Device dictionary

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Reference ID	String
0	BM 70 P
1	BM 700
2	BM 702
3	BM 70 A
4	CPU error
5	CPU board defective. Note all errors. Consult KROHNE service.
6	Note all errors. Consult KROHNE service.
7	Interrupt Controller error
8	Interrupt Controller defective. Note all errors. Consult KROHNE service.
9	Timer error
10	Counter/Timer module defective. Note all errors. Consult KROHNE service.
11	EEPROM error
12	EEPROM defective. Needs to be replaced by KROHNE Service.
13	Calibration data error
14	EEPROM error: Calibration data of the current output need to be checked by KROHNE Service and reset if necessary.
15	Configuration error
16	Check all operating parameters and reset if necessary. If error persists: EEPROM defective. Needs to be replaced by KROHNE Service.
17	Signal down
18	No measuring signal, usually caused by a defect in the electronics.
19	No measurement value
20	Evaluable measuring signals not available. If this error is displayed for a lengthy period, this could mean application-induced errors. Check the application condition!
21	VCO error
22	Error on microwave unit. Consult KROHNE service.
23	Current set to error
24	Current output used for failure indication.
25	Relay set to error
26	Switch output used for failure indication.
27	Hardware error
28	Collective indication hardware failure general.
29	Fatal error
30	Collective indication fatal error.
31	Signal low
32	The device is currently searching for a new measured value in which the "measuring window" is opened. If the search for a plausible level fails, "Signal down" appears in the diagnostics list.
33	Signal too strong
34	Mean of the reflected microwaves is very high. Gain is automatically stepped down. Brief showing of this message, e.g. while tank is being filled or drained, is insignificant. In conjunction with still wells, the marker can also show for a longer time.
35	Poor spectrum
36	Number of acceptable spectra is too low. Brief showing of this message has no significance. If permanently on, this may result in uncertain (incorrect) measured values or the error message "No measurement value".
37	Sweep low
38	Restricted functioning of microwave board. Measurement continued, possibly with reduced accuracy. If error present for longer time or "VCO Sweep" error occurs, consult Krohne Service.
39	Empty Spectrum bad
40	Empty spectrum faulty. The current empty-tank spectrum does not match the changed operating parameters. Remedy: record new empty spectrum.
41	Measured value old
42	Measured value is obsolete, no measurement possible at the moment.
43	Reserved
44	Valid measurement available
45	Tank bottom
46	In tanks with dished bottom, for example, the measuring signal can "disappear" if measurements are carried out near the bottom (within a range of 10% of the tank height, but minimum of 20 cm or 8" and maximum of 60 cm or 24"). The measured value is then automatically set to the level of the tank bottom.
47	Current output in test mode
48	The current output is in test mode. The current value does not represent the Measurement.
49	Measurement frozen
50	The digital input is active (voltage at terminals 81,82) or the device is in the range of the block distance detector. Measurement is thus suspended (frozen); last measured values present at the outputs and in the display.
51	Switch output state
52	Current value of switch output.
53	Switch output in test mode
54	The switch output is in test mode. The current value does not represent the Measurement.
55	Tank overfilled
56	The measured value is in the range of the block distance detector. Measured value is set to the block distance.
57	Watchdog
58	Processor monitoring If error present for longer time, this means an error on the CPU board; needs to be replaced by Krohne Service.
59	RelLoc???
60	9Bit???
61	Mode incompatible setting for 'Function I'
62	Interface option not supported
63	Tank type
64	For optimum results, data acquisition and evaluation must be matched to typical tank characteristics: movement of the product surface, rapid or slow changes in the product level, agitators, etc. · STORAGE Storage tank, still surface, slow rate of change in level. · PROCESS Process tank, slight surface movement, rapid rate of change in level. · AGITATOR (for BM 70 A only) Process tank with agitator, turbulent product surface. It is normally not critical if the tank type is set one step out. However, "Agitator" should not be set for a storage tank, and "Storage" should not be set when an agitator is fitted. It is possible, for instance, that the measured value will change in small steps rather than linearly or will "freeze" at times when the setting is grossly incorrect. (Fct. 3.5.9)
65	Storage
66	Storage tank, still surface, slow rate of change in level.
67	Process
68	Process tank, slight surface movement, rapid rate of change in level.
69	Agitator
70	For BM 70 A only! Process tank with agitator, turbulent product surface.
71	Antenna
72	The antenna type is factory-set here.· STANDARD (All versions incl. "Wave-Stick SW" but excl. "Wave-Stick") · WAVESTICK (Not for "Wave-Stick SW") · BM 70 P: only STANDARD setting possible. (Fct. 3.1.3)
73	Standard
74	All versions incl. "Wave-Stick SW" but excl. "Wave-Stick".
75	Wave-stick
76	Not for "Wave-Stick SW". Not possible for BM 70 P.
77	Distance piece
78	The length of any supplied distance piece above the mounting flange is factory-set here. · Setting range: 0 ... 2000 mm · Default value: 0 mm The value of 120 mm should be entered for the high-temperature version of the flange system. When a curved antenna extension is used, the horizontal component of this extension should additionally be entered (= geometric length of the pipe minus the vertical offset). (Fct. 3.1.5)
79	ID Stillwell
80	Inside diameter of the pipe should be entered here in mm. · Setting range: 25 ... 200 mm · Default value: 100 mm If the diameter of the still well is greater than 200 mm, enter the maximum value = 200 mm. (Fct. 3.1.6)
81	LP Filter
82	If the low pass filter is set to LOW, signals on high spectrum lines (from approx. line 30) are reduced. With max. 5 m high tanks, it can be set to LOW in order to suppress multiple reflections from below the tank bottom. Selection: LOW, HIGH (BM 702: 2.5/5/10/20 m) Default value: HIGH (SEr. 4.1.4)
83	20.0 m
84	10.0 m
85	5.0 m
86	2.5 m
87	High (5.2 kHz)
88	Low (1.5 kHz)
89	Empty spect. type
90	With "Abs. values", the empty-tank spectrum is subtracted for every spectrum line to find the plausible measuring value. With "Complex", the complex values are taken in consideration additionally on calculation of the measuring values. Not for BM 700/702 (only "Abs. values")! Default value: "Abs. values" (SEr. 4.1.6)
91	Abs. values
92	Complex
93	BD Detect
94	To activate the block distance (overfill) detector: So long as a significant signal is detected within the block distance, the measured value is "held" at the block distance limit. This avoids any possibility of the measured value skipping to a multiple reflection should the level rise into the block distance range. The block distance should have a value that is at least equal to that specified in help text for "Block distance" as a recommendation! Informational status bit "Tank overfilled" indicates when the block distance detector is active. If the measured value skips (e.g. contamination of the antenna) erroneously to the block distance limit, the "BD-Detect" can be deactivated. (Fct. 3.5.6)
95	No
96	Yes
97	Mult. reflections
98	Multiple reflections frequently occur in storage tanks with an extremely calm surface, typically when the BM 70 A/P /700/702 is mounted on a dome or centred on a "dished cover", or the vessel is fitted with a flat or only very slightly convex head. Such multiple reflections tend to simulate lower-than-actual levels. In such cases, activate the multiple reflections identifier, and see also references in Sect. 8.8 of 'Operating Manual'. · NO (default) Measurement without identification of multiple reflections. · YES Measurement with identification of multiple reflections. A better solution, however, is to change the mounting location of the BM 70 A/P /700/702 so as to prevent the occurrence of multiple reflections in the first place, or at least to diminish the strength of the multiple reflections (see Sect. 6.1.2 of 'Operating Manual'). To ensure satisfactory identification of the first measured value after the BM 70 A/P /700/702 has been switched on, always carry out measurements with the "empty spectrum" when the "multiple reflection identifier" is activated, see Sect. 8.6.12 of 'Operating Manual'. (Fct. 3.5.5)
99	Measurement without identification of multiple reflections. Default setting.
100	Measurement with identification of multiple reflections.
101	Dummy
102	HP Filter
103	Setting of the low distance filter. Signals below the programmed distance (referred to the flange) are reduced, the more the nearer they are to the instrument. The filter can be set in order to suppress disturbances from antenna extensions or near reflection signals. Acceptable input range: 0 - 5.0 m (BM 702: 0/0.5/1/2 m) Default value: set by manufacturer Not available for BM 700. (SEr. 4.1.3)
104	0.00 m
105	0.50 m
106	1.00 m
107	2.00 m
108	Empty spectrum
109	Under this function the empty spectrum is activated or deactivated. To record and store new empty spectrum, invoke the "Record tank empty spectrum"-method from the Device Context menu. You can then choose between: · OFF: The empty spectrum is not considered for measurements but remains stored in the BM 70 A/P /700/702 and can be activated again at a later date. · ON: The empty spectrum is (again) activated and considered for measurements. · RECORD: The previous empty spectrum is to be deleted and a new one recorded. (Fct. 3.5.2)
110	The empty spectrum is not considered for measurements but remains stored in the BM 70 A/P /700/702 and can be activated again at a later date.
111	The empty spectrum is (again) activated and considered for measurements.
112	Stillwell
113	If the device is operated with a still well, the option Still well = YES and the inside diameter of the pipe should be entered. · NO : operation without still well · YES : peration with still well (Fct. 3.1.6)
114	Operation without still well.
115	Operation with still well.
116	Fct digital input
117	The function of the digital input (only in instruments with Ex-e current output HART ®) can be selected for freezing the measured value or warmstarting the BM 70 A/P or it can be switched off (functionless). Selection: OFF, FREEZE, WARMSTART Default value: "Freeze" Not available for BM 700/702. (SEr. 4.2.4)
118	Off
119	Freeze
120	Warmstart
121	Function FTB
122	The tank bottom tracing system (see Sect. 8.6.15 of 'Operating Manual') is activated under this function: · OFF The FTB is deactivated; the device operates in the standard mode. · PARTIAL When this option has been selected, the tank bottom tracing system is activated only in the vicinity of the tank bottom, i.e. at low levels (max. 20% of the tank height but a minimum of 0.6 m). Given higher levels, the normal measuring method is used (reflection from the product surface). This method is sufficient for most applications with poorly reflecting products. The parameter "Epsilon R" must be as exact as possible. · FULL (for BM 70 A only) When this option is selected, the tank bottom tracing system is activated over the total measuring range (tank height). For tank heights above 16 m, however, measuring accuracy is additionally affected. The parameter "Epsilon R" must be as exact as possible. (Fct. 3.5.7)
123	The FTB is deactivated; the device operates in the standard mode.
124	Partial
125	When this option has been selected, the tank bottom tracing system is activated only in the vicinity of the tank bottom, i.e. at low levels (max. 20% of the tank height but a minimum of 0.6 m). Given higher levels, the normal measuring method is used (reflection from the product surface). This method is sufficient for most applications with poorly reflecting products. The parameter "Epsilon R" must be as exact as possible.
126	Full
127	For BM 70 A only. When this option is selected, the tank bottom tracing system is activated over the total measuring range (tank height). For tank heights above 16 m, however, measuring accuracy is additionally affected. The parameter "Epsilon R" must be as exact as possible.
128	Max.Values, Total
129	Average, Total
130	Max.Values,Partial
131	Average, Partial
132	Function S
133	The functions for the switching output can be applied to: a) the additional switching output in the Version "Ex-e or Ex-i current output HART ®", or b) the current output if "Function I" is set to "SW Output S". Switching output not available for BM 700/702. Use this function to select the measured variable. (Fct. 3.6.1)
134	Deactivated.
135	Level
136	Distance
137	Conversion
138	Reflection
139	Error open
140	Contact opens when error occurs.
141	Error closed
142	Contact closes when error occurs.
143	Type S
144	Use this function to set the type of switching output: · HIGH (= contact closes when upper limit of threshold + hysteresis/2 exceeded) · LOW (= contact closes when lower limit of threshold - hysteresis/2 exceeded) (Fct. 3.6.2)
145	High
146	Contact closes when upper limit (threshold + hysteresis/2) exceeded.
147	Low
148	Contact closes when lower limit (threshold - hysteresis/2) exceeded.
149	Protocol
150	HART
151	Krohne/PC
152	Modbus
153	Baudrate
154	This function defines the transmission rate for RS 485 communication. (Fct. 3.3.5)
155	1200 Bd
156	2400 Bd
157	4800 Bd
158	9600 Bd
159	19200 Bd
160	38400 Bd
161	Range I
162	Use this function to define the current in error condition. · 4-20 mA (hold last measured value when error occurs) · 4-20 mA/E=2 (not for Ex-i output!) · 4-20 mA/E=22 (Fct. 3.3.2)
163	4-20 mA/E = 22 mA
164	4-20 mA/E = 2 mA
165	Not for Ex-i output!
166	4-20 mA
167	Hold last measured value when error occurs.
168	Interface Option
169	Not installed
170	Installed
171	Use this function to select the measured variable. (Fct. 3.3.1)
172	Function I
173	Deactivated, the output supplies a constant 4 mA, e.g. necessary for HART ® Multidrop.
174	SW Output S
175	Checking if current is shutdown...
176	Checking PV code...
177	Second parameter too high
178	Second parameter too low
179	First parameter too high
180	First parameter too low
181	No measured value
182	This means that the quality of measurement is not adequate (inadequate bottom reflection or too many interferences) for automatic determination of the tank height. In this case you will need to enter the tank height manually.
183
184	.0f
185	.1f
186	.2f
187	.3f
188	.4f
189	.5f
190	6e
191	g
192	Active password cannot be changed
193	Illegal password symbols
194	Wrong password
195	Code 1
196	Table is being updated
197	Level unit
198	Selected units are applied to all level items of conversion table.
199	Volume unit
200	Selected units are applied to all volume items of conversion table.
201	Table not monotonous
202	Upper table point too high
203	Number of points
204	· In order to be able to measure volume with the BM 70 A/P /700/702, a conversion table (volume table) needs to be set. · By means of the volume table, various levels are allocated to specific volumes previously calculated or measured out. · In the case of non-symmetrical tanks, e.g. tanks with dished bottom, the accuracy of volume measurement will depend on the number of set "level/volume pairs". The maximum number of pairs (points) that can be set is 50; the volume is linearly determined (interpolated) between 2 points. Minimum number of points is 2. · To delete table set this field to 0.
205	Relay
206	Active
207	Passive
208	On
209	Normal
210	No test results available
211	hwTestStatus
212	hwTestCounter
213	Spectrum is not being recorded
214	Wrong service password
215	Service Code
216	Min Peak
217	Minimum value for the control output of the grade control. This is identical with the minimum threshold value, above which a peak in the frequency spectrum may be accepted as being valid. Acceptable input range: 10 - 250 Default value: 40 (SEr. 4.1.1)
218	Sweep
219	Determines the duration of the frequency sweep in units of 100 µs. Attention: the signal frequencies change with the sweep, which influences the filters too! Acceptable input range: 100 - 400 Default value: 200 Not available for BM 70 P/702. (SEr. 4.1.5)
220	x100 µs
221	Threshold
222	Use this function to define the threshold (limit value). If a reference or tank bottom offset is set, this must be taken into consideration! For examples of application and setting see Sect. 8.5 of 'Operating Manual'. (Fct. 3.6.3)
223	Hysteresis
224	Use this function to define the hysteresis. For examples of application and setting see Sect. 8.5 of 'Operating Manual'. (Fct. 3.6.4)
225	Use this function to define the threshold (limit value). For examples of application and setting see Sect. 8.5 of 'Operating Manual'. (Fct. 3.6.3)
226	Reference offset
227	An arbitrary reference offset is added to the measured distance (positive when the reference point is above the flange; negative when the reference point is below the flange). The offset is effective for all distance values (local display, current output, switching output, digital information). · Setting range: -10 m ... +10 m (32.8 ft) · Default value: 0 (Fct. 3.1.7)
228	Tank bottom offset
229	An arbitrary tank bottom offset is added to the measured level (positive, when the reference point is below the set tank height; negative, when the reference point is above the tank bottom). The offset acts on all level values (local display, current output, switching output, conversion table, digital information). · Setting range: -99.99 m ... +99.99 m (328 ft) · Default value: 0 (Fct. 3.1.8)
230	Block distance
231	· Caked deposits or contamination of the antenna, for example, can cause faulty measurements directly below the antenna. The function "Block distance" is used to specify a zone below the flange in which measurements are not to be carried out. · Signals within the block distance are suppressed; a rise in the level above this limit will result in a measurement corresponding to a distance = block distance, when "BD Detect" = 'ON'. · Unit and setting range: same as for "Tank Height".· Recommended minimum value (see also Sect. 3.3 of 'Operating Manual'): - for "Wave-Stick": 200 mm - for still wells and "Wave-Stick SW": antenna length + 300 mm - all other versions in storage tanks: antenna extension + antenna length + 100 mm - all other versions in process tanks: antenna extension + antenna length + 200 mm (Fct. 3.1.2)
232	Antenna extension
233	The length of the supplied antenna extension is factory-set here. Unit and setting range: same as for "Tank height" (Fct. 3.1.1). This setting may only be changed when a longer or shorter antenna extension is installed. Otherwise faulty measurements may result because the BM 70 A/P /700/702 allows for this length when measuring. After changing any antenna extension, record a new empty spectrum, see Sect. 8.6.12 of 'Operating Manual'. When a curved antenna extension is used, only the vertical component (vertical offset) should be entered here. (Fct. 3.1.4)
234	Tank height
235	· Definition of the tank height for the BM 70 A/P /700/702: Distance between the top edge of the tank fitting and the lower reference point. · The lower reference point is that "point" in the vessel on which the microwaves emitted by the BM 70 A/P /700/702 impinge and from which they are reflected. This can be the tank bottom (symmetrical tank with flat bottom) or the non-horizontal part of the bottom (e.g. tank with dished bottom) or an additionally fitted plate. The BM 70 A/P /700/702 cannot measure below the lower reference point (usually a "sump" is left in the tank, see diagram in Sect. 8.5 of 'Operating Manual').· Setting ranges for the tank height: - For BM 70 A (standard): 40 m / 1574.74 inch / 131.22 ft - For BM 700/702: 20 m / 787.4 inch / 65.6 ft - For BM 70 P: 35 m / 1377.9 inch / 114.8 ft - Min. value for BM 70 A/P /700/702: 0.5 m / 19.7 inch / 1.64 ft · Depending on the version, it is also possible to set an upper limit for the tank height (e.g. Wave-Stick: 20 m). The maximum value can be increased by Krohne Service to up to 100 m (for BM 70 A only).· The tank height set at this point is simultaneously the upper limit of the setting ranges for the following functions: "Block distance", "Antenna extension", "Hysteresis" for switching output. · If the tank height is changed to a value greater than 30 m, a new empty spectrum must subsequently be recorded, see Sect. 8.6.12 of 'Operating Manual' (not applicable to BM 70 P / BM 700/702). (Fct. 3.1.1)
236	Tracing velocity
237	To avoid faulty measurements, the BM 70 A/P /700/702 places a symmetrical "plausibility range" around the last valid measured value in which the next measured value is expected. Measured values outside this range are identified as invalid and are suppressed. If no valid measured value is identified, the BM 70 A/P /700/702 enlarges the plausibility range with the tracing speed until a valid (plausible) measured value has again been found. The measured value for level/distance cannot change at a faster rate than the set tracing speed. · Under this function the maximum rate at which the level can change in the tank should be set as the minimum value. · Setting ranges: BM 70 A/700/702: 0.01 - 10.00 m/min (0.03 - 32.80 ft/min) BM 70 P: 0.01 - 1.00 m/min (0.03 - 3.28 ft/min) · Default: 0.5 m/min (BM 70 A/700); 0.1 m/min (BM 70 P) · See also Sect. 8.8 of 'Operating Manual' (error message: NO M.VALUE) (Fct. 3.5.4)
238	m/min
239	Epsilon R
240	Use this function to enter the relative permittivity. · Allowable input range: 1.1000 - 8.0000 · Default: 2.0000 Enter the figure of 2.0000 if the relative permittivity is not known, as numerous products have "Epsilon R" value approx. 2. However, expect reduced measuring accuracy and/or skipping of the measured value on changeover from tank bottom tracing to the normal measuring mode (= evaluation of reflection from the product surface). (Fct. 3.5.8)
241	Offset
242	The offset is used to input the virtual distance to the bottom edge of the flange as a function of the signal transit time in the instrument. This value is needed to be able to deduce the actual distance, referred to the bottom edge of the flange, from the calculated frequency. The value is entered by Krohne in the completely assembled version of the instrument. Acceptable input range: 0.0 - 2.0 m Default value: 0.50 m Note: Once the offset has ben changed the empty-tank spectrum will no longer be used and will need to be re-recorded!! (SEr. 4.2.1)
243	Corr. Factor
244	The correction factor allows linear rescaling of the measured distance. Refer to Sect. 5.6.4 of 'Service Manual' for a detailed description. Acceptable input range: 0.4000 - 1.1000 Default value: 1.0000 (SEr. 4.2.2)
245	OF Threshold
246	Threshold value for overfill detection, related to gain V=6 (10000 corresponds to line height 2500 at V=5; 625 at V=4; 156 at V=3 etc.). If an overfilling is not recognized, the threshold value may be decreased. If the measured level jumps to the top without overfilling, the threshold value may be increased. With Fct. "BD Detect" the overfill detection can be switched off completely, too. Acceptable input range: 0 - 9999999 Default value: 10000 (SEr. 4.1.2)
247	Max Tankheight
248	Determines the accepted max. value for the "Tank height". Acceptable input range and default value depend on the instrument version: BM 70 A: 10.0 m - 100.0 m / 40.0 m BM 70 P: 10.0 m - 35.0 m / 35.0 m BM 700/702: 10.0 m - 20.0 m / 20.0 m (SEr. 4.2.3)
249	Min Window
250	Minimum plausibility range ("measuring window"). It can be increased to find the measured value faster if the level changes fast. Acceptable input range: 0.1 m - Tankheight Default value: 0.3 m (SEr. 4.1.7)
251	I Calibrate 1
252	Input of the lower calibration point for the current output. Default value: 3.7 mA
253	I Calibrate 2
254	Input of the upper calibration point for the current output. Default value: 17.0 mA
255	Serial No/Proj. No
256	The Series No. of the instrument was entered here in the form of a character string. (SEr. 4.4.1)
257	Commission
258	Option 1
259	Possible hardware options of the instrument can be entered here as text (max. 12 characters, only 10 are visible on the instrument display). (SEr. 4.4.2)
260	Option 2
261	Possible hardware options of the instrument can be entered here as text (max. 12 characters, only 10 are visible on the instrument display). (SEr. 4.4.3)
262	Firmware version
263	Displays the firmware version of the Master. (Fct. 2.4.1)
264	Firmware ident.nr.
265	Displays identification number of the Master firmware version.
266	Lev,1
267	Vol,1
268	Lev,2
269	Vol,2
270	Lev,3
271	Vol,3
272	Lev,4
273	Vol,4
274	Lev,5
275	Vol,5
276	Lev,6
277	Vol,6
278	Lev,7
279	Vol,7
280	Lev,8
281	Vol,8
282	Lev,9
283	Vol,9
284	Lev,10
285	Vol,10
286	Lev,11
287	Vol,11
288	Lev,12
289	Vol,12
290	Lev,13
291	Vol,13
292	Lev,14
293	Vol,14
294	Lev,15
295	Vol,15
296	Lev,16
297	Vol,16
298	Lev,17
299	Vol,17
300	Lev,18
301	Vol,18
302	Lev,19
303	Vol,19
304	Lev,20
305	Vol,20
306	Lev,21
307	Vol,21
308	Lev,22
309	Vol,22
310	Lev,23
311	Vol,23
312	Lev,24
313	Vol,24
314	Lev,25
315	Vol,25
316	Lev,26
317	Vol,26
318	Lev,27
319	Vol,27
320	Lev,28
321	Vol,28
322	Lev,29
323	Vol,29
324	Lev,30
325	Vol,30
326	Lev,31
327	Vol,31
328	Lev,32
329	Vol,32
330	Lev,33
331	Vol,33
332	Lev,34
333	Vol,34
334	Lev,35
335	Vol,35
336	Lev,36
337	Vol,36
338	Lev,37
339	Vol,37
340	Lev,38
341	Vol,38
342	Lev,39
343	Vol,39
344	Lev,40
345	Vol,40
346	Lev,41
347	Vol,41
348	Lev,42
349	Vol,42
350	Lev,43
351	Vol,43
352	Lev,44
353	Vol,44
354	Lev,45
355	Vol,45
356	Lev,46
357	Vol,46
358	Lev,47
359	Vol,47
360	Lev,48
361	Vol,48
362	Lev,49
363	Vol,49
364	Lev,50
365	Vol,50
366	I,Off
367	I,Level
368	I,Distance
369	I,Conversion
370	I,Reflection
371	I,SW Output S
372	Displays the actual value of the current output. (Fct. 2.2.1)
373	%Level
374	%Distance
375	%Conversion
376	%Reflection
377	No range
378	Displays the actual state of the relay output: · 0 - relay contact is open, · 1 - relay contact is closed.
379	Rel
380	Unit length
381	Selected units are applied to all instrument configuration parameters (including Service data) having length units. They are also used by HART ® transmitter for "Level" and "Distance" measurements (HC275 screens, AMS faceplates, etc.) and do not affect the instrument display units (Fct.3.2.2).
382	Display format
383	Defines format specifier for all measurements and all configuration parameters having length units. Affects only HART ® applications (HC275 screens, AMS faceplates/views, etc.) but not instrument local display.
384	Default (2 digits)
385	0 digs after point
386	1 dig after point
387	3 digs after point
388	4 digs after point
389	5 digs after point
390	Exponential format
391	Auto
392	Defines format specifier for all level items of conversion table.
393	The primary measured variable is the distance between a reference point (as standard: tank mounting flange) and a reflecting surface (e.g. surface of the liquid). The filling level is determined by allowing arithmetically for the entered tank height.
394	Lev
395	Upper Lim
396	Lower Lim
397	TV Span
398	The primary measured variable is the distance between a reference point (as standard: tank mounting flange) and a reflecting surface (e.g. surface of the liquid).
399	Dis
400	Unit conversion
401	Selected units are applied to all instrument configuration parameters having conversion units. They are also used by HART ® transmitter for "Conversion" measurements (HC275 screens, AMS faceplates, etc.) and do not affect the instrument display units (Fct.3.2.3).
402	Defines format specifier for "Conversion" measurements and all configuration parameters having conversion units. Affects only HART ® applications (HC275 screens, AMS faceplates/views, etc.) but not instrument local display.
403	Defines format specifier for all volume items of conversion table.
404	Vol
405	Volume measurements are possible by entering a conversion table (max. 50 points). By means of this table a conversion value is allocated to each level value (level / conversion pairs). The values are linearly established (interpolated) between 2 points.
406	Ref
407	The strength of the reflected signal can be measured for qualitative assessment of the tank product or its surface. The measuring range for "reflection" has a fixed setting of 0...100 (whole numbers). The "reflection" measured value is a relative measure of the strength of the reflected signal, converted into an exponential scale: each number step is approximately equivalent to a change by 0.4 dB; in other words, about 8 steps signify a doubling of the signal strength. At full reflection, a value of approx. 90...100 is measured. Where measuring distances are greater, the natural weakening of the signal is automatically allowed for in the measured value (does not apply to still wells, i.e. when "Stillwell" = 'Yes'). The measured reflection can be regarded as being a measure of the reflectivity of a product. The reflection measurement is not possible with BM 700.
408	.f
409	Scale 20 mA
410	This function is used for Imax = 20 mA to define the upper value for level or distance (scaling 20mA). The value set here should not be greater than the response threshold. (Response threshold = "Tank height" - "Block distance"). If a reference or a tank bottom offset is set, this must be allowed for! (Fct. 3.3.4)
411	Scale 4 mA
412	This function is used for Imin = 4 mA to define the lower value for level or distance (scaling 4mA). If a reference or tank bottom offset is set, this must be allowed for! (Fct. 3.3.3)
413	This function is used for Imax = 20 mA to define the upper value for conversion (scaling 20mA). The value set here must be greater than that of "Scale 4 mA". (Fct. 3.3.4)
414	This function is used for Imin = 4 mA to define the lower value for conversion (scaling 4mA). Value must be smaller than the maximum value in the conversion table. (Fct. 3.3.3)
415	This function is used for Imax = 20 mA to define the upper value for reflection (scaling 20mA). The setting range is 1...100. The value set here must be greater than that of "Scale 4 mA". (Fct. 3.3.4)
416	This function is used for Imin = 4 mA to define the lower value for reflection (scaling 4mA). The setting range is 0...99. (Fct. 3.3.3)
417	Time constant
418	· New measured values are damped (filtered) with the time constant so as to avoid abrupt changes in measured values and thus also in the current output I and the display. · Setting range: 1 - 100 Sec (BM 70 A/700); 10 - 100 Sec (BM 70 P) · Default value and recommended setting: 10 Sec (BM 70 A/700/702); 30 Sec (BM 70 P) (Fct. 3.5.3)
419	Process Variables
420	Measurements
421	Input/Outputs
422	Configuration/Test
423	Installation
424	Basis Parameters
425	Display
426	Signal Out
427	User Data
428	Application
429	Conversion Table
430	Conversion Units
431	Service
432	Signal Control
433	General
434	Current Output I
435	Test
436	Master Firmware
437	Access Rights
438	HART Variables
439	Write variables
440	Hardware
441	Testing of the BM 70 A/P /700/702 hardware can be initiated with this function when the device is operating. When an error is established, corresponding error/status bit is set. This hardware test is carried out automatically every time the BM 70 A/P /700/702 is started up. During the test the current output holds the last measured value. (Fct. 2.1.1)
442	lcurrent
443	2 mA
444	4 mA
445	6 mA
446	8 mA
447	10 mA
448	12 mA
449	14 mA
450	16 mA
451	18 mA
452	20 mA
453	22 mA
454	Test I
455	Open
456	Closed
457	In this test, the switching contact (terminals 41 and 42) can be closed or opened. Not for BM 700/702. (Fct. 2.3.1)
458	Entry Code
459	Switch the access lockout for the configuration menu on/off. Device is now write protected. You can change this if you enter correct 9-keystroke PASSWORD. Valid symbols: 0 ([Right] key of the device keypad), 1 ([Enter]) and 2 ([Up]). (Fct. 3.4.2, 3.4.3)
460	Switch the access lockout for the configuration menu on/off. Device is now open for write operations. You can change this and install a PASSWORD, thus protecting device from changes in configuration data. Valid symbols: 0 ([Right] key of the device keypad), 1 ([Enter]) and 2 ([Up]). (Fct. 3.4.2, 3.4.3)
461	Makes Service functionality accessible in case if correct Service Password is entered. Service Password is a 9-keystroke sequence; valid symbols: 0 ([Right] key of the device keypad), 1 ([Enter]) and 2 ([Up]). The Service data comprises basic operating parameters, some of which are required for initial start-up and/or calibration, while others will enable the Service technician to change certain internal values of the signal converter. Note: Incorrectly set Service parameters may cause improper functioning of the BM 70 A. Therefore, only change those parameters whose function you know exactly! The values in the Service menu are generally set by Krohne or possibly by the Service technician, and remain unchanged in operation. The user should not have access to these values.
462	Auto tank height
463	With this function the height of the tank can be determined by the BM 70 A/P /700/702 itself, provided the following conditions are met: · The tank has been completely drained for at least 2 minutes. · The tank bottom has good reflectivity (not suitable for dished and tapered bottoms without reference plate). · The functions "Antenna", "Antenna extension", "Distance piece" and "Stillwell" must previously have been correctly set. · If the tank is taller than 30 m, the approximate tank height must previously be set manually, as otherwise the measuring range will not suffice to locate the bottom. If the measured value seems plausible for the tank height and you wish to store it, select 'Yes' on the prompt. Otherwise select 'No' - this means that the quality of measurement is not adequate (inadequate bottom reflection or too many interferences) for automatic determination of the tank height. In this case you will need to enter the tank height manually. (Fct. 3.5.1)
464	lespFunc
465	Record
466	The previous empty spectrum is to be deleted and a new one recorded.
467	Under this function the empty spectrum is activated or deactivated, or recorded and stored. To record spectrum the following conditions must be held: · Tank must be totally or partially drained. · All moving parts, e.g. agitators, must be switched on. · Tank height, antenna extension, distance piece and still well must be set correctly. When you select "RECORD", the choice is as following: · AVERAGE - Values are averaged. This setting can be used for most applications. · MAX. VALUES - Only maximum values considered when the empty spectrum is recorded. Of advantage in conjunction with "difficult" agitators, for example. If the tank is not completely drained, the empty tank spectrum can nevertheless still be recorded up to a certain range. In this case, select item PARTIAL. · If TOTAL selected, the empty-tank spectrum is recorded over the complete range. · If PARTIAL selected, interrogation is carried out concerning input of the distance value up to which the empty-tank spectrum shall be recorded. · The tank area below the current product level is excluded from the recording of the empty-tank spectrum. · The distance value is entered in the range of 0 m to tank height. · It is recommended to maintain a safe distance of 20 to 30 cm (8" to 12") to the actual distance. After recording of the empty-tank spectrum is started, countdown of measurements from '1000' to '0' is displayed. Procedure is over after approx. 2 Minutes. Recording of the empty spectrum can be aborted. The "old" empty spectrum is retained in this case. (Fct. 3.5.2)
468	CPU Err
469	ROM Err
470	RAM Err
471	Interrupt Err
472	Counter/timer Err
473	Undef
474	EEPROM Err
475	I Cal.Data Warn
476	Config. Data Err
477	No signal Err
478	No peak Err
479	Microwave Err
480	I set to error Inf
481	SW set to error Inf
482	Hardware Err
483	Fatal Err
484	Signal low Warn
485	Signal high Warn
486	Spectrum bad Warn
487	Sweep low Warn
488	Spectrum wrong Warn
489	No measurements Inf
490	Measurements Inf
491	Tank bottom Inf
492	I test mode Inf
493	Meas. frozen Inf
494	SW test mode Inf
495	Tank overfilled Inf
496	Watchdog Inf
497	256-points FHT Inf
498	View Errors/Warns
499	Input table
500	Delete table
501	To calibrate the current output, enter the actual current reading (check it) under this menu item in the form of a numerical value. Acceptable input range: 2.0 - 20.0 mA Default value: 3.7 mA( SEr. 4.3.1)
502	To calibrate the current output, enter the actual current reading (check it) under this menu item in the form of a numerical value. Acceptable input range: 2.0 - 20.0 mA Default value: 17.5 mA( SEr. 4.3.2)
503	M0
504	M1
505	M2
506	M3
507	M4
508	M5
509	M6
510	M7
511	Master reset
512	FMU860
513	DT
514	DVC
515	FCX
516	AS800
517	340T
518	340C
519	344
520	Siemens Micro K
521	SITRANS L
522	SIPAN PH
523	SITRANS P
524	75SMT
525	UNIDELTA
526	8320
527	SX5100
528	TSV175
529	DMU
530	3780
531	BM70
532	8u
533	Warning: Current output is being shutdown. The PV digital value will still trace the last meaningful mapping (%{0}).
534	Error: Requested assignment is possible only for models /A /P.
535	Error: Conversion table is at a moment empty.
536	Warning: Device is in multidrop - 'Function I' cannot trace PV assignment and will remain 'Off'.
537	Testing...
538	Test is over. Status: OK.
539	Test is over. Status: %[04X]{0}, Cycles: %{1}. Retrieve error/status information.
540	Are you sure?
541	No;Yes
542	Select fixed level:
543	Output is fixed to %{0} mA.
544	Device output is now in normal operating mode.
545	Device output is still fixed. Retry the complete test.
546	Set relay to:
547	Relay contact is: %{0}
548	Relay is still in test mode. Retry the complete test.
549	Disable password?
550	Enable password?
551	Enter password:
552	psw
553	Wrong password.
554	Wrong symbols encountered.
555	You've got SPECIALIST rights!
556	Wrong SERVICE password. You are not registered as SPECIALIST.
557	Value detected: %{0} %{1} Store value?
558	Function
559	Spectrum type
560	Remaining spectra: %{0}
561	Ready.
562	Bad spectrum.
563	Operation cancelled.
564	Failure to abort spectrum evaluation.
565	No errors/messages.
566	%{0}
567	Volume table is empty.
568	Volume table contains %{0} items.
569	Enter new points number:
570	Reading point %{i}
571	Aborting...
572	View/Edit
573	Next Point;Previous Point;Point Number...;Complete
574	Enter point number (0..%{pointMax}):
575	pointIdx
576	Lev,%{pointIdx} %{1} %{2} Vol,%{pointIdx} %{3} %{4} Enter Lev,%{pointIdx}:
577	Lev,%{pointIdx} %{1} %{2} Vol,%{pointIdx} %{3} %{4} Enter Vol,%{pointIdx}:
578	Store table?
579	Writing point %{i}
580	Setting output to %{1} mA
581	Device will not respond and then Reset microprocessor. Continue anyway?
Reference ID	String