Device dictionary

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Reference ID	String
0	PTH
1	Bailey-Fischer & Porter
2	Reserved (N/A)
3	Reserved (N/A) - This status bit is reserved for future use and is Not Applicable (N/A) at this time.
4	RAM Failure
5	RAM Failure - The RAM Memory in the transmitter's microprocessor has failed.
6	Cell EEPROM Fail
7	Cell EEPROM Fail - The EEPROM Memory on the pressure sensor (cell) characterization board has failed.
8	Main EEPROM Fail
9	Main EEPROM Fail - The EEPROM memory on the main electronics board has failed.
10	High Ref Failure
11	High Ref Failure - The transmitter's analog to digital converter is not reading a proper value for the high reference voltage needed for the A/D function.
12	Low Ref Failure
13	Low Ref Failure - The transmitter's analog to digital converter is not reading a proper value for the low reference voltage needed for the A/D function.
14	Cell Temp Damage
15	Cell Temp Damage - The transmitter has detected a failure in reading the pressure sensor (cell) temperature.
16	Main Chnl Damage
17	Main Chnl Damage - The transmitter has detected a failure in reading the pressure value from the pressure sensor (cell).
18	Last CAL Failed
19	Last CAL Failed - The last EZ CAL attempt failed because the calibration input was outside of the factory allowable limits.
20	Dyn Temp Failure
21	Dyn Temp Failure - The pressure sensor (cell) dynamic temperature value exceeds the limit set at the factory.
22	Elect Temp Fail
23	Elect Temp Fail - A hardware failure of the main electronics temperature sensor has been detected.
24	Press Over Range
25	Press Over Range - The positive pressure applied to the transmitter exceeds the pressure sensor (cell) specifications.
26	Press Under Range
27	Press Under Range - The negative pressure applied to the transmitter exceeds the pressure sensor (cell) specifications.
28	Cell Temp Over
29	Cell Temp Over - The pressure sensor (cell) temperature is over the high limit specification for the transmitter.
30	Cell Temp Under
31	Cell Temp Under - The pressure sensor (cell) temperature is under the low limit specification for the transmitter.
32	Cell Temp High
33	Cell Temp High - The pressure sensor (cell) temperature is over the high alarm limit set point.
34	Cell Temp Low
35	Cell Temp Low - The pressure sensor (cell) temperature is under the low alarm limit set point.
36	Elect Temp Over
37	Elect Temp Over - The main electronics temperature is over the high limit specification for the transmitter.
38	Elect Temp Under
39	Elect Temp Under - The main electronics temperature is under the low limit specification for the transmitter.
40	Fixed Output Mod
41	Fixed Output Mod - The analog output is in the fixed output mode and not responsive to pressure input changes.
42	Calibration Reqd
43	Calibration Reqd - The pressure sensor (cell) has not been calibrated with the main electronics assembly connected to it.
44	EZCAL Swtch Fail
45	EZCAL Swtch Fail - A failure has been detected in the operation of the EZ CAL switches.
46	5.2f
47	Function Generator
48	User defined, 6 line segment curve to modify the xmtr output based on the input %
49	Spherical Tank Vol
50	Xmtr output is a volume based on spherical tank parameters contained in SOut LRV and URV
51	Flat End Tank Vol
52	Xmtr output is a volume based on flat end tank parameters contained in SOut LRV and URV
53	.2f
54	Transmitter Busy - Cannot Process Command
55	SOut
56	Secondary Output (SOut) - User scaled output which tracks the transmitter % of range. The Secondary Output displays in user defined engineering units (6 ASCII characters) with the output value based on the PV percent of range as applied to the Secondary Output lower and upper range values.
57	SO Units
58	Secondary Output (SO) Units - User defined units for the Secondary Output (6 ASCII characters)
59	6.2f
60	SOut LRV
61	Secondary Output (SOut) Lower Range Value - Defines the operational endpoint from which the Secondary Output 0% point is derived.
62	SOut URV
63	Secondary Output (SOut) Upper Range Value - Defines the operational endpoint from which the Secondary Output 100% point is derived.
64	Lo Temp Alarm SP
65	Low Temperature Alarm Set Point - Temperature setting at which the transmitter will generate an alarm status (Cell Temp Under) if the pressure sensor (cell) temperature is equal to or less than this value.
66	Hi Temp Alarm SP
67	High Temperature Alarm Set Point - Temperature setting at which the transmitter will generate an alarm status (Cell Temp Over) if the pressure sensor (cell) temperature is equal to or greater than this value.
68	Fail Mode
69	Fail Mode - Defines how the Analog Output will respond when the Field Device detects that the Analog Output may not be tracking the associated Field Device Variable. NOTE- The Digital Value representation may not be determinate.
70	Action
71	Action (Output Action) - Selects whether the transmitter will be Normal Acting (output increases with increasing pressure) or Reverse Acting (output decreases with increasing pressure).
72	Init Mode
73	Init Mode (Output Initialization Mode) - Value of transmitter output during power-up initialization or transmitter reset (Lo=0%; Hi=100%). Output ramps to proper value after initialization.
74	X1 Point
75	X1 - Part of an (X,Y) pair defining one of the seven points on a six segment user defined curve. (X0,Y0) and (X6,Y6) are the fixed endpoints. The curve defines an application specific relationship between the input pressure and the output value.
76	.4f
77	X2 Point
78	X2 - Part of an (X,Y) pair defining one of the seven points on a six segment user defined curve. (X0,Y0) and (X6,Y6) are the fixed endpoints. The curve defines an application specific relationship between the input pressure and the output value.
79	X3 Point
80	X3 - Part of an (X,Y) pair defining one of the seven points on a six segment user defined curve. (X0,Y0) and (X6,Y6) are the fixed endpoints. The curve defines an application specific relationship between the input pressure and the output value.
81	X4 Point
82	X4 - Part of an (X,Y) pair defining one of the seven points on a six segment user defined curve. (X0,Y0) and (X6,Y6) are the fixed endpoints. The curve defines an application specific relationship between the input pressure and the output value.
83	X5 Point
84	X5 - Part of an (X,Y) pair defining one of the seven points on a six segment user defined curve. (X0,Y0) and (X6,Y6) are the fixed endpoints. The curve defines an application specific relationship between the input pressure and the output value.
85	Y1 Point
86	Y1 - Part of an (X,Y) pair defining one of the seven points on a six segment user defined curve. (X0,Y0) and (X6,Y6) are the fixed endpoints. The curve defines an application specific relationship between the input pressure and the output value.
87	Y2 Point
88	Y2 - Part of an (X,Y) pair defining one of the seven points on a six segment user defined curve. (X0,Y0) and (X6,Y6) are the fixed endpoints. The curve defines an application specific relationship between the input pressure and the output value.
89	Y3 Point
90	Y3 - Part of an (X,Y) pair defining one of the seven points on a six segment user defined curve. (X0,Y0) and (X6,Y6) are the fixed endpoints. The curve defines an application specific relationship between the input pressure and the output value.
91	Y4 Point
92	Y4 - Part of an (X,Y) pair defining one of the seven points on a six segment user defined curve. (X0,Y0) and (X6,Y6) are the fixed endpoints. The curve defines an application specific relationship between the input pressure and the output value.
93	Y5 Point
94	Y5 - Part of an (X,Y) pair defining one of the seven points on a six segment user defined curve. (X0,Y0) and (X6,Y6) are the fixed endpoints. The curve defines an application specific relationship between the input pressure and the output value.
95	Function Generator Write Delay
96	Load Std Config
97	Load Standard Configuration - Instructs the transmitter to change all the configuration variables in the transmitter's memory to the standard values set by the manufacturer. This puts the transmitter into a known good state. Existing user defined values will be lost but can be re-entered.
98	Reset Transmitter
99	Reset Transmitter - Instructs the transmitter to generate a hardware reset. The result is similar to the effects of briefly interrupting power to the transmitter. The analog output will go to the Initialization Mode (Init Mode) value while the transmitter is in the start-up process. This can be used to recover from an error condition if needed.
100	LCD Configuration
101	LCD Configuration - Defines what information the optional LCD indicator will display. The available display options are: Secondary Output (user defined value), PV Applied Pressure (primary input), PV % of range, or Pressure Sensor (Cell) Temperature.
102	Secondary Output
103	Mfg S/N
104	Manufacturing Serial Number - Device serial number assigned during the manufacturing process.
105	Mfg Date
106	Date of Manufacture - Date when the assembly and testing of the transmitter was completed. Format is mmddyyyy.
107	Mfg Location
108	Manufacturing Location - Manufacturer's identification code indicating the factory where the transmitter was built.
109	Nomenclature
110	Product Nomenclature - Manufacturer part number for the transmitter.
111	Max Cell Temp
112	Maximum Cell Temperature - The highest temperature the pressure sensor (cell) has been exposed to during its life.
113	Max Elec Temp
114	Maximum Electronics Temperature - The highest temperature the transmitter electronics has been exposed to during its life.
115	Lower Cal Point
116	Lower Calibration Point - The lower pressure point in the two point calibration process. The calibration point must be within the range of the transmitter and must be lower than the Upper Calibration Point pressure.
117	Upper Cal Point
118	Upper Calibration Point - The upper pressure point in the two point calibration process. The calibration point must be within the range of the transmitter and must be higher than the Lower Calibration Point pressure.
119	Remove Cal Press
120	Two Point Calibration - Calibration procedure where two different pressures are used, typically at or near the Lower Range Value and Upper Range Value of the transmitter.
121	HART Parameters
122	HART Comm Params
123	HART Misc Params
124	Mfg Data
125	Offline Configuration Parameters
126	Cell Temp Alarms
127	Output Options
128	PV Range Setup
129	FMU860
130	DT
131	DVC
132	FCX
133	AS800
134	340T
135	340C
136	344
137	Siemens Micro K
138	SITRANS L
139	SIPAN PH
140	SITRANS P
141	75SMT
142	UNIDELTA
143	8320
144	SX5100
145	TSV175
146	DMU
147	3780
148	BM70
149	8u
150	low
151	high
152	tmp_av
153	.3g
154	.f
155	.1f
156	%
157	3.2f
158	s
159	4.2f
160	5.3f
161	Standard config values will be loaded, existing values will be lost!
162	Abort;OK to Proceed
163	Transmitter is reloading the standard configuration values, please wait 30 seconds.
164	Reading the new values of all the transmitter variables, please wait.
165	Transmitter now contains the Standard Configuration
166	Transmitter Reset is in process, please wait.
167	Reading current values of all transmitter variables, please wait.
168	Transmitter Reset successful
169	Lower Range Value is: %{0} %{2} Enter desired Lower Calibration Point:
170	low_cal_pt
171	Apply low calibration pressure of: %{low_cal_pt} %{2}
172	Successfully calibrated Lower Cal Point
173	Lower Cal Point calibration was not successful. Do you want to retry?
174	Upper Range Value is: %{1} %{2} Enter desired Upper Calibration Point:
175	high_cal_pt
176	Apply high calibration pressure of: %{high_cal_pt} %{2}
177	Successfully calibrated Upper Cal Point
178	Upper Cal Point calibration was not successful. Do you want to retry?
Reference ID	String