Device dictionary

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Reference ID	String
0	FSM4000
1	ABB
2	Errors 1
3	empty pipe
4	A/D-converter
5	Driver
6	Flow > 105%
7	Zero return
8	Database
9	Totalizer
10	high Alarm
11	Errors 2
12	low Alarm
13	ext.Database
14	ext.FRAM
15	old primary
16	Status 2
17	Functiontest on
18	Q-Simulation on
19	autom. Adjust
20	Error autom.Adj.
21	Result functiont.
22	Status 1
23	Test IOUT 1
24	Test IOUT 2
25	Test contactoutp
26	Test Pulseoutput
27	Adjust IOUT 1
28	Adjust IOUT 2
29	Test contactinp.
30	Warnings 1
31	ext.Total. reset
32	Simulation
33	Test mode
34	Functiontest
35	Overflow F
36	Overflow R
37	Overflow diff.
38	reverse flow Q
39	Warnings 2
40	Prim.data loaded
41	Update int.FRAM
42	Update ext.FRAM
43	Poll.Addr. > 0
44	Simulation IOUT
45	Simulat. Pulse
46	hold - MV
47	Error Memory 1
48	M:empty pipe
49	M:A/D-converter
50	M:Driver
51	M:Flow > 105%
52	M:Zero return
53	M:Database
54	M:Totalizer
55	M:high Alarm
56	Error Memory 2
57	M:low Alarm
58	M:ext.Database
59	M:ext.FRAM
60	M:old primary
61	.2f
62	Damping
63	Response time 1t = 0-67% for a step flow change.
64	.3f
65	6.3f
66	To>F
67	To<R
68	Unit Qmax
69	ml/s
70	Mililiter per second
71	ml/min
72	Mililiter per minute
73	spcl/s
74	programable unit per second
75	spcl/min
76	programable unit per minute
77	spcl/h
78	programable unit per hour
79	spcl/day
80	programable unit per day
81	Unit totalizer
82	ml
83	Mililiter
84	spcl
85	programable unit
86	Flow Sensor- Hardware that measures flow rate.
87	Gross Total- Non-resettable totalizer.
88	Reverse Total- Non-resettable reverse totalizer.
89	Diff.total
90	Diferential Total- Non-resettable reverse totalizer.
91	Diagnosis
92	Errors
93	Error memory
94	Warnings
95	Status
96	Device Info
97	Operating
98	Units
99	Operating config.
100	System zero
101	Display mode
102	Alarms
103	Primary
104	Converter
105	Functiontest
106	ToD
107	Total difference totalizer value.
108	µs
109	mikrosecond
110	Language
111	Selection of the menu language.
112	German
113	English
114	French
115	Finnish
116	Spain
117	Italian
118	Dutch
119	Danish
120	Swedish
121	Metersize
122	Display of the flowmeter primary size. Selection only available when connected to Older Models.
123	1 mm 1/25 in
124	1,5 mm 1/17 in
125	2 mm 1/12 in
126	3 mm 1/10 in
127	4 mm 5/32 in
128	6 mm 1/4 in
129	8 mm 5/16 in
130	10 mm 3/8 in
131	15 mm 1/2 in
132	20 mm 3/4 in
133	25 mm 1 in
134	32 mm 1-1/4 in
135	40 mm 1-1/2 in
136	50 mm 2 in
137	65 mm 2-1/2 in
138	80 mm 3 in
139	100 mm 4 in
140	125 mm 5 in
141	150 mm 6 in
142	200 mm 8 in
143	250 mm 10 in
144	300 mm 12 in
145	350 mm 14 in
146	400 mm 16 in
147	450 mm 18 in
148	500 mm 20 in
149	600 mm 24 in
150	700 mm 28 in
151	750 mm 30 in
152	800 mm 32 in
153	900 mm 36 in
154	1000 mm 40 in
155	Selection of the units for the volume and mass flowrate measurements. The units are used for Range max., Qmax and the instantaneous display value when direct reading engineering units have been selected for the display.
156	Selections of the engineering totalizer unit for the volume and mass flowrate measurements.
157	Prog. Unit
158	Configurable units for mass (with density) or volume flowrate (without density).
159	without density
160	with density
161	Contact output
162	The switch mode for the contact output (terminals 41/42) can be selected as normally open or normally closed.
163	No Function
164	F/R-Signal /_
165	F/R-Signal __
166	General-Alarm /_
167	General-Alarm __
168	Max/Min Alarm /_
169	Max/Min Alarm __
170	Min Alarm /_
171	Min Alarm __
172	Max Alarm /_
173	Max Alarm __
174	Empty pipe /_
175	Empty pipe __
176	Contact input
177	Selection of the function for the contact input terminals 81/82.
178	No Function
179	Totalizer reset
180	Zero return
181	Iout at Alarm
182	Value of the current during an error condition.
183	High Alarm
184	Low Alarm
185	Detector e.pipe
186	On/Off selection for the operation Detector empty pipe.
187	Off
188	On
189	Alarm e.pipe
190	When the meter tube is empty an indication is displayed and a signal is sent to the terminals when the alarm setting is on. No alarm contact when the Alarm setting is off.
191	Iout at e.pipe
192	Current output value Low or High during an empty pipe condition.
193	0%
194	Simulation Mode
195	Turn flowrate simulation on /off.
196	Test Mode
197	Only for checking the converter with simulator 55XC4000.
198	1st line
199	Selection for the 1st display line.
200	Q [percent]
201	Q [unit]
202	Iout [mA]
203	Q [m/s]
204	Q Bargraph
205	Totalizer
206	Totalizer >F
207	Totalizer <R
208	Totalizer Diff.
209	Tag number
210	Empty pipe
211	Blanks
212	2nd line
213	Selection for the 2nd display line.
214	3rd line
215	Selection for the 3rd display line.
216	4th line
217	Selection for the 4th display line.
218	Operating mode
219	Operating mode Normal: is selected for continuous flow metering. Operating mode Fast: accelerated flow signal processing (e.g. short batches). Operating Mode Piston Pump: for pulsating flows. In this operating mode the improved reproducibility of the flow signal measurements is archieved. The totalizer is automatically set to the Difference Totalizer mode. Any reverse flow which may occur is automatically substracted from the totalizer values.
220	Standard
221	Piston Pump
222	Fast
223	Flow indication
224	Selection of the flow direction to be metered, forward/reverse or forward only. The direction indicator R in the display blinks when flowrate is in the reverse flow direction and 0% is displayed.
225	Forward/Reverse
226	Forward
227	Flow direction
228	Normal/Inverse, reverse the flow direction forward and reverse flow display.
229	Inverse
230	Type of Primary
231	Selection the flowmeter primary type connected to the converter.
232	SE2_,SE4_
233	DS2_
234	DS4_
235	10DS3111(A-C)
236	10DS3111(E- )
237	10D1422
238	10D1425
239	10DS3111 D
240	none
241	Frequency Primary
242	Selects the excitation of primary
243	Primary 70Hz
244	Oldprim. 50 Hz
245	Oldprim. 60 Hz
246	Poll.addr.
247	An adress 0-15 can be selected for instruments with the HART-Protocol. If the adress 0 is entered, then the current output varies as the flowrate in the range of 4-20 mA. If additional instruments are connected to the bus and a adress 1-15 is entered, the converter operates in Multidrop-Mode. The current output is fixed at constant 4mA. The output values are then only can only be read using the HART-Communication.
248	Selection 1 large and 1 small line or 4 small lines.
249	1 big, 1 small
250	4 small
251	Contrast
252	Setting the display contrast, STEP = darker; DATA = lighter.
253	Communication
254	Turn HART -Communication on and off.
255	no Function
256	HART
257	Driver
258	Selects the mode of the driver
259	Regularization
260	Controller
261	The calibrating mode 0 or 255 can be select. With mode 0 the primarys SE2_/SE4_ are calibrated together with converter. The meter size and adjusted value are primary accompanying. At mode 255 the converter can delivered to connect with old primary model, Cs = 100% and Cz = 0% be printed on the FRAM. The customer can select meter size and excitation frequency with ENTER. The EASY SETUP for a old primary must be followed for operation.
262	Line frequency
263	Selection of the line frequency of the flowmeter primary was calibrated. Selection 50/60 Hz only available for Older Models.
264	50 Hz
265	60 Hz
266	Startup Commu.
267	With a TTL-Signal the communication type HART or ASCII can be selected of the service plug for the connection.
268	START-HART-TTL
269	START-ASCII-TTL
270	Function test for the pulse output.
271	Current output
272	Selection of the current output range. For HART-Protocol always 4-20 mA.
273	0-20 mA
274	4-20 mA
275	0-10 mA
276	2-10 mA
277	Com. Type TTL
278	The choice of the occupancy of the communication for the service plug can be returned. Communication HART- TTL or ASCII-TTL can be switched over to on display operate function.
279	HART-TTL
280	ASCII-TTL
281	Display on
282	Pulse (act/pas)
283	Indication of the jumper position for pulse output active or passive.
284	activ
285	passive
286	Actu. Variant
287	The present factory-made for pulse output and communication. it can be identified by the order.
288	Puls active not Hart
289	Puls active with Hart
290	Puls passive not Hart
291	Puls passive with Hart
292	The status condition of the contact input can be viewed on or off.
293	The test function contact ouput and with ENTER the function can be switched to on or off:
294	EPD Mode
295	Selection of the function standard or new adjustment. At standard is isn't required to carry out a adjustment on side. The converter use standard adjustment datas. If it comes to disturbances through the medium or an empty pipe isn't recognized by the converter, a new adjustment must be carried out on side, see adjustment empty pipe or full pipe.
296	Standard
297	New Adjust
298	self-excitation??
299
300	Collection char variables
301	Help char variables
302	device busy
303	prot.cust.trans
304	Overflow counter max. 250. 1 overflow = pulse totalizer 9.999.999 units. Display value is reset and one overflow is counted.
305	5u
306	Mains interrupt
307	Mains interrupt counter.
308	?????????????????
309	Instrument No.
310	Instrument number continuously
311	DAC Amp.
312	Min DAC Amp.
313	Max DAC Amp.
314	Testrig
315	Display Test rig number.
316	DSP Reset
317	Totalization of reset from the DSP electronic.
318	Pg.prot.code
319	When a 0 (factory setting) is entered the program protection is turned off. If a different Progr. Prot. Code has been configured (1-9999), then the operator will be asked for the PP-Code when this level is selected.
320	Overflow D
321	Display of the Overflow counter for the Difference Totalizer.
322	5d
323	col ui_var
324	help unsigned integer variables
325	Cal-fact 10m/s
326	Display of the max. possible flow range. Automatic selection based on the meter size.
327
328	Qmax
329	Flow range end value for forward and reverse flowrate. Flow range end values can be set between 0.5 and 10 m/s.
330	Pulse factor
331	Pulse factor 0.001 to 1000 pulses per selected unit for the internal and external flow totalization, max. count frequency 5 kHz. The max. count frequency and the pulse factor are checked in the software. If incorrect an error is displayed.
332	Pulse width
333	For external pulse output range pulse width 0.1 to 2000ms. The max. allowable pulse width is checked in the software and corrected if required.
334	ms
335	Low flow cut off
336	Applies to the values displayed and all outputs. The switch point has a built in hysteresis of 0.1%.
337	8.3f
338	6.2f
339	Density
340	Density range 0.1 - 5 g/cm3. Mass flowrate for the display and the totalizer.
341	Unit factor
342	Factor for the configurable flowrate based on liters; factor shown is for kgal units (factory default setting).
343	8.4f
344	Adj. full pipe
345	Display of the adjusted value for a full pipe. The adjustment for the full pipe can be made manually or automatically.
346	Total forward totalizer value.
347	7.4f
348	Total reverse totalizer value.
349	Zero Adjust
350	Flowmeter primary zero value Cz. For Older Models always 0 %
351	Span Adjust
352	Flowmeter primary span value Cs. For Older Models always 100 %
353	Phase
354	Phase between reference and signal voltage.
355	Adjust Iout 4mA
356	Display of the adjusted Iout value for 4.0 mA.
357	Adjust Iout 20mA
358	Display of the adjusted Iout value for 20.0 mA.
359	Channel
360	Span Adjust ->V
361	Span Adjust <-R
362	Channel Adjust
363	Threshold
364	Display of the calculated Threshold value or manually entry.
365	Iout Low Alarm
366	Low Alarm only available for current output 2-10 mA or 4-20 mA. Value of the current output for Low Alarm.
367	Iout High Alarm
368	Value of the current output for High Alarm. If error 3 (flow > 105 %) occurs, the current output is always set to High Alarm
369	Simulation Value
370	The flowrate value displayed can be simulated by pressing STEP or DATA button. The current and pulse outputs follow the simulated flowrate values.
371	???????????
372	Referencevoltage
373	Delta Amp.
374	Min. Alarm
375	Range limit for the Min. Alarm, range 0-105 % of the selected flow range. Set in 1 % steps, switch hysteresis 1 %
376	.0f
377	Max. Alarm
378	Range limit for the Max. Alarm, range 0-105 % of the selected flow range. Set in 1 % steps, switch hysteresis 1 %
379	Threshold On
380	Threshold Off
381	Output Cycle
382	Input of the time for the indication block of the selected parameter function 0,1-100 s.
383	????????????
384	Range - Pulse
385	The extended pulse rate for the measurement range up to Qmax. DN.
386	Adj. empty pipe
387	Display of the adjusted value for a empty pipe. The pipeline must be empty.
388	Threshold for turning off empty pipe.This is calculated and typed in internally after adjustment empty pipe or full pipe.The response time is reduced at a manual entry at empty regular measuring pipe at smaller entry values.
389	Collection float variables
390	Help float variables
391	Primary Tag
392	A TAG-Number for the primary can be displayed or enter max. 30-characters.
393	Converter Tag
394	A TAG-Number for the converter can be displayed or enter max. 30-characters.
395	Calib.Date
396	Display Date of the calibration
397	Order-Number
398	Order number of the Instruments
399	Version
400	Tester
401	Units name
402	Four character name for the user configurable units, kgal = factory default setting.
403	Collection string variables
404	Help string variables
405	Collection Reset Functions
406	Help Reset Functions
407	Collection Adjust Functions
408	Help Adjust Functions
409	50s Average
410	After start with ENTER a average flow value is started and shown over 50s
411	Set Totl.forward
412	Set Totl.reverse
413	Set Totl.diff.
414	Reset Totalizer
415	Reset Error regist
416	Reset Conf.changed
417	PS-Code
418	Test Contact outp.
419	no Test Contact output
420	Test Contact input
421	no Test Contact input
422	Test Memory
423	Test Pulse Output
424	Abort Test Pulse Output
425	Test QSimulation
426	Abort Test QSimulation
427	Adj.EPD full pipe
428	Adj.EPD empty pipe
429	Pulse Factor
430	Pulse Width
431	Auto.adj.Sys.zero
432	Collection Memory test Functions
433	Help Memory test Functions
434	upload variables
435	FMU860
436	DT
437	DVC
438	FCX
439	AS800
440	340T
441	340C
442	344
443	Siemens Micro K
444	SITRANS L
445	SIPAN PH
446	SITRANS P
447	75SMT
448	UNIDELTA
449	8320
450	SX5100
451	TSV175
452	DMU
453	3780
454	BM70
455	8u
456	4.2f
457	Pulse Output Unit- Engineering units that the frequency andtotalizer outputs will be displayed with.
458	Gross Total Value- Non-resettable totalizer value. Counts frequency output pulses while total control is turned on. This value will be reset to 0 when the pulse scaling, line size, or units are changed.
459	Reverse Total Value- Non-resettable totalizer value. Counts frequency output pulses while total control is turned on and flow is in the reverse direction. This value will be reset to 0 when the pulse scaling, line size, or units are changed.
460	7d
461	Pulse output units- Engineering units that the frequency and totalizer outputs will be displayed with
462	Gross Total Value- Counts frequency output pulses while total control is turned on. This value will be reset to 0 when the pulse scaling, line size, or units are changed
463	Reverse Total Value- Counts frequency output pulses while total control is turned on and flow is in the reverse direction. This value will be reset to 0 when the pulse scaling, line size, or units are changed
464	Pulse output- scaled frequency output from 0-1000 Hz, linear with input.
465	Net Total Value- Resettable totalizer.
466	Totalizer forward
467	write totalizer frw = %{0} ?
468	Totalizer reverse
469	write totalizer rev = %{0} ?
470	Totalizer diff
471	write totalizer diff = %{0} ?
472	Reset all totalizer ?
473	Reset error register and counter mains interrupt?
474	Reset configuration changed flag ?
475	Old PS-Code?
476	uiEingabeAltPS
477	New PS-Code?
478	uiEingabeNeuPS
479	Write new PS-Code?
480	wrong PS-Code
481	Choose from list
482	Toggle Contact out;End
483	Contact output is ON
484	Contact output is OFF
485	contact output is set to actual
486	Test Contact input;End
487	Contact input is ON
488	Contact input is OFF
489	contact input is set to actual
490	Main Fram;Backup Fram;Flash Checksum;End
491	Testing Main Fram
492	Testing Backup Fram
493	Testing Flash Checksum
494	Error: Main Fram
495	Error: Backup Fram
496	Error: Flash Checksum
497	Main Fram: OK
498	Backup Fram: OK
499	Flash Checksum: OK
500	Testvalue Pulse output?
501	Start test pulse output?
502	pulse output is set to %{0} Hz
503	pulse output is set to actual
504	Testvalue QSimulation?
505	Start test QSimulation?
506	QSimulation is set to %{0}%, flow percent value is %{1}%
507	QSimulation is turned off
508	Start adjust empty pipe detector not possible! Please first turn ON Empty Pipe Detector
509	Start adjust detector empty pipe not possible! EPD not in mode New Adjust
510	Start adjust empty pipe detector with full pipe?
511	Adjust full pipe
512	Error Adjust full pipe
513	Adjust full pipe ok. New threshold empty pipe detector %{0}
514	Start adjust empty pipe detector not possible! EPD not in mode New Adjust
515	Start adjust empty pipe detector with empty pipe?
516	Adjust pipe empty
517	Error Adjust pipe empty
518	Adjust empty pipe ok. New threshold empty pipe detector %{0}
519	Send new Pulse factor %{0}/%{1}?
520	Converter changed input. New Pulse factor %{0}
521	Converter changed Pulse width to %{0} ms
522	Send new Pulse width %{0} ms?
523	Converter changed input. New Pulse width %{0} ms
524	Converter changed Pulse factor to %{0} .
525	Start automatic adjust System Zero?
526	Adjust System Zero
527	Error Adjust System Zero
528	Adjust System Zero ok. New System Zero %{0}
Reference ID	String