition than the warning. High friction can cause loop oscillations, poor position control, jerky motion, or valve sticking. It can be caused by build-up from the process on the stem, trim or seat, by a failing bearing or guides in the valve and actuator, galling of the trim or stem, excessively tightened packing, linkages, or other valve/actuator mechanical issues. Determine if the friction is significantly interfering with the valve control. If not, consider increasing the friction warning limit. Consider the following to reduce friction: Stroke the valve to clear off build-up. Clear any external mechanical obstruction, loosen the packing, clean the stem, repair or replace the actuator. Highly localized friction or very jerky travel can indicate internal galling. Repair or replace internal valve components. This indicator can be disabled.
60	Friction Low Alarm
61	Indicates the friction has passed below the user set limit. The alarm indicates a more severe condition than the warning. Check for a packing leak. Tighten or replace the valve packing. This indicator can be disabled.
62	Valve Cycles Warning
63	Indicates that the cycle limit has been exceeded. The cycle counting criterion and count limit are set by the user to track the usage of the valve. Follow routine procedures for maintenance when the limit is reached such as checking the packing tightness, and checking linkages for wear, misalignment, and tightness. After maintenance, reset the cycle accumulator (Goto: Configuration/User Preferences/Valve Cycle/Travel). This indicator can be disabled.
64	Valve Travel Warning
65	Indicates that the total accumulated travel limit has been exceeded. The cycle counting criterion and count limit are set by the user to track the usage of the valve. Follow routine procedures for maintenance when the limit is reached such as checking the packing tightness, and checking linkages for wear, misalignment, and tightness. After maintenance, reset the travel accumulator (Goto: Configuration/User Preferences/Valve Cycle/Travel). This indicator can be disabled.
66	Calibration
67	Stroke Cal in Progress
68	Indicates that the calibration sequence started either by using the local Quick-Cal button or by Flowserve supplied software. The calibration may be canceled by briefly pushing the quick-cal button. This indicator can be disabled.
69	Loop Cal in Progress
70	Indicates the command calibration sequence started by using Flowserve supplied software. The command calibration can only be cancelled by the software. This indicator can be disabled.
71	Pressure Cal in Progress
72	Indicates a pressure calibration sequence controlled by Flowserve supplied software. The pressure calibration can only be cancelled by the software. This indicator can be disabled.
73	Analog Output Cal in Progress
74	Indicates the analog output calibration sequence started, controlled by Flowserve supplied software. The analog output calibration can only be cancelled by the software. This indicator can be disabled.
75	Setting Inner Loop Offset
76	Indicates an automatic step in the calibration process that is done with the valve at 50% position. This must be completed for proper calibration.
77	Electronic
78	Temp High Warning
79	Indicates the internal electronics have exceeded the user set limit. The maximum limit of the electronics and default setting is 185°F (85°C). High temperature may limit the life of the positioner. Regulate the temperature of the positioner. If the temperature reading is in error, replace the main board. This indicator can be disabled.
80	Temp Low Warning
81	Indicates the internal electronics have exceeded the user set limit. The minimum limit of the electronics and the default setting is -40°F (-40°C). Low temperature may inhibit responsiveness and accuracy. Regulate the temperature of the positioner. If the temperature reading is in error, replace the main board. This indicator can be disabled.
82	Shunt Voltage Error
83	Indicates that the circuit board is drawing too much power. Check internal wiring and connectors for electrical shorts. If no shorts are found and alarm persists, replace the main circuit board. This indicator can be disabled.
84	Piezo Voltage Error
85	Indicates the portion of the circuit board that drives the piezo is bad, or piezo valve itself is bad. If the unit is functioning and controlling replace the piezo, if it does not operate replace the main circuit board. This indicator can be disabled.
86	Watch Dog Timeout
87	Indicates that functions in the firmware took longer than expected. This can be caused when intermittent operation occurs when connecting power. Remove power and then reconnect to clear this alarm. If the alarm persists replace the main circuit board. This indicator can be disabled.
88	NVRam Checksum Error
89	Indicates the checksum of the internal data was not updated correctly. This may affect the function of the positioner in various ways or not at all. Error may clear with time. If error persists, cycle power and complete a Quick-Cal. If the error still persists, replace the main circuit board. This indicator can be disabled.
90	Pressure
91	Supply Press Low Alarm
92	Indicates that the supply pressure is below the user set alarm limit. Low supply pressure can cause poor valve response or positioner failure. The minimum recommended supply pressure is 30 PSI (2.1 bar) for proper operation. The unit will fail at less than approximately 17 PSI (1.2 bars). Low supply pressure indications can also be caused by pneumatic leak. Regulate the supply pressure at the positioner above 30 PSI (2.1 bar). Recalibrate pressure sensors. Ensure system air/gas supply is adequate. Repair kinked supply tubing. Check the pressure sensor board connections and replace pressure sensor board if necessary. Check for pneumatic leaks in the actuator and actuator tubing. This indicator can be disabled.
93	Supply Press High Alarm
94	Indicates the positioner has determined that the supply pressure is above the user set warning limit. Regulate the supply pressure at the positioner below the maximum limit recommended for your actuator. Recalibrate pressure sensors. Check the pressure sensor board connections. Replace pressure sensor board if necessary. This indicator can be disabled.
95	Supply Press Low Warn
96	Indicates that the supply pressure is below the user set warning limit. Low supply pressure can cause poor valve response or positioner failure. The minimum recommended supply pressure is 30 PSI (2.1 bar) for proper operation. The unit will fail at less than approximately 17 PSI (1.2 bars). Low supply pressure indications can also be caused by pneumatic leak. Regulate the supply pressure at the positioner above 30 PSI (2.1 bar). Recalibrate pressure sensors. Ensure system air/gas supply is adequate. Repair kinked supply tubing. Check the pressure sensor board connections and replace pressure sensor board if necessary. Check for pneumatic leaks in the actuator and actuator tubing. This indicator can be disabled.
97	Port 1 OORange
98	Indicates the internal pressure sensor at port 1 is either saturated with a pressure over 150 PSI (10.3 bar) or the sensor or sensor connection has failed. Check the supply pressure. Calibrate pressure sensors. Check the pressure sensor board connections and replace pressure sensor board if necessary. This indicator can be disabled.
99	Supply OORange
100	Indicates the internal pressure sensor at supply is either saturated with a pressure over 150 PSI (10.3 bar) or the sensor or sensor connection has failed. Check the supply pressure. Calibrate pressure sensors. Check the pressure sensor board connections and replace pressure sensor board if necessary. This indicator can be disabled.
101	Port 1 Range < Min
102	Indicates that during a pressure sensor calibration, the range of applied pressures to port 1 was too small for optimum performance. Adjust the supply pressure to a higher value so the positioner can properly span the sensors. Then recalibrate. Briefly push the quick-cal button to acknowledge this condition and the positioner will operate using the current short stroke calibration values if valid.
103	Supply Range < Min
104	Indicates that during a pressure sensor calibration, the range of applied pressures to supply was too small for optimum performance. Adjust the supply pressure to a higher value so the positioner can properly span the sensors. Then recalibrate. Briefly push the quick-cal button to acknowledge this condition and the positioner will operate using the current short stroke calibration values if valid.
105	Pneumatic Leak Warning
106	Indicates that the positioner has detected a leak in the actuation assembly. Leakage from the actuator can cause decreased responsiveness and excessive air/gas consumption. Low supply pressure can also trigger this warning. Repair pneumatic leaks at the tubing junctions and actuator seals. Ensure proper supply pressure. This indicator can be disabled.
107	Inner Loop
108	Pilot Relay Warning
109	Indicates that the pilot relay is sticking or slow to respond. This affects the responsiveness, increases the chance of limit cycling and excessive air consumption. The pilot relay is part of the inner loop and consists of the driver module assembly with piezo (I-P relay) which is coupled to the pilot relay valve. The value of this indicator corresponds with inner loop lag. Delayed response can be caused by a partially clogged piezo or debris, oil, corrosion, or ice on the pilot relay, or low supply pressure. Check response of the valve. If OK, adjust Pilot Relay Response limits. Check supply pressure. Check the pilot relay for debris, oil, corrosion, ice on the pilot relay. Clean or replace the pilot relay assembly. Replace the piezo or driver module assembly. Maintain a clean, water-free air/gas supply. This indicator can be disabled.
110	Pilot Relay Alarm
111	Indicates that the pilot relay is sticking or extremely slow to respond. This affects the responsiveness, increases the chance of limit cycling and excessive air consumption. The pilot relay consists of the driver module assembly with piezo (I-P relay) which is coupled to the pilot relay valve. Delayed response can be caused by a partially clogged piezo or debris, oil, corrosion, or ice on the pilot relay, or low supply pressure. Check response of the valve. If OK, adjust Pilot Relay Response limits. Check the supply pressure. Check the pilot relay for debris, oil, corrosion, ice on the pilot relay. Clean or replace the pilot relay assembly. Replace the piezo or driver module assembly. Maintain a clean, water-free air/gas supply. This indicator can be disabled.
112	Pilot Relay Cycles Warning
113	Indicates the pilot relay cycle limit set by the user has been exceeded. The pilot relay cycles indicate the activity level of the pilot relay as it maintains a valve's position. Excessive cycles can contribute to a worn pilot relay which can lead to high air consumption. Inspect for high air consumption and signs of wear. This indicator can be disabled.
114	Pilot Relay Travel Warning
115	Indicates the total accumulated pilot relay travel (% of full pilot relay span) set by the user has been exceeded. The pilot relay travel indicates the activity level of the pilot relay as it maintains a valve's position. Excessive travel can contribute to a worn pilot relay which can lead to high air consumption. Inspect for high air consumption and signs of wear. This indicator can be disabled.
116	Hall Sensor Upper Pos
117	Indicates the pilot relay appears to be fixed at the upper (pressurized) limit and is not responding. This could be due to a hall sensor that is out of calibration, a broken piezo, stuck pilot relay, or a wire connection problem. A hall sensor problem may be cleared by briefly pushing the quick-cal button, which will force the positioner to use the parameters from the last valid calibration. Check the internal wiring harnesses for good connections. Check the pilot relay valve for sticking problems. If the positioner still does not operate replace the piezo, driver module assembly, and/or pilot relay assembly. This indicator can be disabled.
118	Hall Sensor Lower Pos
119	Indicates the pilot relay appears to be fixed at the lower (depressurized) limit and is not responding. This could be due to low supply pressure, a hall sensor that is out of calibration, a broken piezo, stuck pilot relay, or a wire connection problem. Check for adequate supply pressure. A hall sensor problem may be cleared by briefly pushing the quick-cal button, which will force the positioner to use the parameters from the last valid calibration. Check the internal wiring harnesses for good connections. Check the pilot relay valve for sticking problems. If the positioner still does not operate replace the piezo, driver module assembly, and/or pilot relay assembly. This indicator can be disabled.
120	Aborts the loop calibration
121
122	Analog Output
123	The analog output calibration is only available for positioners that have been supplied with the analog output module installed in the positioner. The Analog output is updated to match the stroke calibration of the positioner automatically every time a stroke calibration is done. This calibration is required if the 4-20 mA signal from the positioner needs to be spanned to something other than 4-20 mA. This option is also used to reverse the output if needed. Once setup properly, this calibration is usually not required for ongoing maintenance.
124	Command to Burst
125	Allows you to select the HART command to burst to the host.
126	Burst Mode State
127	Allows you to enable/disable burst mode.
128	Change Cycle Limit
129	Changing the Cycle Limit allows you to control the Cycle Limit warning level.
130	Change Pressure Units
131	Select units of measure for actuator pressure measurement.
132	EC Build Date & Time
133	Display the date embedded code was built
134	Analog Input
135	The Analog input calibration is updated to match the stroke calibration of the positioner automatically every time a stroke calibration is done. This calibration is required if the 4-20 mA signal to the positioner needs to be spanned to something other than 4-20 mA. Once setup properly this calibration is usually not required for ongoing maintenance.
136	Actuator/Stroke/Friction
137	Combined calibration that calibrates the internal pressure sensors of the positioner, the travel of the valve position (zero and span); and, if auto tuning is enabled, the gain values for the positioner are also calculated. Finally, a short sequence of movements allows the positioner to update a friction value for the valve assembly. Once set, the friction value will continue to update on it's own during normal operation.
138	The values in the following dialog affect the process control of the valve.
139	Read Register
140	Allows you to read a single register value from positioner. (You will need a variable map to correctly select values to read).
141	Reset Cycle Count
142	Use this selection to zero the Cycle Count value.
143	Reset Event History
144	This procedure will reset the positioner error history log.
145	Reset Travel Count
146	Use this selection to zero the Valve Travel value.
147	Reset Device Config.
148	This procedure will set all values for the positioner to factory defaults.
149	Select Actuator Info.
150	Allows you to select your actuator manufacturer, model/size. Information is used internally by Professional Diagnostic model for friction calculations.
151	Select Cmd. 33 variables
152	Allows you to select the individual variables to burst with HART command 33.
153	Execute Partial Stroke Test
154	Initiates a partial stroke test.
155	Stroke
156	Combined calibration that calibrates the travel of the valve position (zero and span); and, if auto tuning is enabled, the gain values for the positioner are also calculated.
157	Post Read Pressure 1
158	HRL Test...
159	Write Register
160	Allows you to change internal variable values directly. (DANGEROUS).
161	Displays actuator manufacturer.
162	Manufacturer
163	Valtek (Piston)
164	Kämmer
165	Valtek (Diaphragm Rotary)
166	Automax
167	NAF
168	Valtek (Diaphragm Linear
169	Fisher
170	Other
171	Displays Actuator model.
172	25
173	50
174	100
175	100C
176	150C
177	200
178	200C
179	300
180	400
181	500
182	600
183	37
184	38
185	39
186	3D
187	47
188	48
189	49
190	4D
191	P0
192	P1
193	P2
194	P3
195	P4
196	P5
197	P6
198	P7
199	NR1
200	NR2
201	NR3
202	B050D
203	B063D
204	B085D
205	B100D
206	B115D
207	B125D
208	B150D
209	B175D
210	B200D
211	SNA250
212	SNA300
213	R205
214	R206
215	R207
216	R208
217	R310
218	R312
219	R314
220	R316
221	R414
222	R416
223	R418
224	R420
225	R422
226	R514
227	R516
228	R518
229	R520
230	R522
231	R524
232	-02
233	-11
234	-12
235	-21
236	-22
237	-31
238	-32
239	-41
240	-42
241	-51
242	-52
243	127
244	252
245	502
246	700
247	1502
248	3002
249	657-30
250	657-34
251	657-40
252	657-45
253	657-46
254	657-50
255	657-60
256	657-70
257	657-80
258	657-87
259	657-100
260	667-30
261	667-34
262	667-40
263	667-45
264	667-46
265	667-50
266	667-60
267	667-70
268	667-80
269	667-87
270	667-100
271	Actuator area
272	Actuator type i.e. linear or rotary; piston or diaphragm etc.
273	Type
274	Linear (piston)
275	Linear (diaphragm)
276	Rotary (piston)
277	Rotary (diaphragm)
278	Rotary (Rack & Pinion)
279	Spring type i.e. single or heavy duty etc.
280	Spring
281	Single
282	Heavy duty
283	Dual
284	Multi
285	None
286	Standard
287	Current being sent to the positioner on the 4 to 20mA loop.
288	Loop Crnt
289	5.2f
290	AO Detected
291	Indicates the positioner is analog output capable.
292	No
293	Yes
294	Auto Tune
295	The positioner will calculate new tuning parameter values when stroke calibrated with Auto selected. Manual setting causes positioner to use current tuning values.
296	Manual
297	Auto
298	This variable shows the state of the positioner during calibration. Each value of Calibrate corresponds to a specific stage in the calibration process. The most common states: Calibrate=0, Normal operation, calibration OFF, position control enabled; Calibrate=1, Automatically calibrate stroke; Calibrate=2, Automatically calibrate actuator pressure sensors; Calibrate=3, acquire command counts with loop current at 0%; Calibrate=4, command counts with loop current at 100%; Calibrate=5, Moving valve to closed position, get Stem position at 0%; Calibrate=6, moving valve to open position, get stem position at 100%; Calibrate=7, Calibrating supply sensor; Calibrate=8, Calibrating Actuator Sensor, closing valve; Calibrate=9, Calibrating Actuator sensor, opening valve; Calibrate=11, quick-cal button has been pressed; Calibrate=12,Error occurred during Calibration.
299	Calbration Mode
300	3d
301	Date of calibration and initials of person who performed calibration. These should be entered at the time of calibration.
302	Analog Input Cal Date
303	Strk Cal Date
304	TheMonthString
305	Character register Number.
306	Char Register Num
307	Character Register Value
308	Char Value
309	Zero is only valid entry.
310	00% Signal
311	.2f
312	What percent open do you want at this signal %?
313	05% Signal
314	10% Signal
315	15% Signal
316	20% Signal
317	25% Signal
318	30% Signal
319	35% Signal
320	40% Signal
321	45% Signal
322	50% Signal
323	55% Signal
324	60% Signal
325	65% Signal
326	70% Signal
327	75% Signal
328	80% Signal
329	85% Signal
330	90% Signal
331	95% Signal
332	99% Signal
333	Close Speed Limit
334	Time it takes to move the stem to the closed position.
335	sec.
336	5.0f
337	Signal at Closed
338	4-20 mA signal to close the valve.
339	20mA
340	20mA will completely close the valve.
341	4mA
342	4mA will completely close the valve.
343	Command Out
344	Command Perc
345	Command Units
346	Continuous Friction
347	Is the Continuous Friction Hunting active or disabled?
348	Off
349	Active
350	Value of the Valve Cycle Counter. The Valve Cycle Counter counts the number of cycles of the valve stem since the last reset. Cycle Deadband defines how large a stem movement is allowed before a cycle is counted. Valve Cycle Counter can be reset to zero from the Reset Cycle Count method.
351	Cycle Count
352	10d
353	Enter the desired Valve Cycle Deadband in percent of full stroke. Valve Cycle Deadband defines how large a stem movement is allowed before a cycle is counted in the Valve Cycle Counter. A cycle is counted when the stem has moved more than the amount of the deadband in either direction. Enter this variable as an absolute number. For example, if a deadband of +/-10% is desired. Cycle Deadband should be entered as 10.
354	Cycle Deadband
355	The number of cycles defined by the Valve Cycle Deadband that, if exceeded, will activate the Valve Cycle Limit alarm. Use Change Cycle Limit to increase or decrease Cycle Limit level.
356	Cycle Limit
357	Enter the desired Valve Travel Deadband in percent of full stroke. Valve Travel Deadband defines how large a stem movement is allowed before travel is accumulated in the Valve Travel Accumulator. Enter this variable as an absolute number. For example, if a deadband of +/- 10% is desired, Travel Deadband should be entered as 10.
358	Travel Deadband
359	Value considered to be full stroke. Usually set to 100%
360	Travel Length
361	6.2f
362	The amount of travel defined by the Travel Deadband that if exceeded will activate the Travel Limit alert. Use Change Travel Limit to increase or decrease the Travel Limit level.
363	Travel Limit
364	Cutoff Hysteresis
365	DataPoints
366	Displays the air action of the valve (air to open (ATO) or air to close (ATC)).
367	Air Action
368	ATC
369	ATO
370	Select the position to which the valve will fail (open or closed as determined by the spring position).
371	Fail Position
372	Closed
373	Open
374	View whether the positioner has pressure sensors. 520 = No presure sensors, 521 = Has pressure sensors.
375	Positioner Model
376	520
377	521
378	Select the positioner action (single or double acting).
379	Positioner Action
380	Double
381	Select the type of valve the positioner is controlling (linear or rotary).
382	Motion
383	Linear
384	Rotary
385	D-Gain anticipates overshoot based on the current velocity and dynamically adjusts movement so that overshoot does not occur.
386	D-Gain
387	Input 4-20mA command expressed in percent of full scale input.
388	4-20 Command
389	Enter the digital command value, in percent of full stroke. This variable is available only when the valve is being positioned by a digital command (digital source) rather than the 4-20mA analog signal (analog source).
390	Digital Command
391	Displays the source of the command signal (analog or digital).
392	Command Source
393	Analog
394	Digital
395	Unused
396	Displays state of Position Cut-off as defined in the Soft Limit / Characterization Menu.
397	Position Cutoff
398	Dormant
399	The modified command signal, in percent of full stroke, which actually sets the controlled position of the valve. Control Command is generated after custom characterization, soft limits, and minimum position cutoff parameters are evaluated. 4-20 mA command and Control Command can differ if custom characterization, soft limits, or minimum position cutoff are active.
400	Control Command
401	The difference between the modified position command (Control Command) signal and the stem position signal expressed in percent of full stroke. Deviation = Control Command - Position.
402	Deviation
403	Actual stem position in percent of full stroke, as measured by the position stem position transducer.
404	Position
405	E. Code Build Day
406	E. Code. Build Hour
407	2d
408	E. Code Build Min.
409	E. Code Build Mo.
410	E. Code Build Sec.
411	E. Code Build Yr.
412	E. Code Major
413	Embedded code major version number.
414	E. Code Minor
415	Embedded code minor version number.
416	Number of events since reset or power-up.
417	Event count
418	Current event pointer on the Logix 520MD.
419	Event pointer
420	This is the most recent event encountered.
421	Most Recent Event
422	Reserved
423	Pneumatic unable to Fail Safe
424	Loss of Inter-PCB Comm
425	Elect. Unable to Failsafe
426	Feedback Range < Min
427	0% Position OORange
428	100% Position OORange
429	No Motion Time Out
430	Non-Settle Time Out
431	ILO Time Out
432	Jog Cal-Set 100% Pos
433	Command Loop Range < Min
434	Command Loop OORange 100%
435	Command Loop OORange 0%
436	Analog Output Range < Min
437	Pressure Sensor Board Present
438	Analog Output Board Present
439	Pressure Control Locked
440	Pot Rotation Reversed
441	This is the second most recent event encountered.
442	2nd
443	This is the third most recent event encountered.
444	3rd
445	This is the fourth most recent event encountered.
446	4th
447	This is the fifth most recent event encountered.
448	5th
449	This is the sixth most recent event encountered.
450	6th
451	This is the seventh most recent event encountered.
452	7th
453	This is the eighth most recent event encountered.
454	8th
455	Diagnostics Level
456	Indicates whether positioner is Standard, Advanced, or Professional.
457	Pressure sensors are used for control only.
458	Pro
459	Full diagostic features are available including friction and partial stroke testing.
460	Advanced
461	Pressure values and alarms are available.
462	Pressure Port 1
463	Port 1 Pressure after Calculation.
464	Pressure Port 2
465	Port 2 Pressure after Calculation.
466	Supply Pressure
467	Valve Stability
468	High friction automatically switches to pressure control. Low friction uses calculated tuning values.
469	High Friction
470	High friction setting uses pressure control for stability.
471	Low Friction
472	Low friction setting will use standard control for stability.
473	Future Variable
474	Future
475	FutureVar
476	Future var
477	This value indicates the setting that is used to remove any long-term deviation at a slower rate. A larger value would remove the long-term deviation at a faster rate.
478	I-Gain
479	Inner Loop Offset is in percent (0-100). This will normally only be entered at the factory. This is adjusted to place the pilot relay in the balanced (null) position with zero deviation signal.
480	IL offset
481	%
482	Integer register Number.
483	Register Number
484	Integer Register Value
485	Int Value
486	Lifetime
487	Number of hours positioner has been in operation.
488	Local Interface
489	Enable or disable the Logix local interface. (Quick-cal and dip switches)
490	Enabled
491	Disabled
492	Long register Number.
493	Long Reg Number
494	Long Register Value
495	Long Value
496	Upper Pos. Cutoff
497	Point at which the stem will go to the full open position regardless of command value.
498	Maximum Lifetime
499	Maximum temperature reached since startup
500	Lower Pos. Cutoff
501	Point at which the stem will go to the full closed position regardless of command value.
502	Minimum Lifetime
503	Minimum temperature reached since startup
504	Calibrated
505	Indicates whether the positioner has been calibrated after a reset or on initial startup.
506	Open Speed Limit
507	Time it takes to move the stem to the open position.
508	Enter the maximum outer loop proportional gain. Max Prop Gain is used along with Min Prop Gain and the Gain Multiplier to calculate total outer loop proportional gain. Max Prop Gain is used when deviation is small. Setting Max Prop Gain equal to Min Prop Gain with Gain Mult equal to zero sets gain to conventional proportional control.
509	P-Gain
510	Position Deviation Time is the amount of time, entered in seconds, that the position deviation can exceed the Position Deviation Deadband before a Position Deviation Alert is generated.
511	Posn. Dev. Time
512	Position Deviation Deadband entered in percent determines the minimum steady state difference which generates a Position Deviation Alert This is entered as an absolute value. For example, if a deadband of +/- 2% is desired a value of 2 should be entered.
513	Posn. Dev. Deadband
514	Enter the Upper Position Alert set point in percent of full stroke. If the valve stroke exceeds this value, Upper Position Alert is activated.
515	Posn. Upper Alert
516	Enter the Lower Position Alert set point in percent of full stroke. If the valve stroke falls below this value, Lower Position Alert is activated.
517	Posn. Low Alert
518	Position damping value
519	Lower position limit
520	5.1f
521	Position minimum span
522	.1f
523	Position upper limit
524	Power Up
525	Number of hours positioner has been powered up.
526	Maximum Power Up
527	Maximum temperature reached since last power up
528	Minimum Power Up
529	Minimum temperature reached since last power up
530	Port 1 (% of Calibrated Supply)
531	Port 1 pressure value in percent of calibrated supply maximum.
532	Port 2 (% of Calibrated Supply)
533	Port 2 pressure value in percent of calibrated supply maximum.
534	Supply (% of Calibrated Supply)
535	Supply pressure value in percent of calibrated supply maximum.
536	Place holder
537	Reset
538	Number of hours positioner has been in operation since last reset.
539	Maximum Reset
540	Maximum temperature reached since last reset
541	Minimum Reset
542	Minimum temperature reached since last reset
543	Signature status
544	Signature in process
545	End of signature
546	Xmit in process
547	Ramp sig (Step= 0)
548	Initialized
549	Last frame
550	Signature format
551	Default
552	DD Standard
553	Custom
554	Signature hold
555	SigILCmd
556	SigILCmdValue
557	SigILPos
558	SigILPosValue
559	SigPort1
560	SigPort2
561	SigPos
562	Starting position
563	Stopping position
564	Signature time
565	Displays the position characterization (linear, equal %, or custom)
566	Characterization
567	Equal %
568	Enter the Upper Soft Limit in percent of full stroke. The Modified Command Signal will not go above this limit. Upper Soft Limit must be greater than Lower Soft Limit for proper operation.
569	High Soft Limit
570	Enter the Lower Soft Limit in percent of full stroke. The Modified Command Signal will not go below this limit. Lower Soft Limit must be less than Upper Soft Limit for proper operation.
571	Low Soft Limit
572	Pressure Control State
573	Use Pressure Control function to control stem position in some high friction applications.
574	Pressure Lock
575	Indicates that the current position is within the pressure control window.
576	Window
577	Size of the pressure control window.
578	Quick Calibration
579	Set positioner to use the local interface to manually calibrate stroke. (Jog)
580	Jog
581	You must be at the local interface to set the span.
582	Standard automatic stroke calibration will be used.
583	Final command
584	Serial Number of the electronics control board.
585	Electronic SN
586	Engineering units being used for ambient main board temperature measurement.
587	Temperature Units
588	Circuit board ambient temperature.
589	Temperature
590	TheDate
591	Value of the Valve Travel Accumulator. The Valve Travel Accumulator measures the distance the valve stem has traveled since the last reset. Valve Travel Deadband defines how large a stem movement is allowed before travel accumulator increases. The Valve Travel Accumulator can be reset to zero from the Reset travel Count method.
592	Travel Count
593	Travel Units
594	Units for travel measurements.
595	in.
596	mm
597	deg
598	Tertiary units
599	Displays the current engineering units for pressure.
600	Press. Units
601	Select valve body material.
602	Body Material
603	Alloy 20
604	Aluminum
605	Bronze
606	Carbon steel
607	Special Alloy
608	Hastelloy
609	Inconel
610	Monel 400
611	Nickel
612	Titanium
613	Type 304
614	Type 316
615	Select valve body size in inches.
616	Body Size
617	.25 INCH / DN 6
618	.5 INCH / DN 15
619	.75 INCH / DN 20
620	1.0 INCH / DN 25
621	1.25 INCH / DN 32
622	1.5 INCH / DN 40
623	2.0 INCH / DN 50
624	2.5 INCH / DN 65
625	3.0 INCH / DN 80
626	4.0 INCH / DN 100
627	5.0 INCH / DN 125
628	6.0 INCH / DN 150
629	8.0 INCH / DN 200
630	10.0 INCH / DN 250
631	12.0 INCH / DN 300
632	14.0 INCH / DN 350
633	16.0 INCH / DN 400
634	18.0 INCH / DN 450
635	20 INCH / DN 500
636	24.0 INCH / DN 600
637	28.0 INCH / DN 700
638	32.0 INCH / DN 800
639	36.0 INCH / DN 900
640	40.0 INCH / DN 1000
641	Select valve end connections.
642	End Connection
643	Sep. Flange
644	Integral Flange
645	Weld End
646	Flangeless / Wafer
647	Clamped
648	Screwed
649	Flow under plug or flow over plug (linear), shaft upstream or shaft downstream (rotary).
650	Flow Direction
651	Flow Over
652	Flow Under
653	Pressure rating for the inlet of the valve.
654	Inlet Press
655	Select ANSI shutoff leakage class.
656	Leak Class
657	Class I
658	Class II
659	Class III
660	Class IV
661	Class V
662	Class VI
663	Select valve manufacturer.
664	Valtek
665	Select valve type or model.
666	Valtek Mark One
667	Valtek Mark One-X
668	Valtek Mark 100
669	Valtek Mark Two
670	Valtek Mark Six
671	Valtek Mark Eight
672	Valtek Mark Ten (Survivor)
673	Valtek ShearStream SB
674	Valtek ShearStream HP
675	Valtek MaxFlo 3
676	Valtek Valdisk BX
677	Valtek FlowTop
678	Valtek FlowPak
679	Valtek FlowPro
680	Valtek VariCool
681	Kämmer HpFlow
682	Kämmer LinedFlow
683	Kämmer TotalFlow
684	Kämmer ColdFlow
685	Kämmer DrainFlow
686	Kämmer SmallFlow
687	Kämmer CleanFlow
688	Kämmer Multi-Z
689	Kämmer 020000
690	Kämmer 025000
691	Kämmer 030000
692	Kämmer 185000
693	NAF Setball
694	NAF Duball
695	NAF Trunnball
696	NAF Torex
697	NAF Unex
698	Pressure rating for the outlet of the valve.
699	Outlet Press
700	Select valve packing type.
701	Pack Type
702	Single Packing PTFE
703	Single Packing Graphite
704	Double Packing PTFE
705	Double Packing Graphite
706	Spring loaded
707	Select valve body ANSI Pressure Rating (class).
708	Press Class
709	CL 150
710	CL 300
711	CL 600
712	CL 900
713	CL 1500
714	CL 2500
715	CL 4000
716	PN 10
717	PN 16
718	PN 25
719	PN 40
720	PN 63
721	PN 100
722	PN 160
723	PN 250
724	PN 400
725	PN 4000
726	Travel for which this unit is rated.
727	Rated Travel
728	Valve serial number in the format, xxxxxx.xxx. Contains sales order number plus the page.
729	Valve Ser. No.
730	Stem/shaft diameter in inches.
731	Stem Diameter
732	Stroke Length
733	Stroke length in percent.
734	Velocity
735	Time it takes to move the stem from one extreme to the other during stroke calibtration.
736	Select valve trim characteristics. (Informational use only)
737	Quick Open
738	Bi-Linear
739	Select valve trim material.
740	Trim Material
741	Stainless Steel
742	Stainless Steel (hardened)
743	Alloy 6
744	Soft Seated
745	Special Alloys
746	Select Valve Trim Size.
747	Size
748	0.10 - 0.12 in (2.5 - 3.0 mm)
749	0.13 - 0.15 in (3.1 - 3.8 mm)
750	0.16 - 0.19 in (3.9 - 4.8 mm)
751	0.20 - 0.24 in (4.9 - 6.1 mm)
752	0.25 - 0.30 in (6.2 - 7.6 mm)
753	0.31 - 0.37 in (7.7 - 9.4 mm)
754	0.38 - 0.45 in (9.5 - 11.4 mm)
755	0.46 - 0.55 in (11.5 - 14.0 mm)
756	0.56 - 0.67 in (14.1 - 17.0 mm)
757	0.68 - 0.81 in (17.1 - 20.6 mm)
758	0.82 - 0.98 in (20.7 - 24.9 mm)
759	0.99 - 1.18 in (25.0 - 30.0 mm)
760	1.19 - 1.42 in (30.1 - 36.1 mm)
761	1.43 - 1.7 in (36.2 - 43 mm)
762	1.8 - 2.1 in (44 - 54 mm)
763	2.2 - 2.7 in (55 - 68 mm)
764	2.8 - 3.3 in (69 - 84 mm)
765	3.4 - 4.1 in (85 - 103 mm)
766	4.2 - 4.9 in (104 - 125 mm)
767	5.0 - 6.0 in (126 - 152 mm)
768	6.1 - 7.3 in (153 - 184 mm)
769	7.4 - 8.8 in (185 - 223 mm)
770	8.9 - 10.5 in (224 - 268 mm)
771	10.6 - 12.7 in (269 - 322 mm)
772	12.8 - 15.2 in (323 - 386 mm)
773	15.3 - 18.2 in (387 - 462 mm)
774	18.3 - 21.8 in (463 - 552 mm)
775	Select valve trim (standard, CavControl, MegaStream, etc.).
776	CavControl
777	ChannelStream
778	MegaStream
779	Tiger-Tooth
780	Stealth
781	MicroCav
782	CavStream
783	MultiStream
784	SilentPack
785	Kämmer Type I-III
786	Z-Trim
787	Multi-stage
788	X1
789	AFileType
790	Average
791	EndPoint
792	InputValue
793	+/-
794	Maximum
795	MaxXValue
796	MinXValue
797	Count of files
798	MyFileList
799	OutputValue
800	Port1Value
801	Port2Value
802	Settling Time
803	B value
804	M value
805	StartPoint
806	ThrustValue
807	KeepMaskBits
808	Modes Mask
809	Clear the check mark or set the value to OFF to mask off notifications of positioner modes.
810	Not used
811	Positioner Status Mask
812	Clear the check mark or set the value to OFF to mask off Positioner status indicators.
813	Mechanical Mask
814	Clear the check mark or set the value to OFF to mask off Mechanical status indicators.
815	Pneumatic Inability to Failsafe
816	Calibration Mask
817	Clear the check mark or set the value to OFF to mask off Calibration status indicators.
818	Stroke Cal. in Progress
819	Loop Cal. in Progress
820	Pressure Cal. in Progress
821	Analog Output Cal. in Progress
822	Electronic Mask
823	Clear the check mark or set the value to OFF to mask off Electronic status indicators.
824	Temp. High Warning
825	Temp. Low Warning
826	Electronic Inability to Failsafe
827	Pressure Mask
828	Clear the check mark or set the value to OFF to mask off Pressure status indicators.
829	Supply Press. Low Alarm
830	Supply Press. High Warn
831	Supply Press. Low Warn
832	Port 1 Out of Range
833	Supply Out of Range
834	Inner Loop Mask
835	Clear the check mark or set the value to OFF to mask off Inner Loop status indicators.
836	Outer Loop Mask
837	Clear the check mark or set the value to OFF to mask off Outer Loop status indicators.
838	0% Posn. Out of Range
839	100% Posn. Out of Range
840	Command Loop Mask
841	Clear the check mark or set the value to OFF to mask off Command Loop status indicators.
842	Command Loop Out of Range 100%
843	Command Loop Out of Range 0%
844	Configuration Mask
845	Clear the check mark or set the value to OFF to mask off Configuration indicators.
846	Too Few Data Bytes
847	Device is Busy
848	Command not implemented
849	Modes
850	Positioner mode indicators
851	Indicates that a test has been initiated by Flowserve supplied software. Signatures can only be cancelled by Flowserve supplied software. This indicator can be disabled.
852	Positioner status indicators
853	Indicates the difference between the command and the actual position has been greater than the user-set limit for longer than a user-set time. Review active alarms and warnings to find root causes of this alarm. This indicator can be disabled.
854	Mechanical Status
855	Mechanical status
856	Calibration modes
857	Stroke Calibration in Progress
858	Loop Calibration in Progress
859	Pressure Calibration in Progress
860	Analog Output Calibration in Progress
861	Electronic Status
862	Electronic status
863	Indicates that upon loss of air supply, the valve may move to the fail-safe position. The spring alone is not adequate to overcome the friction and process load in the system. The system is relying on pneumatic force to actuate in the direction the spring is pushing. The failsafe spring may have failed, or it was not sized properly for the application. Friction or process load may have increased. If alarm persists for more than 30 minutes, the Piezo assembly is damaged and should be replaced. This indicator can be disabled.
864	Pressure Status
865	Pressure status
866	Supply Press. High Alarm
867	Port 1 Range < Min.
868	Supply Range < Min.
869	Inner Loop Status
870	Inner Loop status
871	Hall Sensor Upper Posn.
872	Hall Sensor Lower Posn.
873	Outer Loop Status
874	Outer Loop status
875	Indicates that during calibration, the range of motion of the position feedback arm was too small for optimum performance. Check for loose linkages and/or adjust the feedback pin to a position closer to the follower arm pivot to create a larger angle of rotation and recalibrate. Briefly pushing the quick-cal button acknowledges this condition and the positioner will operate using the current short stroke calibration if otherwise a good calibration.
876	Indicates that during calibration, the feedback sensor moved beyond its range of operation at the 0% (closed) position. Adjust the positioner mounting, linkage or feedback potentiometer to move the position sensor back into range then restart the calibration. This error may be cleared by briefly pushing the quick-cal button, which will force the positioner to use the parameters from the last good calibration.
877	Indicates that during calibration, the feedback sensor moved beyond its range of operation at the 100% (open) position. To correct the condition, adjust the positioner mounting, linkage or feedback potentiometer to move the position sensor back into range then restart the calibration. This error may be cleared by briefly pushing the quick-cal button, which will force the positioner to use the parameters from the last good calibration.
878	Indicates that during calibration, there was no motion of the actuator based on the current stroke time configuration. Check linkages and air supply to make sure the system is properly connected. If the time out occurred because the actuator is very large then simply retry the Quick cal and the positioner will automatically adjust for a larger actuator by doubling the time allowed for movement. This error may be cleared by briefly pushing the quick-cal button, which will force the positioner to use the parameters from the last good calibration.
879	Indicates that during calibration, the position feedback sensor did not settle. Check for loose linkages or a loose positioner sensor. This error may be cleared by briefly pushing the quick-cal button, which will force the positioner to use the parameters from the last good calibration. This error may appear on some very small actuators during the initial calibration. Recalibrating may clear the problem.
880	During calibration, the Inner Loop Offset value did not settle. This could result in less accurate positioning. Repeat the stroke calibration to get a more accurate ILO value. To proceed using the less accurate ILO value, this error may be cleared by briefly pushing the quick-cal button. Lowering the gain setting may help if the actuator is unstable during the calibration. Gain settings can be physically adjusted on the device. A lower letter represents lower gain.
881	Jog Cal-Set 100% Posn.
882	Indicates that during a jog calibration, the unit is waiting for the user to manually adjust the valve position to the desired 100% open position. Use the buttons on the positioner to adjust the valve to the desired fully open position. See the explanation of Jog Calibrate in the Quick-Cal section of main document for operation.
883	Command Loop Status
884	Command Loop status
885	Indicates that during a Command Loop Calibration, the difference between the signal at 0% and the signal at 100% was too small. The system is designed to accept a difference greater than 2 mA. Recalibrate making sure to use a larger difference between command signal limits. The difference must exceed 2 mA.
886	Indicates that during Command Loop Calibration, the 100% signal was out of range. The system is designed to accept a signal that is between approximately 3.5 mA and 22 mA. Recalibrate making sure to set the limits inside that range.
887	Indicates that during Command Loop Calibration, the 0% signal was out of range. The system is designed to accept a signal that is between approximately 3.5 mA and 22 mA. Recalibrate making sure to set the limits inside that range.
888	Indicates during an Analog Output Calibration the difference between the milliamp signal at 0% and the milliamp signal at 100% was too small. Recalibrate making sure to use a larger difference between signal limits.
889	Configuration Indicators
890	Configuration indicators
891	When LOCKED, this indicates that the positioner feedback sensor is rotating clockwise to close. This affects the fail safe position of the valve in the event of linkage failure. In normal configurations, a spring will turn the sensor counter-clockwise upon release of the feedback linkage. Use the Valve Stability DIP switch to toggle this mode on or off. If high friction is set and this indicator never comes on, the error band limits may need to be adjusted.
892	When REVERSED, this indicates that the positioner feedback sensor is rotating clockwise to close. In normally configured positioners, a spring will turn the sensor counter-clockwise upon release of the feedback linkage. This affects the fail safe position of the valve in the event of linkage failure. Ensure the feedback sensor spring will lead to a proper fail safe position. If needed, an optional internal biasing spring is available that can change the direction of failure position if the feedback linkage should break.
893	Valve Travel
894	Value of the Travel Accumulator. The Travel Accumulator measures the distance the valve stem has traveled since the last reset. Travel Deadband defines how large a stem movement is allowed before travel accumulator increases. The Travel Accumulator can be reset to zero using Reset Travel Count method.
895	10.2f
896	Valve Travel High Start
897	Valve Travel High End
898	Valve Travel % Yellow
899	Valve Travel Length
900	Valve Cycle High Start
901	Valve Cycle High End
902	Valve Cycle % Yellow
903	Valve Cycle Deadband
904	Pst Time Breakaway
905	Measured when the valve has moved ½ % from the starting position
906	Pst Pressure Difference
907	The differential pressure in the actuator for double acting or the actuator pressure for single acting measured at the breakaway point.
908	Pst Time To Target
909	Actual time it took for the valve to arrive within 2% of the final value.
910	6.3f
911	Pst Time Limit
912	Time used for pass/fail criteria for the partial stroke test. (0 to 60 sec.)
913	3.2f
914	Pst Result
915	Gives a pass/fail indication of the test based on the reference time to target and the actual time to target.
916	Fail
917	The positioner has failed the partial stroke tes.
918	Pass
919	The positioner has passed the partial stroke test.
920	Actuation Ratio High Start Limit
921	Actuation Ratio Low Start Limit
922	Actuation Ratio Percent
923	Pilot Relay Cycle Count
924	Pilot Relay Cycle High Start Limit
925	Pilot Relay Cycle High End Limit
926	Pilot Relay Cycle Percent Yellow
927	Pilot Relay Travel Count
928	Pilot Relay Travel High Start Limit
929	Pilot Relay Travel High End Limit
930	Pilot Relay Travel Percent Yellow
931	Pilot Relay Cycle and Travel Reset
932	Reset Pilot Relay Cycles
933	help
934	Reset Pilot Relay Travel
935	Trend Index
936	Trend Year
937	Trend Month
938	Trend Day
939	Trend Hour
940	Trend Minute
941	Trend Second
942	Trend Command
943	Trend Position
944	Trend Friction
945	Trend Supply
946	Trend Temp
947	Trend State
948	Return LLT Status
949	Release LLT
950	Freeze LLT
951	Clear Trend and Friction Tables
952	Clear Trend Table
953	Clear Friction Table
954	Stick Deviation
955	Stick Start
956	Stick End
957	Stick Percent
958	Pneumatic Leak Count
959	Pneumatic Leak Start
960	Pneumatic Leak End
961	Pneumatic Leak Percent
962	Place Holder Variable - Data Unreliable
963	Force on the Piston
964	Force on the Spring
965	Force Rate
966	Force Actuator
967	Deviation Times Gain
968	Piston Rate
969	Friction Stability
970	Friction Count
971	Friction Rate Depend Up
972	Friction Rate Depend Down
973	Friction Starting
974	Spring Forces 15
975	Spring Forces 85
976	Spring Rate
977	Spring Preload
978	Worst Valve
979	Worst Actuator
980	Worst Positioner
981	Worst Control
982	Supply Pressure Calibrated
983	Supply pressure in user units used as basis for pressure sensor calibrations. Displayed value does not change until DD restart.
984	Supply Pressure High Start
985	Supply Pressure Low Start
986	Supply Pressure Low End
987	Supply Pressure High Percent
988	Supply Pressure Low Percent
989	Friction Status
990	Friction High Start
991	Friction High End
992	Friction Low Start
993	Friction High Percent Yellow
994	Friction Low Percent Yellow
995	Command not impleented
996	Actuator
997	Allows access to Actuator Manufacturer, Actuator Size, and selection, etc.
998	Alarm Masks
999	Allows access to available alarm and alert masks. Masks let you "turn off" unwanted alarms and alerts.
1000	Alerts & Alarms
1001	Allows access to Current Alarms, Alarm Masks, Error History, Temperature History, and the Hour Meters.
1002	Burst Mode Settings
1003	Allows access to view and change burst mode settings.
1004	Allows access to Actuator/Stroke/Friction Calibration, Stroke Calibration, Analog Output Calibration, and Analog Input Calibration functions.
1005	Partial Stroke Test
1006	Parameters needed to run a partial Stroke Test.
1007	Allows access to Partial Stroke Test.
1008	Advanced Diagnostics
1009	Custom Characterization Settings
1010	Change individual characterization "y" values.
1011	Configuration
1012	Allows access to Device Configuration, Positioner Tuning, Pressure Control, Soft Limits & Cut-off, User Preferences, Device Information, Read Register, and Write Register.
1013	Current Alarms
1014	View all current alarms, alerts, modes, and states.
1015	Change Travel Limit
1016	Changing the Travel Limit allows you to control the Travel Limit warning level.
1017	Valve Cycle / Travel Info
1018	Allows access to the valve cycle and travel information and settings.
1019	Change Air Action
1020	Use to change air action from/to Air-to-Open/Air-to-Close.
1021	Change Characterization
1022	Select characterization for stem movement. Choices are linear, equal %, and custom.
1023	Device Config
1024	Allows access to Local Interface, Air Action, 4-20 mA signal configuration, Characterization, Auto Tuning, Valve Stability, Stroke Calibration type, Reset to Factory Default, and whether the positioner has been calibrated since last reset.
1025	Device Info
1026	Allows access to HART Information, Positioner version information, Actuator information, Valve Trim information, and Valve Body information.
1027	Dynamic Vars
1028	Event History
1029	Allows access to last eight errors that occurred, the event count, and the ability to reset the Error History.
1030	Hot Key Menu
1031	Hour Meters
1032	Displays hours of operation.
1033	Position Alerts
1034	Allows you to change position alert settings. Controls the Position Upper and Lower Limit Alert.
1035	Positioner Revisions
1036	View the positioner internal version and revision information.
1037	Tuning values
1038	Allows editing of positioner response tuning values.
1039	Positioner Tuning
1040	Allows access to the Positioner Tuning edit display.
1041	Pressures
1042	Displays pressure values.
1043	Main Menu
1044	Access to all available positioner functionality and data.
1045	Limits
1046	Edit Soft Limits and Position Cut-off limits.
1047	Soft Limits & Cutoff
1048	Allows access to Soft Limits and Position Cut-off limits edit display.
1049	Enable/Disable pressure control
1050	Allows user to Enable/Disable pressure control.
1051	Pressure Control
1052	Allows access to Pressure Control status and settings.
1053	Change Command Source
1054	Use to toggle command source Analog/Digital - Digital/Analog.
1055	Status
1056	Allows access to realtime command, position, and temperature data. Allows access to change the command source. If equipped, pressure data is also available.
1057	Positioner
1058	View HART information, change HART tag name, message, descriptor, and date.
1059	Temperature History
1060	Displays the temperatures attained during operation.
1061	Upload Variables
1062	Units
1063	Allows you to view and change the pressure, if equipped, and temperature units of measure.
1064	User Preferences
1065	Allows access to Cycle and Travel Limits, Position Travel Alerts Configuration, Units of Measure, and Burst Mode Control.
1066	Valve Body
1067	Allows access to valve body information.
1068	Valve Trim
1069	Allows access to valve trim information and settings.
1070	Positioning Information
1071	Positioner Settings
1072	View current positioner settings: diagnostics capabilities, positioner model, and characterization.
1073	Process Variables
1074	Repeatability, (%)
1075	Electronics Temperature
1076	Rueger
1077	Mettler Toledo
1078	Det-Tronics
1079	TN Technologies
1080	DeZURIK
1081	Phase Dynamics
1082	WELLTECH SHANGHAI
1083	ENRAF
1084	4tech ASA
1085	Brandt Instrument
1086	Nivelco
1087	Camille Bauer
1088	Metran
1089	Milton Roy Co.
1090	PMV
1091	Turck
1092	Panametrics
1093	Stahl
1094	Fieldbus International
1095	BERTHOLD
1096	InterCorr
1097	China BRICONTE Co Ltd
1098	Electron Machine
1099	Sierra Instruments
1100	Fluid Componenets
1101	HART Communication Foundation
1102	PSK Capable Device
1103	PSK With Loop Current Signaling Disabled
1104	Maintenance Required
1105	Device Variable Alert
1106	Lock Device Codes
1107	Unlock
1108	Temporary Lock
1109	Permanent Lock
1110	Write Device Variable Codes
1111	Normal
1112	Fix Value
1113	Device Variable Family Codes
1114	Simple PID
1115	pH
1116	Conductivity
1117	Totalizer
1118	Device Variable not Classified
1119	Volumetric Flow
1120	Volume
1121	Length
1122	Time
1123	Mass
1124	Mass Flow
1125	Mass per Volume
1126	Viscosity
1127	Angular Velocity
1128	Area
1129	Energy (Work)
1130	Force
1131	Power
1132	Frequency
1133	Analytical
1134	Current
1135	Resistance
1136	Angle
1137	Conductance
1138	Volume per Volume
1139	Volume per Mass
1140	Concentration
1141	Valve Actuator
1142	Trim Point Codes
1143	Lower Trim Point Supported
1144	Upper Trim Point Supported
1145	Lower and Upper Trim Point Supported
1146	Capture Mode Codes
1147	Enabled - Capture From Specified Field Device
1148	Enabled - Capture from BACK messages
1149	Physical Layer Type Codes
1150	Asynchronous (FSK)
1151	Synchronous (PSK)
1152	Lock Device Status Codes
1153	Device is Locked
1154	Lock is Permanent
1155	Locked by Primary Master
1156	Channel Flags
1157	Input Channel
1158	Process Data Status
1159	Bad
1160	Manual / Fixed
1161	Poor Accuracy
1162	Good
1163	Limit Status
1164	Not Limited
1165	Low Limited
1166	High Limited
1167	Constant
1168	Device Family Status
1169	More Device Family Status Available
1170	FMU860
1171	DT
1172	DVC
1173	FCX
1174	AS800
1175	340T
1176	340C
1177	344
1178	Siemens Micro K
1179	SITRANS L
1180	SIPAN PH
1181	SITRANS P
1182	75SMT
1183	UNIDELTA
1184	8320
1185	SX5100
1186	TSV175
1187	DMU
1188	3780
1189	BM70
1190	Extended Device Status
1191	Provides additional Device Status information
1192	Loop Current Mode
1193	Indicates whether the loop current is active or fixed (i.e., the device is in multi-drop)
1194	8u
1195	8.3f
1196	.3f
1197	Analog output card not detected.
1198	Analog output card detected. Continue with Analog Output calibration?
1199	Attach a combination current source/current measurement device to the analog output pins.
1200	Adjust minimum output until current reaches desired output level. Select 'Finish' when done.
1201	Finish;+ .1%;+ 1%;+ 10%;- .1%;- 1%;- 10%
1202	Adjust maximum output until current reaches desired output level. Select 'Finish' when done.
1203	Analog Output Range too Small. Recalibrate...
1204	Analog output calibration complete.
1205	Current burst command = %{0}. Select new command?
1206	1;2;3;33
1207	Burst mode is disabled. Enable?
1208	Burst mode is enabled. Disable?
1209	Change Cycle Limit from %[d]{oldLimit} to ->
1210	newlimit
1211	Value out of range. Enter new value ->
1212	Select new pressure units:
1213	psi;bar;kg/cm²;kPa
1214	This will take the valve offline i.e.the analog 4-20mA signal will not control the valve. Do you want to continue?
1215	After this value is changed control will be given back to the analog 4-20mA loop.
1216	Code was built on %{codemonth}/%{codeday}/%{codeyear} at %{codehour}:%{codemin}:%{codesec}
1217	Warning! You must complete every step beyond this point. Otherwise, the positioner will not control the process. Continue?
1218	Please enter the date and your initials in the format MM/DD/YYYY AAA.
1219	Set the loop current to 4mA, then press OK.
1220	Set the loop current to the desired 0% level, usually 4mA, then press OK.
1221	Set the loop current to the desired 100% level, usually 20mA, then press OK.
1222	Set the loop current back to the starting level
1223	4-20mA Loop Calibration Error: Range Too Small. Press Abort to exit. Press OK to continue.
1224	4-20mA Loop Calibration Error: 100% Signal out of range. .Press Abort to exit. Press OK to continue.
1225	4-20mA Loop Calibration Error: 0% Signal out of range. Press Abort to exit. Press OK to continue.
1226	4-20mA Loop Calibration Complete.
1227	4-20mA Loop Calibration Error.
1228	Advanced model calibration. Continue?
1229	Supply pressure must be 0 to %[6.3f]{NewRange}.
1230	Enter supply pressure in selected units.
1231	SupplyRef
1232	Supply pressure out of range. Reenter.
1233	Please Wait, Calibration Complete.
1234	Please Wait, Calibrating Pressure...
1235	Please Wait, Waiting for valve to start closing...
1236	Please Wait, Valve is closing now...
1237	Please Wait, Setting feedback offset...
1238	Please Wait, Waiting for valve to begin opening...
1239	Please Wait, Calibrating Pressure......
1240	Please Wait, Waiting for valve to stop opening...
1241	Detecting FB direction...
1242	Waiting for Upper JOG setpoint...
1243	Waiting to release JOG buttons...
1244	Please wait, Pressure calibration in progress...
1245	Please Wait, Valve beginning to close...
1246	Please Wait, Wait for valve to stop closing...
1247	Please Wait, Pressure calibration in progress...
1248	Waiting for upper JOG setpoint...
1249	Please Wait, Detecting IL Offset...
1250	Please Wait, Performing friction calibration...
1251	Pressure calibration timed out...
1252	Pressure calibration zero/span error...
1253	Please Wait, Calibration In Progress...
1254	Calibration complete.
1255	Pressure problem during calibration.
1256	Timeout error during pressure calibration.
1257	Feedback out of range during pressure calibration.
1258	Feedback Range < Min. Recalibrate...
1259	0% Position OORange. Recalibrate...
1260	100% Position OORange. Recalibrate...
1261	No Motion Time Out. Recalibrate...
1262	Non-Settle Time Out. Recalibrate...
1263	ILO Time Out. Recalibrate...
1264	Pressure calibration zero/span error...
1265	Loss of Supply Pressure
1266	The variables you are about to change affect the process control of the valve.
1267	You must have a register map to properly use this feature.
1268	What Register Type?
1269	char register; int register; long register
1270	Please enter the register number
1271	That register contains the value %0 unformatted
1272	That register does not contain a single byte value.
1273	That register does not contain an integer value.
1274	That register does not contain a long value.
1275	This procedure will reset the cycle counter to zero. Do you want to continue?
1276	This procedure will erase the stored Event History. Do you want to continue?
1277	This procedure will reset the travel count to zero. Do you want to continue?
1278	This procedure will set all values for the positioner to the factory defaults. Do you want to continue?
1279	The variables you are about to change affect the process control of the valve. Are you sure you want to continue?
1280	You must now perform Stroke Calibration for the positioner to operate properly. Perform stroke calibration now?
1281	Actuator manufacturer -
1282	Valtek (Piston);Kämmer;Valtek (Diaphragm Rotary);Automax;NAF;Valtek (Diaphragm Linear);Fisher;Other
1283	Actuator model -
1284	25;50;100;100C;150C;200;200C;300;400;500;600;Other
1285	37;38;39;3D;47;48;49;4D;P0;P1;P2;P3;P4;P5;P6;P7;Other
1286	NR1;NR2;NR3;Other
1287	B050D;B063D;B085D;B100D;B115D;B125D;B150D;B175D;B200D;SNA250;SNA300;R205;R206;R207;R208;R310;R312;R314;R316;R414;R416;R418;R420;R422;R514;R516;R518;R520;R522;R524;Other
1288	-02;-11;-12;-21;-22;-31;-32;-41;-42;-51;-52;Other
1289	Actuator size -
1290	127;252;502;700;1502;3002;Other
1291	657-30;657-34;657-40;657-45;657-46;657-50;657-60;657-70;657-80;657-87;657-100;667-30;667-34;667-40;667-45;667-46;667-50;667-60;667-70;667-80;667-87;667-100;Other
1292	Enter the four variables to burst?
1293	Please enter Burst Variable #1.
1294	Please enter Burst Variable #2.
1295	Please enter Burst Variable #3.
1296	Please enter Burst Variable #4.
1297	This procedure will cause closure member movement. Please, follow all safety procedures. Continue?
1298	Enter the Partial Stroke Test starting position. (110% to -10%)
1299	Enter the Partial Stroke stopping position. (110% to -10%)
1300	Enter time limit to reach stopping. (0 to 60 sec.)
1301	Partial Stroke Test initiated. Please wait...
1302	Partial Stroke Test completed on positioner.
1303	The valve cannot control the process flow while calibrating. Do you want to continue?
1304	Please enter the date and your initials in the format MM/DD/YYYY AAA
1305	Please Wait, Calibrating Stroke...
1306	Please wait, Stroke calibration in progress...
1307	Please Wait, Stroke calibration in progress...
1308	Stroke calibration timed out...
1309	Stroke calibration zero/span error...
1310	Calculating friction...
1311	This procedure takes approximately 5 minutes to complete. Continue?
1312	Taking control of positioner. Continue?
1313	Enter settling time in seconds ->
1314	liWaitTime
1315	%[1.2f]{lfPercDone}% complete.
1316	This is a dangerous feature. Writing directly to registers can make the valve unusable until a factory reset.
1317	char register;int register;long register
1318	Please enter the register value
1319	Register value changed to %{0} unformatted
1320	That register does not contain a single byte value or is read only.
1321	Registers value changed to %{0} unformatted
1322	That register does not contain an integer value or is read only.
1323	That register does not contain a long value or is read only.
1324	Change Travel Limit from %[d]{oldLimit} to ->
1325	Changing air-action may cause closure member movement. Please, follow all safety procedures. Continue?
1326	Current air-action setting = %{setting}. (0=ATC; 1=ATO)
1327	ATC;ATO
1328	Changing characterization type may cause closure member movement. Please, follow all safety procedures. Continue?
1329	Current characterization type = %{setting}. 0=Custom 4 or 12=Linear 8=Equal percent
1330	Custom;Linear;Equal percent
1331	Enabling/Disabling Pressure Control will affect positioning control. Follow all safety procedures. Continue?
1332	Current Pressure Control setting = %{setting}. (0=Disabled; 8=Enabled)
1333	Disable;Enable
1334	Changing Command Source may cause closure member movement. Please, follow all safety procedures. Continue?
1335	Desired Command Source setting = %{setting}. (0=Analog; 64=Digital). Change to ->
1336	Analog;Digital
Reference ID	String