Device dictionary

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Reference ID	String
0	Pipe desc -User message to describe the pipe.
1	Density of Carrier -The density of the carrier liquid.
2	Density of carrier
3	Density of Matl -The density of the solid material in the slurry.
4	Density of material
5	Adapt Damp Status -Control to activate adaptive damping.
6	Adapt Damp Status
7	Adapt Damp Value -The damping time used when the adaptive damping is active.
8	Adapt Damp Value
9	Damping Threshold -Percent deviation from last value where the adaptive damping becomes active.
10	Damping Threshold
11	%
12	Process desc -User entered description of process.
13	Temp Comp Status -This option turns the temperature compensation on and off.
14	Temp Comp Status
15	Ref Temp
16	Expansion Coef
17	Rho1 -The density of the process at the first temperature.
18	Rho2 -The density of the process at the second temmperature.
19	Temp1 -The temperature at which the first density value is recorded.
20	Temp1
21	Temp2 -The temperature at which the second density value is recorded.
22	Temp2
23	Zero Value
24	Span value
25	Last ref -The date on which the last reference was taken on the device.
26	Last ref
27	Ref hr
28	Ref min
29	6.0f
30	Counts
31	Cal Point Number
32	#1DENSITY--The density value for the first calibration point. This point is always used for the calibration curve.
33	#1DENSITY
34	#1SIGNAL--The signal value for the first calibration point. This point is always used for the calibration curve.
35	#1SIGNAL
36	#2DENSITY--The density value for the second calibration point. This point is always used for the calibration curve.
37	#2DENSITY
38	g/CuCm
39	#2SIGNAL--The signal value for the second calibration point. This point is always used for the calibration curve.
40	#2SIGNAL
41	#3DENSITY--The density value for the third calibration point. If this calibration point is not used, the density should be set to zero.
42	#3DENSITY
43	#3SIGNAL--The signal value for the third calibration point. This point is not used if the density for point three is zero.
44	6.4f
45	#3SIGNAL
46	#4DENSITY--The density value for the fourth calibration point. If this calibration point is not used, the density should be set to zero.
47	#4DENSITY
48	#4SIGNAL--The signal value for the fourth calibration point. This point is not used if the density for point four is zero.
49	#4SIGNAL
50	#5DENSITY--The density value for the fifth calibration point. If this calibration point is not used, the density should be set to zero.
51	#5DENSITY
52	#5SIGNAL--The signal value for the fifth calibration point. This point is not used if the density for point five is zero.
53	#5SIGNAL
54	#6DENSITY--The density value for the sixth calibration point. If this calibration point is not used, the density should be set to zero.
55	#6DENSITY
56	#6SIGNAL--The signal value for the sixth calibration point. This point is not used if the density for point six is zero.
57	#6SIGNAL
58	Cal Point 1
59	Cal Point 2
60	Cal Point 3
61	Cal Point 4
62	Cal Point 5
63	Cal Point 6
64	Samp Duration--The time of the sample measurement. The maximum value is 600 seconds.
65	Samp Duration
66	Density Offset--A value supplied by the user and added to the density value measured.
67	Dens Offset
68	Temp Comp Input Sensor Type -The type of sensor used to measure temperature.
69	Temp Sensor Type
70	4 to 20mA
71	Temp Comp Units -The units associated with the device used for temperature compensation.
72	Units
73	Zero Point Value -The zero range point for the temperature transmitter.
74	Zero Point Value
75	Span Value -The high range point for the temperature transmitter.
76	Span Value
77	Last setup locatn
78	Ref Material -The material selected for the next reference.
79	Source Type -The type of source contained in the source housing.
80	Date
81	2d
82	Time-Hrs
83	Time-Mins
84	5.0f
85	PV Units- Engineering unit that the process variable, UPPER_RANGE_VALUE, LOWER_RANGE_VALUE, LOWER_SENSOR_LIMIT, and UPPER_SENSOR_LIMIT will be displayed with.
86	PV Units
87	Process variable -The density or unit value that is proportional to the output current. It changes as the density of the process material changes.
88	4.4f
89	Analog Output -The current at the transmitter output whose value changes as the density of the process material.
90	PV Output
91	2.2f
92	PV % of range -A value that is the per cent of full scale.
93	USL Upper Sensor Limit -The highest value that the upper range value can be set to.
94	USL
95	LSL Lower Sensor Limit -The lowest value that the lower range value can be set to.
96	LSL
97	URV Upper Range Value -The density value that corresponds to 20mA output current.
98	URV
99	LRV Lower Range Value -The density value that corresponds to 4mA output current.
100	LRV
101	PV Damp -The time constant of the transmitter. It is used to smooth the output.
102	4.1f
103	Temp Units
104	Temp -The temperature of the process material. This is the temperature used during temperature compensation.
105	Temp
106	Snsr s/n -A means of identifying each transmitter with a unique number.
107	Device Setup
108	Diag/Service
109	Calibrate
110	Reference
111	Process Sample
112	Basic Setup
113	Range and Units
114	Date and time
115	Damping
116	Detailed Setup
117	Temp Comp
118	Comp Parameters
119	Sensor Type
120	Output Trim
121	REVIEW
122	Write Variables
123	Test Device -Directs the 3680 electronics to perform a selftest. Reports any errors that occured.
124	Test Device
125	Calibration Curve
126	New Reference
127	New Sample
128	RTD
129	4 to 20 mA
130	None
131	Wait for a time
132	FMU860
133	DT
134	DVC
135	FCX
136	AS800
137	340T
138	340C
139	344
140	Siemens Micro K
141	SITRANS L
142	SIPAN PH
143	SITRANS P
144	75SMT
145	UNIDELTA
146	8320
147	SX5100
148	TSV175
149	DMU
150	3780
151	BM70
152	8u
153	low
154	high
155	tmp_av
156	WARN -Loop should be removed from automatic control
157	Testing Xmtr PLEASE WAIT
158	Self Test complete Tests PASS
159	NOTE-Loop may be returned to automatic control
160	Point 1;Point 2;Point 3;Point 4;Point 5;Point 6
161	#%{num}DENSITY %{den} #%{num}SIGNAL %{sig}
162	Change Density;Change Signal;Select New Point;End Changes
163	#%{num}DENSITY
164	den
165	#%{num}SIGNAL
166	sig
167	WARNING--Accepting new calibration curve will reset offset
168	Accept Curve;Reject Curve
169	New calibration curve rejected
170	Making changes permanent. Please Wait...
171	ERROR -- Sample being taken
172	WARNING -- Reference measurement in progress Please Wait...
173	Device may be stuck in reference mode.
174	Reference Complete Ref Count %0
175	Accept;Reject
176	WARNING--This will reset offset
177	Procced;Abort
178	Reference Rejected
179	Making Changes permanent
180	Time Corrupt...
181	NOTICE--Reference will take %0 sec
182	Start;Exit
183	Taking reference measurement. Please Wait...
184	Device may be stuck in reference mode.
185	Procced;Reject reference
186	ERROR -- Reference in progress.
187	NOTICE --Sample will take %0 sec
188	Taking -- Sample measurement. Please Wait.
189	Device may be stuck in sample mode.
190	RTD sensor type selected.
191	Last calibration was %0
192	Select type of RTD calibration
193	Factory;User
194	Restoring factory RTD calibration. Please Wait...
195	Connect LOW setpoint resistance to RTD input
196	Proceed;End
197	Enter LOW setpoint resistance value
198	Do you wish to correct the problem and try again?
199	Yes;No
200	LOW setpoint being changed to user calibration. PLEASE WAIT....
201	Low setpoint value accepted.
202	Connect HIGH setpoint resistance to RTD input
203	Enter HIGH setpoint resistance value
204	HIGH Setpoint being changed to user calibration. PLEASE WAIT....
205	High setpoint value accepted.
206	4 to 20 mA sensor type selected.
207	4 to 20 mA sensor
208	Set temp for 4mA;Set temp for 20mA;Trim current input;End
209	Enter temperature for 4mA
210	Enter temperature for 20mA
211	Last trim was %0
212	Select type of temp sensor trim
213	Restoring factory trim values. Please Wait...
214	Set temp input to 4mA
215	Enter input current value
216	4mA value being changed to user trimed value. PLEASE WAIT...
217	4mA trim value accepted.
218	Set temp input to 20mA
219	20mA value being changed to user trimed value. PLEASE WAIT...
220	20mA trim value accepted.
221	No sensor type selected.
Reference ID	String