Device dictionary

Loading…

Reference ID	String
0	TEU411
1	TEU411-Ex
2	TEU471
3	TEU421
4	TEU211
5	TS11
6	CMOS-Interface
7	RS232-Interface
8	Memory failure - The instrument error can possibly be remedied through self-test correction. If it continues to exist, it means the unit is defective.
9	Memory status
10	EEPROM read failure
11	EEPROM failure
12	Input failures - in the measurement electronic are limit value infringements. If the unit is being operated under permissible ambient conditions, the unit is defective.
13	Input status
14	Synchron. failure
15	Zero failure
16	Reference failure
17	AD-Converter failure
18	ADC Time Out
19	Balancing/Parameter - The error status of the balancing and configuration data can be read out.
20	Balancing/Parameter
21	Balancing active
22	Input balancing active
23	Balancing failure at input
24	Balancing failure at auxiliary input
25	Parameter failure
26	Sensor status - The status of the active sensors can be read out.
27	Sensor status
28	Sensor break at input
29	Short circuit at input
30	Input underrange
31	Input overrange
32	Sensor break at auxiliary input
33	Short circuit at auxiliary input
34	Auxiliary input underrange
35	Auxiliary input overrange
36	Output status - The status of the analog output can be read out.
37	Output status
38	Analog output underrange
39	Analog output overrange
40	Default value active
41	Keep last valid value
42	Analog output fixed
43	Caution! Data update in progress.
44	Type of measurement - Setting of vital input parameters on transmitter.
45	0..391ohms
46	0..3250ohms
47	0..391ohms - difference
48	0..391ohms - average value
49	-8..120mv
50	-8..120mv - with external ref. junction
51	-8..120mv - with internal ref. junction
52	-8..120mv - difference
53	-8..120mv - difference, with external ref. junction
54	-8..120mv - average value
55	-8..120mv - average value with external ref. junction
56	-8..120mv - average value with redundancy
57	-8..120mv - Mean value with redundancy and ext. ref. junction
58	Sensor type - Type of currently connected sensor. Depending on the type of selected characteristic line, the measured value is influenced.
59	Linear
60	Free style
61	Pt 100 IEC 751
62	Ni 100 DIN 43760
63	Type B Pt30Rh-Pt6Rh
64	Type E NiCr-CuNi
65	Type J Fe-CuNi
66	Type K Ni-CrNi
67	Type L Fe-CuNi
68	Type N NiCrSi-NiSi
69	Type R Pt13Rh-Pt
70	Type S Pt10Rh-Pt
71	Type T Cu-CuNi
72	Type U Cu-CuNi
73	Sensor connection
74	Sensor connection - States the number of wires, via which the sensor is connected to the transmitter.
75	Number of sensors
76	Number of sensors - States the number of sensors which areconnected in series at every input. A multiple number of the built-in characteristic lines can be realised (e.g. 10*Pt100 = Pt1000).
77	1/2 Sensor
78	1 Sensor
79	2 Sensors
80	3 Sensors
81	4 Sensors
82	5 Sensors
83	6 Sensors
84	7 Sensors
85	8 Sensors
86	9 Sensors
87	10 Sensors
88	Sensor monitoring
89	Sensor monitoring - With this setting the monitoring of the sensors can be limited or released. An internal reference junction is always monitored.
90	No sensor monitoring
91	Break monitoring at input
92	Short-circuit monitoring at input
93	Break and short-circuit monitoring at input
94	Break monitoring of all sensors
95	Short-circuit of all sensors
96	Break and short circuit monitoring of all sensors
97	ext. ref. junction
98	External reference junction - The value states the temperature of the external reference junction. The input is always made in °C!
99	.2f
100	6.2f
101	°C
102	Invalid measure. type
103	Invalid number of sensors
104	Invalid sensor monitoring
105	Temperature of reference junction too low
106	Temperature of the reference junction too high
107	Analog output - The device is only available as signal output 4..20mA. An under- or overrange exceeding this range is however possible.
108	4..20mA
109	Underrange value
110	Underrange value - The control range is limited by the underrange value. In case of failure signal, the value is also accepted by means of underranging.
111	Overrange value
112	Overrange value - The control range is limited by the overrange value. In case of failure signal, the value is also accepted by means of overranging.
113	mA
114	Failure signalling
115	Failure signalling - The setting indicates the strategy for signalling a failure.
116	Overrange in case of sensor failure
117	Underrange in case of sensor failure
118	Default value in case of sensor failure
119	Keep value in case of sensor failure
120	Overrange in case of device or sensor error
121	Underrange in case of device or sensor failure
122	Default value in case of device or sensor failure
123	Keep value in case of device or sensor failure
124	Pass on value in case of device or sensor failure
125	Default value
126	Default value - in case of failure, the analog output is set on the programmed value if the matching error strategy was selected.
127	%
128	Invalid failure strategy
129	Invalid default value
130	Sensor name
131	Sensor name - The function permits the input of a sensor name when using user defined characteristics.
132	Catalog number
133	Catalog number - The function permits the changing of the catalog number after entering changes on transmitter.
134	Signal input
135	Signal input - The setting determines the signal input which must be balanced.
136	Set point - The value states the (e.g. simulated via a reference) input signal.
137	Invalid signal input
138	Invalid unit
139	Self-test - Transmitter self-test in progress. The analog output is frozen. Recognised failures are displayed.
140	Transmitter reset
141	Transmitter reset - The transmitter is restarted. Non-permanent stored data are lost. Self-test is subsequently conducted.
142	Lead balancing
143	Lead balancing - The resistance of the connection lines to sensor can be compensated for. This step is only necessary for measurement resistors in 2- or 3-wire circuitry.
144	Data reset
145	Data reset - All data, which were not made permanent are reset to their original values. This allows the old data to be restored when a parameter setting is interrupted.
146	Input assignment
147	Input assignment - measuring range of the transmitter at the input.
148	0.. 391ohms
149	-8..120mV
150	Type of measurement
151	Type of measurement - The setting determines, whether single- or multi-channel measurement is active.
152	Single-channel
153	Difference
154	Average value
155	Ø without redundancy
156	Ø with redundancy
157	Reference junction
158	Reference junction - The setting determines the type of reference junction during measurements with thermocouples. Always select 'WITHOUT' for measurements witout thermocouples.
159	without
160	external
161	internal
162	No monitoring
163	Break monitoring
164	Short circuit(<5Ohm)
165	Break/short circuit
166	Sensor config.
167	Input parameter - the parameters for wiring to the input (sensor type, etc.) can be fixed via the function.
168	Process unit
169	Failure monitoring
170	Failure monitoring - The setting determines if the analog output should react to certain failure states in the transmitter.
171	Sensor failure
172	Sensor-/dev. failure
173	Device failure
174	Signalling
175	Signalling - The setting determines if a failure shall be signalled via the analog output.
176	Overrange
177	underrange
178	Hold the last value
179	Output config.
180	Configuration of analog output - The setting determines the behaviour of the output in case of failure.
181	Send data
182	write_variables
183	Version 1.00
184	English
185	Language of strings
186	Dynamic variables
187	Measured value
188	Ref. junction temp.
189	Measured value - The calculated measured value acquired through parameterised processing, during multi-channel measurements of both channels. Output is made in the set process unit.
190	Reference junction temp. - The value is required for correction during measurements with thermocouples. The measured value produces the temperature at the terminal block of the field unit.
191	Mean value measurement - Measurement derived by computing the average of two analog inputs.
192	Differential measurement - Measurement derived by computing the difference between two analog inputs.
193	Sensor measurement - Measurement input that receives one analog information.
194	Mean value measurem.
195	Percent of range
196	Measured value - Measured value that changes magnitude with respect to time with no user intervention.
197	Mean value
198	Percent of range - Digital value that is proportional to the variable DIGITAL_VALUE with respect to the range defined by the LOWER_RANGE_VALUE and UPPER_RANGE_VALUE. The units of this variable are always in percent.
199	2.2f
200	Upper range value - Defines the operational endpoint from which the variables ANALOG_VALUE, PERCENT_RANGE are derived.
201	Lower range value - Defines the operational endpoint from which the variables ANALOG_VALUE, PERCENT_RANGE are derived.
202	Damping value - Damping time applied to both the variables DIGITAL_VALUE and ANALOG_VALUE of output 'X'. The units of this variable are always expressed in seconds.
203	.1f
204	4.1f
205	s
206	8u
207	Upper sensor limit value - Value that defines the absolute upper endpoint (largest magnitude) for the UPPER RANGE VALUE.
208	Lower sensor limit value - Value that defines the absolute lower endpoint (smallest magnitude) for the LOWER RANGE VALUE.
209	Minimum span value - Value that defines the smallest absolute value for the resulting figure derived from the following equation (UPPER RANGE VALUE - LOWER RANGE VALUE).
210	Alarm type
211	not supported
212	special
213	Temp. unit of the reference junction temperature - The temperature on the terminal block of the field unit is always stated in °C during measurements with internal or external reference junction.
214	Reference junction temperature value - Temperature associated with the internal/external reference junction. At an internal reference junction the temperature of the connection terminals of the transmitter will be measured during measurements.
215	Sensor 1 measurement - Measurement input 1 receives analog values.
216	Unit - physical unit in which the electrical value of the sensor is expressed.
217	Sensor value - electrical value of the sensor at the input.
218	Not Used
219	Sensor 2 measurement - Measurement input 2 receives analog values.
220	Sensor value - electrical value of the sensor at the auxiliary input.
221	FMU860
222	DT
223	DVC
224	FCX
225	AS800
226	340T
227	340C
228	344
229	Siemens Micro K
230	SITRANS L
231	SIPAN PH
232	SITRANS P
233	75SMT
234	UNIDELTA
235	8320
236	SX5100
237	TSV175
238	DMU
239	3780
240	BM70
241	CAUTION - The measurement operation is interrupted.
242	Self-test could not be carried out.
243	Self-test in progress, please wait...
244	Transmitter self-test blocked.
245	Self-test completed. No malfunctions discovered.
246	CAUTION - Data not made permanent will be lost!
247	CAUTION - Loop should be removed from automatic control!
248	Reset could not be carried out.
249	Master reset in progress, please wait...
250	Transmitter reset blocked.
251	Input;Auxiliary input
252	Short-circuit all connection lines to all sensors!
253	The lead resistance may not exceed 10 Ohm!
254	Short-circuit all connection lines on sensor!
255	The difference of the conductor resistance may not exceed 10Ohm max.!
256	The parameter setting does not permit any lead balancing.
257	Lead balancing in progress, please wait...
258	Lead balancing could not be carried out!
259	FAILURE - Lead balancing could not be carried out successfully!
260	Check sensor connection!
261	Switch damping mode on.
262	Data is being made permanent, please wait...
263	CAUTION - Data could not be made permanent.
264	Balancing successfully carried out. Remove short-circuit on sensor.
265	Data reset in progress, please wait...
266	FAILURE - The data could not be reset!
267	Sensor type
268	Type of measurement
269	Process unit
270	ext. ref. junction [°C]:
271	Sensor monitoring
272	CAUTION - The measuring range is matched to the new permissible limits.
273	CAUTION - Check measuring range before switching on a connected control loop again.
274	Underrange value valid range: 3.6..4mA
275	Overrange value valid range: 20..23.6mA
276	Failure monitoring
277	ATTENTION - The new setting must be sent to the field unit. For this purpose Press SEND key.
278	The connected loop can be put into operation again.
Reference ID	String