Device dictionary

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Reference ID	String
0	TMT182
1	Tag number
2	DEVICE NOT CALIBRATED REFER TO MANUAL ERROR NO. 14
3	REVERENCE JUNCTION MEASUREMENT INCORRECTREFER TO MANUAL ERROR NO. 13
4	UP-/DOWNLOAD ACTIVE REFER TO MANUAL WARNING NO. 106
5	MEASURED VALUE OVERRANGE REFER TO MANUAL WARNING NO. 202
6	MEASURED VALUE UNDERRANGE REFER TO MANUAL WARNING NO. 201
7	SENSOR LEAD BREAKAGE CHECK SENSOR+WIRING REFER TO MANUAL ERROR NO. 12
8	SENSOR SHORT CUT CHECK SENSOR+WIRING REFER TO MANUAL ERROR NO. 11
9	HARDWARE ERROR IN DEVICE REFER TO MANUAL ERROR NO. 10
10	Set to nearest possible value
11	Invalid value selection
12	.2f
13	No unit
14
15	Current unit
16	mA
17	Ohm
18	AO
19	.3f
20	deg.C
21	deg.F
22	Kelvin
23	mV
24	sec
25
26	High sensor limit
27	.1f
28	Low sensor limit
29	Percent range
30	Int. temperature
31	For TC only. Temperature Compensation Measured Value used for cold junction reference point compensation, if INTERNAL is selected.
32	Filter time
33	Filter Value - Damping time applied to both the Digital Value representetion and Analog Value of the respective Analog Output. The units of this variable are always in seconds.
34	2.0f
35	RJ mode
36	For TC input only. Ambient temperature compensation existing at cold junction point is normally provided by an Internal measuring sensor. However the user may choose to set this temp. compensation value as an External fixed parameter.
37	Internal
38	External
39	RJ external value
40	For external compensation functionality.The corresponding value must be inserted in this location.
41	6.2f
42	Bias Input
43	Offset added to the input signal to compensate for installation where the sensor cannot be placed exactly where the measurementis needed, or to correct for drifts. Value may range from -10.0 to +10.0.
44	Sensor input
45	Selection of sensor Type.
46	-10..75 mV FS
47	10..400 ohms FS
48	10..2000 ohms FS
49	Pt100 DIN
50	Pt100 JIS
51	Pt500
52	Pt1000
53	Ni100
54	Ni500
55	Ni1000
56	Polynom RTD
57	Tc B
58	Tc C
59	Tc D
60	Tc E
61	Tc J
62	Tc K
63	Tc L
64	Tc N
65	Tc R
66	Tc S
67	Tc T
68	Tc U
69	Polynom TC
70	Temp.-compensation
71	Selection of RJ-compensation.
72	without
73	Measuring unit
74	deg. C
75	deg. F
76	Direction output
77	The output signal can have a standard action (increases when the process variable increases) or reverse action (increases when the process variable decreases).
78	4-20 mA
79	20-4 mA
80	Min measurm range
81	7.2f
82	Max measurm range
83	RTD connection
84	For RTD input only. Select type of sensor connection used.
85	2 wire
86	3 wire
87	4 wire
88	RTD 2 wire comp.
89	For 2 wire R or RTD input only. The value to be inserted is the resistence of the connection wires, expressed in ohm. Value may range from 0 to 30.
90	Sensor error
91	When the transmitter detects a failure output signal is forced to a predefined value.
92	Max
93	Min
94	Coefficient X0
95	X0 Coefficient for a user defined linearisation. The linearisation is done by a polynom of fourth degree.
96	13.6f
97	Coefficient X1
98	X1 Coefficient for a user defined linearisation. The linearisation is done by a polynom of fourth degree.
99	Coefficient X2
100	X2 Coefficient for a user defined linearisation. The linearisation is done by a polynom of fourth degree.
101	Coefficient X3
102	X3 Coefficient for a user defined linearisation. The linearisation is done by a polynom of fourth degree.
103	Coefficient X4
104	X4 Coefficient for a user defined linearisation. The linearisation is done by a polynom of fourth degree.
105	Error code
106	Diagnostic Code that has Field Device status information relating to failure/warning.
107	4d
108	Last diagnostic
109	Last detected diagnostic code.
110	Config. changed
111	Has anyone changed the settings ?
112	No
113	Yes
114	Min Indication
115	This parameter stores the minimum measured sensor value. The value can be written to reset the indicator.
116	Max Indication
117	This parameter stores the maximum measured sensor value. The value can be written to reset the indicator.
118	Default values
119	Parameters reset function default settings of transmitter datas.
120	Simulation mode
121	Simulation mode is used to change the device's operating mode.OFF for normal measure operation. ON for analog output simulation.The value of analog output can be inserted in the pageSimulation value.
122	Off
123	On
124	Simulation value
125	Simulation value sets the current of the analog output if the Simulation mode is set to ON
126	5.2f
127	Security locking
128	Product revision
129	Information related to the complete instrument - hardware and software - version, assigned by the Factory for traceability purposes.
130	.4f
131	Serial no.
132	Serialno. of device.
133	AO
134	D/R
135	%-RANGE
136	span
137	Int. Temp
138	RJ unit
139	PV variables
140	PV sensor
141
142	Offline
143	Matrix parameters
144	Working parameters
145	Calibration
146	User linearisation
147	Service
148	Device Data
149	HART Output
150	FMU860
151	DT
152	DVC
153	FCX
154	AS800
155	340T
156	340C
157	344
158	Siemens Micro K
159	SITRANS L
160	SIPAN PH
161	SITRANS P
162	75SMT
163	UNIDELTA
164	8320
165	SX5100
166	TSV175
167	DMU
168	3780
169	BM70
170	8u
Reference ID	String