Device dictionary

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Reference ID	String
0	Upload Variables
1	Primo Advanced
2	Operation Unit
3	Device
4	Meas.Functions
5	Direction
6	Empty Pipe Detect.
7	Measuring Limits
8	Process Val. Scale
9	Output
10	Frequency Output
11	ImpPulse Output
12	Pulse width
13	Flow Limits
14	Preset
15	Factors
16	Giver Ampl. Const.
17	Diameter
18	Password
19	Error Message
20	Filter(Damping)
21	Reset changed flag
22	Flow Simulation
23	Analog Calibration
24	Empty Pipe Calibr.
25	Preset Restart
26	Reset Totalizer
27	Delete Error list
28	Set Pulse width
29	Set Frequency
30	Update configuration
31	Update config.
32	Add. Trans.Status
33	Parameter OK
34	Analog Out Saturated
35	PV Out of Limits
36	ERROR 1 and 2
37	Parameter to large
38	Parameter to small
39	Set to nearest
40	invalid selection
41	LRV too High
42	LRV too Low
43	URV too High
44	URV too Low
45	URV and LRV range out
46	Span to small
47	In Write Protected Mode
48	Badger Meter
49	Device Status
50	abs. Flowrate
51	5.0f
52	4.1f
53	2.3f
54	Flow unit
55	Current output
56	rel. Flowrate
57	Square
58
59	max. Flowrate
60	min. Flowrate
61	7d
62	Low Flow Cutoff
63	The low flow is suppressing the indication resp. totalisation of 'wrong' liquid movements. The setting is posssible in the range of 0 - 10% referring to the full scale.
64	Device is Busy
65	Flow Direction
66	At measurement in uni-directional direction flows will be indicated and added only in main flow direction. In bi-directional direction flow in both directions will be indicated and added.
67	unidirectional
68	bidirectional
69	Detector Factor
70	Calibration constant detected and adjusted at the factory. Changing this value influences the measuring accuracy of the meter! This value should correspond to the transmitter constant on the sensor nameplate.
71	Pulse output
72	The pulse value defines how many pulses per volume unit will be given. Max. output frequency 10 kHz.
73	.3f
74	Imp/Volume Unit
75	Pulse width Unit
76	The time unit of the pulse length is ms (1/1000 second)
77	The pulse width defines the temporal length of a pulse. Max. 500 ms.
78	Invalid units code
79	Frequency Unit
80	The unit of the frequency is in Hz. (Pulse/1 second)
81	Frequency
82	The frequency for the scaled terminal value can be adjusted from 500 to 5000 Hz.
83	Flow Signal Low
84	The set point is for monitoring the momentary flow and is adjusted in percent (0-100%) of the full scale. The underflowing of this set point is signalled via relay 2.
85	Flow Signal High
86	The set point is for monitoring the momentary flow and is adjusted in percent (0-100%) of the full scale. The exceeding of this set point is signalled via relay 2.
87	Preset
88	Realisation of simple batches. The value for the preset quantity can be adjusted from 0,01 to 999,99 volume units. The preset quantity is counted down from this value to 0 and the reaching of the preset quantity is signalled via relay 2. The preset meter can be resetted via an external probe or in the program menu.
89	Restart Preset
90	Resetting of the preset meter
91	Pipediameter Unit
92	Size in mm
93	Pipediameter Value
94	Size of the detector
95	6
96	8
97	10
98	15
99	20
100	25
101	32
102	40
103	50
104	65
105	80
106	100
107	125
108	150
109	200
110	250
111	300
112	350
113	400
114	450
115	500
116	550
117	600
118	650
119	700
120	750
121	800
122	850
123	900
124	950
125	1000
126	1200
127	1350
128	1400
129	Tot+ reset
130	Resetting the totaliser in main flow direction
131	Tot- reset
132	Resetting the totaliser reverse the main flow direction
133	Tot Day reset
134	Resetting the totaliser in main flow direction (daily counter)
135	Tot All reset
136	Resetting the totaliser in main flow direction (total counter)
137	Tot+
138	Totaliser in main flow direction (total counter)
139	Tot-
140	Totaliser reverse the main flow direction
141	Tot Day
142	Totaliser in main flow direction (daily counter)
143	Analog Out. Offset
144	Calibration of the analog output (already done at the factory). Adjusting the offset at 4 mA.
145	Analog Out. Gain
146	Calibration of the analog output (already done at the factory). Adjusting the range at 20 mA.
147	Empty-Pipe-Value
148	Measuring signal at fulfilled pipe.
149	Empty-Pipe-H. Unit
150	Measuring signal unit in mV
151	Empty-Pipe-Hyst.
152	Adjusting the hysteresis value (recommended appr. 1000 mV)
153	Volume Unit
154	Adjusting the volume unit for totalisation and preset
155	delete
156	Resetting of error list
157	Power on counter
158	This value indicates the total switching ons of the meter
159	Pulse Type
160	Adjusting the pulse type. Closed (no pulse = low / pulse = high) as well as open (no pulse = high / pulse = low)
161	closed
162	open
163	End Flow Simulation
164	Flow simulation of all outputs with the adjusted parameters
165	Start Flow Simulation
166	Start flow simulation
167	Simulate Flow +100%
168	100% of the full scale in main flow direction as well as relay 1 (forward)
169	Simulate Flow +50%
170	50% of full scale in main flow direction as well as relay 1 (forward) + relay 2
171	Simulate Flow 0%
172	0% of full scale in main flow direction as well as relay 1 (forward) + relay 3
173	Simulate Flow -50%
174	50% of the full scale reverse the main flow direction as well as relay 1 (backward) + relay 2
175	Simulate Flow -100%
176	100% of the full scale reverse the main flow direction as well as relay 1 (backward)
177	Password is only valid in connection with the keypad at the meter. Value between 0 and 999.
178	Empty Pipe Detect.
179	off
180	on
181	Error Code Index 1
182	Error index 1
183	Error detector
184	Error Slave Ack
185	Error wrong int
186	Error wrong ver
187	Error empty
188	Error overflow
189	Error gain
190	Error slave msg
191	Last error code
192	Num. of Err In 1
193	Number of error index 1
194	Error Code Index 2
195	Error index 2
196	Num. of Err In 2
197	Number of error index 2
198	Error Code Index 3
199	Error index 3
200	Num. of Err In 3
201	Number of error index 3
202	Error Code Index 4
203	Error index 4
204	Num. of Err In 4
205	Number of error index 4
206	Error Code Index 5
207	Error index 5
208	Num. of Err In 5
209	Number of error index 5
210	Error Code Index 6
211	Error index 6
212	Num. of Err In 6
213	Number of error index 6
214	Error Code Index 7
215	Error index 7
216	Num. of Err In 7
217	Number of error index 7
218	Error Code Index 0
219	Error index 0
220	Num. of Err In 0
221	Number of error index 0
222	Index of Errorcodes
223	error code information
224	number of errors
225	FMU860
226	DT
227	DVC
228	FCX
229	AS800
230	340T
231	340C
232	344
233	Siemens Micro K
234	SITRANS L
235	SIPAN PH
236	SITRANS P
237	75SMT
238	UNIDELTA
239	8320
240	SX5100
241	TSV175
242	DMU
243	3780
244	BM70
245	8u
246	Reset changed flag ?
247	Reset changed flag successfully performed!
248	Selection for Flow Simulation
249	100%;50%;0%;-50%;-100%;End
250	Simulation Start?
251	yes;no
252	Flow Simulation is set to 100%
253	Flow Simulation is set to 50%
254	Flow Simulation is set to 0%
255	Flow Simulation is set to -50%
256	Flow Simulation is set to -100%
257	Flow Simulation is finished
258	Offset-value is %{offset}.
259	Increment Offset;Decrement Offset;Set gain-value
260	Gain-value is %{gain}
261	Increment Offset;Decrement Offset;End
262	Analog Calibration is finished
263	Pipe filled?
264	Empty-Pipe-Value: %0
265	Set Hysteres Value: %{pipehyst}
266	Hysteres Value %{empty_pipe_calibration_hysteresis} is higher than 5000 - Empty Pipe Value: %{pipe_difference}
267	Empty Pipe Calibration successfully performed!
268	Preset Restart successfully performed!
269	Selection for Reset
270	Reset Tot+;Reset Tot-;Reset Tot Day;Reset Tot All;End
271	Reset Tot+ successfully performed!
272	Reset Tot- successfully performed!
273	Reset Tot Day successfully performed!
274	Reset Tot All successfully performed!
275	Error list is deleted.
276	Set Pulse width: %0
277	Set Frequency: %0
Reference ID	String