0 |
Manufacturer |
1 |
Preambles |
2 |
Universal |
3 |
Field Device |
4 |
Software |
5 |
Hardware |
6 |
Flags D965 |
7 |
Device ID |
8 |
Tag |
9 |
Descriptor |
10 |
Date |
11 |
Serial Number |
12 |
Serial Number - Control Unit - D751: The serial number of the Control Unit. |
13 |
Message |
14 |
Poll Address |
15 |
Mobrey |
16 |
MSM400 |
17 |
Loop Test |
18 |
D/A Trim |
19 |
Apply Values |
20 |
ADC Error |
21 |
Priority: Failed - Fix Now
The Control Unit has detected an error measuring the sensor signal.
Recommended Action:
Use "Restart Device" to reboot. If the error persists then temporarily interrupt the power to the device - if the error persists then refer to the supplier. |
22 |
ROM checksum error |
23 |
Priority: Failed - Fix now
The transmitter has detected an error in its program memory.
Recommended Action:
Use "Restart Device" to reboot, if the error persists then refer to the supplier. |
24 |
EEPROM Signature error |
25 |
Priority: Failed - Fix now
The transmitter has detected an error in its EEPROM data and the parameter database has been loaded with default values.
Recommended Action:
Accuracy cannot be guaranteed and so the transmitter should be re-configured at the factory. |
26 |
EEPROM Checksum error |
27 |
Priority: Failed - Fix now
The transmitter has detected an error in its EEPROM data.
Recommended Action:
Editing a user parameter will clear the error. It is recommended that the user loads defaults and re-configures the transmitter. If the problem persists after re-configuration then correct operation cannot be guaranteed - refer to the supplier. |
28 |
RAM test failure |
29 |
Priority: Failed - Fix now
The transmitter has detected an error in its RAM memory.
Recommended Action:
The error may be cleared by using "Restart Device" to reboot. If the problem persists then correct operation cannot be guaranteed - refer to the supplier. |
30 |
PV out of limits |
31 |
Priority: Advisory -
The PV has exceeded one of the limits set by the user. It is outside of the limits set by the Alarm Relay setpoints and is assigned to an Alarm relay
Recommended Action:
Reconfirm the Alarm configuration. |
32 |
Retries Out of Limits |
33 |
Priority: Maintenance - Fix soon
The number of retries has exceeded the user-programmed limit - the Control Unit is configured to perform a desludging or cleaning operation but it has failed to achieve the required Stop condition despite a number of retries.
Recommended Action:
This warning is enunciated if the PV is outside of the limits set by the Alarm Relay setpoints and if it is assigned to an Alarm relay. Reconfirm the Alarm configuration. |
34 |
|
35 |
PV Units |
36 |
PV Units - P200: The units that are displayed with the PV reading. |
37 |
mg/L |
38 |
mg/Cucm |
39 |
oz/Cuft |
40 |
oz/gal |
41 |
lb/Cuyd |
42 |
Density |
43 |
Primary Variable - D800: The process value based on the sludge density. |
44 |
10.6g |
45 |
Current Output |
46 |
mA |
47 |
5.3f |
48 |
Percentage Current Output |
49 |
% |
50 |
5.2f |
51 |
Damping |
52 |
Sensor Damping - P302: The damping in seconds applied to the PV value and the analogue output. |
53 |
seconds |
54 |
3.1f |
55 |
Sensor Serial Number |
56 |
Sensor Serial Number - P300: The serial number of the Sensor. |
57 |
8u |
58 |
Upper Range Value |
59 |
Upper Range Value - P401: Upper Range Value - the PV at which the current output is 20 mA and the % output is 100%. |
60 |
Lower Range Value |
61 |
Lower Range Value - P400: Lower Range Value - the PV at which the current output is 4 mA (or 0 mA) and the % output is 0%. |
62 |
Analog Output Alarm Type |
63 |
High |
64 |
Low |
65 |
Hold last output value |
66 |
SCALED_ANSWER |
67 |
Factors relating to the scaled answer. |
68 |
A0 |
69 |
Density Units |
70 |
Sludge Density |
71 |
Sludge Density - D801: the density of the medium as determined by the system. |
72 |
6.2f |
73 |
Attenuation Unit |
74 |
dB |
75 |
Attenuation |
76 |
Attenuation - D802: the attenuation of the signal by the medium relative to the zero reference calibration point. |
77 |
Total Attenuation Unit |
78 |
Total Attenuation |
79 |
Total Attenuation - D803: the total attenuation of the signal by the medium and associated circuitry. |
80 |
SLUDGE_DENSITY_ANSWER |
81 |
The sludge density is the value of the answer prior to scaling or profiling. |
82 |
Temperature |
83 |
Primary Variable |
84 |
Primary Variable % |
85 |
Primary Variable AO |
86 |
Relay Status |
87 |
Process value |
88 |
Current output - The analog value related to the Primary Variable |
89 |
Relay Status - The status of the transmitter relay contacts. |
90 |
these variables will generate current loop warning message when they are written to |
91 |
Sensor Type |
92 |
Sensor Type - P301: The model type of the sensor - it may be a 3433 gap sensor or a 3448 pipe section sensor. |
93 |
None |
94 |
MSM400SP |
95 |
MSM400ST |
96 |
MSM400SI |
97 |
433SD-M1 |
98 |
433SD-M3 |
99 |
442SD-M1 |
100 |
442SD-M3 |
101 |
448SD-M1 |
102 |
448SD-M3 |
103 |
Unknown |
104 |
Password |
105 |
Password - P740: The Control Unit has a password system based on a 4-digit PIN number. The local keypad cannot be used to edit parameters if the correct PIN has not been entered. A PIN of 0000 disables this function and all editing is allowed. |
106 |
Sensor Gap |
107 |
Sensor Gap - P100: The size of the gap in mm between the transmit and receive crystals in the sensor. This may be used in calculating the sludge density. |
108 |
4.0f |
109 |
Sludge Type |
110 |
Sludge Type - P101: The type of medium in which the density is being measured. Knowledge of the medium may be used in calculating the sludge density. |
111 |
Primary Sewage Sludge |
112 |
Secondary Sewage Sludge |
113 |
China Clay (Kaolin) |
114 |
Bauxite (Aluminum Ore) |
115 |
Metallic Hydroxides |
116 |
Water Treatment Alum |
117 |
Water Treatment Sludge |
118 |
Lime Slurry |
119 |
Copper Mining Tailings |
120 |
Slope @Frequency A |
121 |
Slope @ Frequency A - P102: The attenuation of the signal by the medium at a frequency of 1MHz (or 3.7MHz) measured in units of dB/%. |
122 |
dB/% |
123 |
4.2f |
124 |
Slope @Frequency B |
125 |
Slope @ Frequency B - P103: The attenuation of the signal by the medium at a frequency of 3.3MHz measured in units of dB/%. |
126 |
Dirty Threshold |
127 |
Sensor Dirty Threshold - P642: When a zero reading is taken, if it differs from the Initial Zero reading by more than the Sensor Dirty Threshold then warning message "Check Sensor Clean" will be displayed on the LCD. A value of 0.0 disables this feature. A typical value to enable this feature is 6dB. |
128 |
4.1f |
129 |
Zero Reference |
130 |
Zero Reference @ Frequency A - P120: The attenuation of the signal by clear supernatant at a frequency of 1MHz (or 3.7MHz) measured in units of dB. |
131 |
Zero Reference @ Frequency B - P121: The attenuation of the signal by clear supernatant at a frequency of 3.3MHz measured in units of dB. |
132 |
Date of Zero Reference |
133 |
Date of Zero Reference - P122: The date on which the zero reference readings were taken. |
134 |
Initial Zero |
135 |
Initial Zero Reference @ Frequency A - P123: At first installation the attenuation of the signal by clear supernatant at a frequency of 1MHz (or 3.7MHz) measured in units of dB. |
136 |
Initial Zero Reference @ Frequency B - P124: At first installation the attenuation of the signal by clear supernatant at a frequency of 3.3MHz measured in units of dB. |
137 |
Model |
138 |
Model Code - D750: The basic model number of the Control Unit. |
139 |
Special |
140 |
MSM401 |
141 |
MSM401/S1 |
142 |
MSM400/S1 |
143 |
Span 1 |
144 |
Span 1 @ Frequency A - P130: The first of the calibration readings using the sludge at a frequency of 1MHz (or 3.7MHz) measured in units of dB. |
145 |
Span 1 @ Frequency B - P131: The first of the calibration readings using the sludge at a frequency of 3.3MHz measured in units of dB. |
146 |
Span 2 |
147 |
Span 2 @ Frequency A - P132: The second of the calibration readings using the sludge at a frequency of 1MHz (or 3.7MHz) measured in units of dB. |
148 |
Span 2 @ Frequency B - P133: The second of the calibration readings using the sludge at a frequency of 3.3MHz measured in units of dB. |
149 |
Span 3 |
150 |
Span 3 @ Frequency A - P134: The third of the calibration readings using the sludge at a frequency of 1MHz (or 3.7MHz) measured in units of dB. |
151 |
Span 3 @ Frequency B - P135: The third of the calibration readings using the sludge at a frequency of 3.3MHz measured in units of dB. |
152 |
Totaliser Value |
153 |
TBD |
154 |
Relay Status - D820: Relay Status - The status of the control unit relay contacts. OFF indicates that the relay is de-energised and ON indicates that the relay is energised. |
155 |
Relay 1 Status |
156 |
Relay Status - The status of the control unit relay contacts. OFF indicates that the relay is de-energised and ON indicates that the relay is energised. |
157 |
Relay 2 Status |
158 |
Run-Time 1 |
159 |
Relay 1 Run-Time - D821: The total time for which Relay 1 has been energised in units of hours and minutes. On the control unit it may be reset to zero by entering a value of 00:00. |
160 |
minutes |
161 |
hours |
162 |
Run-Time 2 |
163 |
Relay 2 Run-Time - D822: The total time for which Relay 2 has been energised in units of hours and minutes. On the control unit it may be reset to zero by entering a value of 00:00. |
164 |
Date of Span 1 |
165 |
Date for Span 1 - P140: The date on which the first set of calibration readings using the sludge were taken. |
166 |
Date of Span 2 |
167 |
Date for Span 2 - P141: The date on which the second set of calibration readings using the sludge were taken. |
168 |
Date of Span 3 |
169 |
Date for Span 3 - P142: The date on which the third set of calibration readings using the sludge were taken. |
170 |
Laboratory Value 1 |
171 |
Lab Value 1 - P150: The measured density of the first sample of the sludge. |
172 |
Laboratory Value 2 |
173 |
Lab Value 2 - P151: The measured density of the second sample of the sludge. |
174 |
Laboratory Value 3 |
175 |
Lab Value 3 - P152: The measured density of the third sample of the sludge. |
176 |
Maximum % Solids |
177 |
Max % Solids - P160: The maximum % solids that the system is expected to measure. From this value the Control Unit can select the optimum frequency for the particular application. If the maximum % solids is low then a higher frequency will provide better resolution. |
178 |
Attenuation @ Frequency A - D850: The latest value of attenuation measured by the system at a frequency of 1MHz (or 3.7MHz). |
179 |
Attenuation @ Frequency B - D851: The latest value of attenuation measured by the system at a frequency of 3.3MHz. |
180 |
Control Unit Temperature |
181 |
Temperature of Control Unit - D844: The internal temperature of the Control Unit. |
182 |
Frequency in Use |
183 |
Frequency in use - D860: The sensor frequency that is currently being used by the Control Unit. |
184 |
Automatic |
185 |
Frequency A |
186 |
Frequency B |
187 |
Logging Memory Free |
188 |
5.1f |
189 |
Maximum Possible Density |
190 |
Maximum measurable density - D861: The maximum density that can be measured by the system - this is calculated from the zero and span calibration data. |
191 |
6.3f |
192 |
Attenuation Undamped |
193 |
Attenuation Undamped - D852: The latest value of attenuation being used by the system for density calculation. |
194 |
Amplitude |
195 |
Signal Level (Raw A/D bits) - D853: The amplitude of the received signal as measured by the Analog-to-Digital Convertor (ADC). |
196 |
Span |
197 |
Span @ Frequency A - D854: The average of the span calibrations at 1MHz (or 3.7MHz) sensor frequency - measured in units of dB. |
198 |
Span @ Frequency B - D855: The average of the span calibrations at 3.3MHz sensor frequency - measured in units of dB. |
199 |
Slope |
200 |
Slope A - D858: The calibrated value of attenuation in the medium at 1MHz (or 3.7MHz) in units of dB/%. |
201 |
Slope B - D859: The calibrated value of attenuation in the medium at 3.3MHz in units of dB/%. |
202 |
Digital Input Status |
203 |
Digital input status - D835: The status of the control unit Digital Inputs. OFF indicates that the Digital input is inactive and ON indicates that the Digital input is active. A digital input may be used to initiate a desludging operation. |
204 |
Digital input Status - The status of the control unit Digital Inputs. OFF indicates that the Digital input is inactive and ON indicates that the Digital input is active. A digital input may be used to initiate a desludging operation. |
205 |
Current Input |
206 |
Start On |
207 |
Start On - P250: The event or condition that will initiate a desludging sequence. This may typically be a Time of day, contact closure or measured density value.
This parameter and associated timing parameters are only editable locally on the Control Unit. |
208 |
Time |
209 |
PV > Level |
210 |
External Trigger |
211 |
Stop On |
212 |
Stop On - P251: The event or condition that will terminate a desludging sequence. This may typically be a Time Interval, a contact closure or measured density value.
This parameter and associated timing parameters are only editable locally on the Control Unit. |
213 |
PV < Level |
214 |
Stop If |
215 |
Stop If - P252: The event or condition that will terminate a desludging sequence early. This may typically be a contact closure or measured density value.
This parameter and associated timing parameters are only editable locally on the Control Unit. |
216 |
External Trigger for 0s |
217 |
External Trigger for 1s |
218 |
External Trigger for 2s |
219 |
External Trigger for 5s |
220 |
External Trigger for 10s |
221 |
External Trigger for 20s |
222 |
External Trigger for 30s |
223 |
External Trigger for 60s |
224 |
External Trigger for 90s |
225 |
External Trigger for 120s |
226 |
External Trigger for 180s |
227 |
External Trigger for 240s |
228 |
Not Used |
229 |
Start Time 1 |
230 |
Start Time 1 - P253: If starting a desludge sequence based on Time of Day, this is the Time at which the sequence will start. If set to 00:00 then that start time is not used. |
231 |
Interval 1 |
232 |
Interval 1 - P254: If starting a desludge sequence based on Time of Day, this is the Time interval at which repeats of the sequences will be initiated. If set to 00:00 then the desludge will not be repeated until the next Start Time. |
233 |
Start Time 2 |
234 |
Start Time 2 - P255: If starting a desludge sequence based on Time of Day it is possible to select two periods during the day in which the desludging sequences will be started at different intervals - this is the Time at which the second sequences will start. If set to 00:00 then the second start time is not used. |
235 |
Interval 2 |
236 |
Interval 2 - P256: If starting a desludge sequence based on Time of Day it is possible to select two periods during the day in which the desludging sequences will be started at different intervals - this is the Time interval at which the first of the second set of sequences will be initiated. If set to 00:00 then only the first set of sequences will be implemented. |
237 |
Maximum Retries |
238 |
Maximum Retries - P257: If a desludge sequence is initiated but the Stop condition does not occur before the maximum time allowed has elapsed then the system will retry after the Minimum Off Time has elapsed. If the system retries more times than the Maximum Retries value then an Alarm condition may be signalled.
This parameter and associated timing parameters are only editable locally on the Control Unit. |
239 |
3u |
240 |
Mode 1 |
241 |
Relay 1 Mode - P410: The mode of operation of Relay 1. It may be assigned to Setpoint operation, Desludging or Alarm indication.
Associated timing parameters are editable locally on the Control Unit. |
242 |
Off |
243 |
Set Point |
244 |
Desludge |
245 |
Alarm |
246 |
Fault |
247 |
PV Limits |
248 |
On |
249 |
On Point 1 |
250 |
Relay 1 On Point - P411: The value of PV beyond which Relay 1 contact is closed.
Associated timing parameters are editable locally on the Control Unit. |
251 |
Off Point 1 |
252 |
Relay 1 Off Point - P412: The value of PV beyond which Relay 1 contact is open.
Associated timing parameters are editable locally on the Control Unit. |
253 |
Minimum On Time 1 |
254 |
Relay 1 Minimum On Time - P413: Once Relay 1 is energised, this parameter defines the minimum time that it will remain energised. |
255 |
Maximum On Time 1 |
256 |
Relay 1 Maximum On Time - P414: Once Relay 1 is energised, this parameter defines the maximum time that it will remain energised. |
257 |
Minimum Off Time 1 |
258 |
Relay 1 Minimum Off Time - P415: Once Relay 1 is de-energised, this parameter defines the minimum time that it will remain de-energised before being re-energised. |
259 |
Minimum Off Time 2 |
260 |
Relay 2 Minimum Off Time - P425: Once Relay 2 is de-energised, this parameter defines the minimum time that it will remain de-energised before being re-energised. |
261 |
Minimum On Time 2 |
262 |
Relay 2 Minimum On Time - P423: Once Relay 2 is energised, this parameter defines the minimum time that it will remain energised. |
263 |
Maximum On Time 2 |
264 |
Relay 2 Maximum On Time - P424: Once Relay 2 is energised, this parameter defines the maximum time that it will remain energised. |
265 |
Mode 2 |
266 |
Relay 2 Mode - P420: The mode of operation of Relay 2. It may be assigned to Setpoint operation, Desludging or Alarm indication.
Associated timing parameters are editable locally on the Control Unit. |
267 |
On Point 2 |
268 |
Relay 2 On Point - P421: The value of PV beyond which Relay 2 contact is closed.
Associated timing parameters are editable locally on the Control Unit. |
269 |
Off Point 2 |
270 |
Relay 2 Off Point - P422: The value of PV beyond which Relay 2 contact is open.
Associated timing parameters are editable locally on the Control Unit. |
271 |
Alarm Current |
272 |
Alarm Current - P402: The value to be adopted by the Current Output when an Alarm condition is detected - the options are Low, High or Hold. |
273 |
Hold |
274 |
Current Span |
275 |
Current Span - P403: The range of the Current Output - the options are 0-20 mA or 4-20 mA. |
276 |
0-20 mA |
277 |
4-20 mA |
278 |
Memory Fault Alarm |
279 |
Memory Fault Alarm Action - P560: This parameter defines which outputs are to be affected by the Memory Fault Alarm - options are Relay, Current Output, Both or None. |
280 |
Relay |
281 |
Relay and Current |
282 |
PV Out of Limits |
283 |
PV Out of Limits Alarm Action - P540: This parameter defines which outputs are to be affected by the PV Out of Limits Alarm - options are Relay, Current Output, Both or None. |
284 |
Current Saturated |
285 |
Current Saturated Alarm Action - P541: This parameter defines which outputs are to be affected by the Current Saturated Alarm - options are Relay or None. |
286 |
Temperature Out of Limits |
287 |
Control Unit Temperature Out of Limits Alarm Action - P561: Control Unit Temperature Out of Limits Alarm Action - This parameter defines which outputs are to be affected by the Control Unit Temperature Out of Limits Alarm - options are Relay, Current Output, Both or None. |
288 |
Sensor Out of Limits |
289 |
Sensor input out of limits Alarm Action - P562: This parameter defines which outputs are to be affected by the Sensor Input Out of Limits Alarm - options are Relay, Current Output, Both or None. |
290 |
Logging Memory Filling |
291 |
Digital Input Active |
292 |
Digital Input 1 Active Alarm Action - P543: This parameter defines which outputs are to be affected by the Digital Input 1 Active Alarm - options are Relay, Current Output, Both or None. |
293 |
Totaliser Factor |
294 |
Totaliser Units |
295 |
Upper |
296 |
Display Select Upper - P570: This specifies which parameter value is to be displayed in the upper field of the LCD display during 3 Line operation. |
297 |
PV |
298 |
% Current Output |
299 |
Relay 1 Run-Time |
300 |
Relay 2 Run-Time |
301 |
Attenuation at Freq. A |
302 |
Attenuation at Freq. B |
303 |
Present Date |
304 |
Present Time |
305 |
Middle |
306 |
Display Select Middle - P571: This specifies which parameter value is to be displayed in the middle field of the LCD display during 3 Line operation. If the Display Size is set to Large then this is the parameter that will be displayed. |
307 |
Lower |
308 |
Display Select Lower - P572: This specifies which parameter value is to be displayed in the lower field of the LCD display during 3 Line operation. |
309 |
Bargraph |
310 |
Size |
311 |
Display Size - P574: This selects the format of the display during normal operation. If 3 Line is selected the parameter values selected in Display Select Upper, Display Select Middle and Display Select Lower are displayed. If Large is selected the parameter value selected in Display Select Middle is displayed using the full height of the display. If a key is pressed the display changes to 3 Line display. After 2 minutes with no key presses the display reverts back to Large. |
312 |
3 Line |
313 |
Large |
314 |
Density Units - P201: The units to be assigned to the density reading. |
315 |
Present Date - P730: The current date. |
316 |
Present Time - P731: The current time. |
317 |
Date Format |
318 |
Date Format - P734: The format in which the current date is displayed on the Control Unit - options are dd/mm/yy, mm/dd/yy or yy/mm/dd. |
319 |
dd/mm/yy |
320 |
mm/dd/yy |
321 |
yy//mm/dd |
322 |
Current Input Damping P321 |
323 |
Set Sensor Frequency |
324 |
Set Frequency of Operation - P630: This controls the frequency drive to the transmit crystal - options are 1MHz (or 3.7MHz), 3.3MHz or Automatic. If Automatic then the Control Unit chooses the optimum frequency for the application. |
325 |
Minimum dB |
326 |
Minimum dB - P640: The value of attenuation measured by the Sensor below which an Alarm condition will be reported. |
327 |
5.2g |
328 |
Maximum dB |
329 |
Maximum dB - P641: The value of attenuation measured by the Sensor above which an Alarm condition will be reported. |
330 |
Keypad Sound |
331 |
Keypad Sound - P735: The operation of the keypad can be accompanied by a beep to confirm that the keypress has been actioned. This function can be disabled. |
332 |
Backlight Control |
333 |
Backlight Control - P575: This controls the backlight for the LCD display. The options are On, Off or Automatic. If Automatic is selected then the backlight is normally off but will turn on when a key is pressed and remain on for two minutes following a keypress. If the Control Unit detects excessive temperature then it will prevent the backlight from remaining on. If the Control Unit detects particularly low temperature then it will turn the backlight from on even if it is not required by the User. |
334 |
Language |
335 |
Language - P737: The Control Unit menu system and parameter display can be presented in a choice of languages - options are English, German, French, Swedish and Polish. |
336 |
English |
337 |
Francais |
338 |
Deutsch |
339 |
Svensk |
340 |
Polski |
341 |
Load Defaults |
342 |
Load Defaults: Restores the Control Unit to its ex-factory settings. |
343 |
Restart Device |
344 |
Restart Device - the transmitter will be restarted. |
345 |
Set Present Date |
346 |
Set the current date on the control unit. |
347 |
Basic Setup |
348 |
Set up the control unit to measure Sludge Density using known information. |
349 |
No Active Alerts |
350 |
Relay Open Image |
351 |
Relay Closed Image |
352 |
Digital Input Open Image |
353 |
Analog Output Fixed Status Image |
354 |
Analog Output Saturated Status Image |
355 |
Communication Image |
356 |
Status Image |
357 |
Device Image |
358 |
Service Tools |
359 |
Alerts |
360 |
Active Alerts |
361 |
Maintenance - Fix soon |
362 |
The number of retries has exceeded the user-programmed limit - the Control Unit is configured to perform a desludging or cleaning operation but it has failed to achieve the required Stop condition despite a number of retries.
Recommended Action:
This warning is enunciated if the PV is outside of the limits set by the Alarm Relay setpoints and if it is assigned to an Alarm relay. Reconfirm the Alarm configuration. |
363 |
Maintenance |
364 |
Diagnostic Variables |
365 |
Signal |
366 |
Sludge |
367 |
The Control Unit has detected an error measuring the sensor signal.
Recommended Action:
Use "Restart Device" to reboot. If the error persists then temporarily interrupt the power to the device - if the error persists then refer to the supplier. |
368 |
The transmitter has detected an error in its program memory.
Recommended Action:
Use "Restart Device" to reboot, if the error persists then refer to the supplier. |
369 |
The transmitter has detected an error in its EEPROM data and the parameter database has been loaded with default values.
Recommended Action:
Accuracy cannot be guaranteed and so the transmitter should be re-configured at the factory. |
370 |
The transmitter has detected an error in its EEPROM data.
Recommended Action:
Editing a user parameter will clear the error. It is recommended that the user loads defaults and re-configures the transmitter. If the problem persists after re-configuration then correct operation cannot be guaranteed - refer to the supplier. |
371 |
The transmitter has detected an error in its RAM memory.
Recommended Action:
The error may be cleared by using "Restart Device" to reboot. If the problem persists then correct operation cannot be guaranteed - refer to the supplier. |
372 |
Failed - Fix Now |
373 |
Advisory |
374 |
The PV has exceeded one of the limits set by the user. It is outside of the limits set by the Alarm Relay setpoints and is assigned to an Alarm relay
Recommended Action:
Reconfirm the Alarm configuration. |
375 |
Current Fixed |
376 |
The mA output is locked at the value shown on the gauge while it is being trimmed or set to a fixed value.
Recommended Action:
This may be being done locally to the device or remotely. The trimming must be completed or the transmitter Current Output must be removed from a fixed value. |
377 |
Variables |
378 |
Analog Output |
379 |
Overview |
380 |
Status |
381 |
Primary Purpose Variables |
382 |
Shortcuts |
383 |
Device Information |
384 |
Identification |
385 |
Device Identification |
386 |
Revisions |
387 |
Revision Numbers |
388 |
DD |
389 |
Device Description |
390 |
Trends |
391 |
Current Range Value |
392 |
Primary Variable Value |
393 |
PV Range |
394 |
Current Range |
395 |
Percentage Current Range |
396 |
100 |
397 |
Configure |
398 |
Guided Setup |
399 |
Initial Setup |
400 |
Perform a device re-range by applying the desired Upper Range Value and Lower Range Value to the device input. |
401 |
Manual Setup |
402 |
Alert Setup |
403 |
Sensor Limits |
404 |
Simulate |
405 |
Engineering |
406 |
Basic Information |
407 |
Application |
408 |
Slopes |
409 |
Medium |
410 |
Timing 1 |
411 |
Timing 2 |
412 |
Advanced Setup |
413 |
Frequency of Operation |
414 |
Dates |
415 |
HART/Identity |
416 |
Identity |
417 |
Communication |
418 |
HART Communications |
419 |
Relay Output |
420 |
Analog Calibration |
421 |
Digital to Analog Trim allows the calibration of the current output with an external reference at the operating endpoints of the current output. |
422 |
Local Operator Interface |
423 |
Display |
424 |
Keypad |
425 |
Date |
426 |
Loop Current |
427 |
Loop Test allows the user to manually manipulate the current output to a selected constant output value. |
428 |
Reset/Restore |
429 |
Relay 1 |
430 |
Relay 2 |
431 |
Upload |
432 |
Comm Status: Polled |
433 |
Device Status: Good |
434 |
Device Status: Advisory |
435 |
Device Status: Maintenance |
436 |
Device Status: Failed |
437 |
Refresh Alerts |
438 |
Select to update alerts. |
439 |
F: ROM Checksum Error |
440 |
F: EEPROM Signature Error |
441 |
F: EEPROM Checksum Error |
442 |
F: RAM Test Failure |
443 |
M: Retries Out of Limits |
444 |
A: PV Out of Limits |
445 |
A: Current Fixed |
446 |
Comm Status |
447 |
Polled |
448 |
Hot Key |
449 |
FMU860 |
450 |
DT |
451 |
DVC |
452 |
FCX |
453 |
AS800 |
454 |
340T |
455 |
340C |
456 |
344 |
457 |
Siemens Micro K |
458 |
SITRANS L |
459 |
SIPAN PH |
460 |
SITRANS P |
461 |
75SMT |
462 |
UNIDELTA |
463 |
8320 |
464 |
SX5100 |
465 |
TSV175 |
466 |
DMU |
467 |
3780 |
468 |
BM70 |
469 |
WARNING-Loop should be removed from automatic control. |
470 |
Warning: Communication may temporarily be lost while the transmitter resets and error messages may be displayed.
About to restore Factory Defaults.
Are you sure? |
471 |
Yes;No |
472 |
NOTE-Loop may be returned to automatic control. |
473 |
Loading Defaults in progress
Please wait... |
474 |
Warning: Communication may temporarily be lost while the transmitter resets and error messages may be displayed.
About to restart the transmitter.
Are you sure? |
475 |
Restarting transmitter in progress
Please wait... |
476 |
Enter present date: |
477 |
Select:- |
478 |
User Slope;Sensor Gap and Sludge Type;Preset Slope;Exit |
479 |
Frequency is set to: Automatic
Frequency in use: A
Change the frequency? |
480 |
Frequency is set to: Automatic
Frequency in use: B
Change the frequency? |
481 |
Frequency is set to: A
Frequency in use: A
Change the frequency? |
482 |
Frequency is set to: A
Frequency in use: B
Change the frequency? |
483 |
Frequency is set to: B
Frequency in use: A
Change the frequency? |
484 |
Frequency is set to: B
Frequency in use: B
Change the frequency? |
485 |
Select frequency:- |
486 |
Enter slope for Frequency A:- |
487 |
Enter slope for Frequency B? |
488 |
Enter slope for Frequency B:- |
489 |
Enter slope for Frequency A? |
490 |
Enter gap size:- |
491 |
Select sludge type:- |
492 |
Frequency is set to A.
Set to automatic? |
493 |
Frequency is set to B.
Set to automatic? |
494 |
Slope will be set to default value. |
495 |
Are you sure? |
496 |
Priority: Advisory -
The mA output is locked at the value shown on the gauge while it is being trimmed or set to a fixed value.
Recommended Action:
This may be being done locally to the device or remotely. The trimming must be completed or the transmitter Current Output must be removed from a fixed value. |
497 |
Alerts updated. |
498 |
4 mA;20 mA;Other;End |
499 |
Field device output is fixed at %0 mA. |
500 |
Returning field device to original output. |
501 |
Connect reference meter. |
502 |
Setting field device output to 4 mA. |
503 |
Field device output %0 mA equal to reference meter? |
504 |
Setting field device output to 20 mA. |
505 |
Apply new 4 mA input. |
506 |
Apply new 20 mA input. |