Device dictionary

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Reference ID	String
0	HTZ
1	No
2	Yes
3	Configuration Data Error
4	Calibration Data Error
5	EEprom Blank
6	EEprom Fail
7	Devision by Zero Error
8	SHT Error
9	Software Watchdog Failure
10	COP Watchdog Failure
11	Sensor Wire 1 Broken
12	Sensor Wire 2 Broken
13	Sensor Wire 3 Broken
14	Sensor Wires Broken
15	Device Busy
16	Configuration Checksum Error
17	Calibration Checksum Error
18	Front End Communication Fail
19	Temperature Out of range
20	Temperature Input Saturation
21	Relative Humidity Out of range
22	Dew Point Out of range
23	ADC Error
24	AO2 Saturated error
25	AO2 Fixed
26	HSM Disconnectedr
27	AO1 Loop Test
28	AO1 Trim
29	Dynamic var
30	unit
31	USL
32	LSL
33	Min Span
34	Damping
35	EGU
36	LTP
37	UTP
38	TPV
39	% range
40	URV
41	LRV
42	AO1
43	mA
44	.2f
45	AO2
46	AO1 Fail Mode
47	High
48	Low
49	Hld Lst
50	AO2 Fail Mode
51	AO1 Source
52	User selects PV/SV/TV as the source for AO1
53	PV
54	SV
55	TV
56	AO2 Source
57	User selects PV/SV/TV as the source for AO2
58	AO1 ORV
59	Analog output 1 over range maximum value (4.6 to 23.6 mA)
60	.1f
61	4.1f
62	AO1 URV
63	Analog output 1 under range minimum value (3.6 to 22.6 mA)
64	Fail AO1
65	Sensor error (fail mode) analog output 1 value (3.6 to 4.0 mA failed low or 20 to 23.6 mA failed high)
66	AO2 ORV
67	Analog output 2 over range maximum value (4.6 to 23.6 mA)
68	AO2 URV
69	Analog output 2 under range minimum value (3.6 to 22.6 mA)
70	Fail AO2
71	Sensor error (fail mode) analog output 2 value (3.6 to 4.0 mA failed low or 20 to 23.6 mA failed high)
72	AO1 Damping Rate
73	AO1 Damping rate in second (0.0 to 60.0)
74	s
75	AO2 Damping Rate
76	AO2 Damping rate in second (0.0 to 60.0)
77	%
78	Trim Mode
79	Input trimming increases the measurement accuracy of the instrument, any point between 0% and 100% along the scale can be trim. Note one-point trimming applies an offset to the sensor reading, while two-point trimming applies both an offset and a gain.
80	Off
81	One Point
82	Two Points
83	Upper trim point value
84	Lower trim point value
85	Trim Point Value
86	Trim support
87	Lower Trim Point Supported
88	Upper Trim Point Supported
89	Lower and Upper Trim Point Supported
90	Min lower trim
91	Max lower trim
92	Min upper trim
93	Max upper trim
94	Min trim diff
95	6.2f
96	PV Snsr S/N
97	SV URV
98	The humidity sensor input configuration upper range value
99	SV LRV
100	The humidity sensor input configuration lower range value
101	SV USL
102	The humidity sensor upper limit value
103	SV LSL
104	The humidity sensor lower limit value
105	SV Min Span
106	The humidity sensor minimum span value
107	TV URV
108	The Dew point configuration upper range value
109	TV LRV
110	The Dew point configuration lower range value
111	TV USL
112	The Dew Point upper limit value
113	TV LSL
114	The Dew Point lower limit value
115	TV Min Span
116	The Dew Point minimum span value
117	HSM FW Rev.
118	HSM Firmware Revision
119	HSM HW Rev.
120	HSM Hardware Revision
121	HSM Device ID
122	HSM Device ID(serial number)
123	Sensor URV
124	The sensor input configuration upper range value
125	Sensor LRV
126	The sensor input configuration lower range value
127	Measure Mode
128	The input type e.g. RTD, Ohm
129	RTD 4 wire
130	Ohms 4 wire
131	PV Input Type
132	Sensor variant type e.g. Pt3850
133	Pt 3850 1000 ohm
134	Filter
135	Sensor input filter frequency. This filter is designed to reduce the effects of mainsinduced noise. The value should be set to the frequency of the local AC supply- either 50Hz or 60Hz.
136	50 Hz
137	60 Hz
138	Mode
139	Select displayed variable e.g. PV, SV, TV, AO1, AO2, Scroll
140	Scroll
141	Decimal Places
142	Select displayed decimal place e.g. Auto, 0 to 3
143	0
144	1
145	2
146	3
147	Auto
148	Custom Label
149	Enable / disable custom label use for display only
150	Disabled
151	Enabled
152	Label Displayed
153	Custom label use for display, accepted number and Capitalize character
154	AO1 Zero
155	Lower range analog output 1 current value: 3.6 to 23.6 mA
156	AO1 Full
157	Upper range analog output 1 current value: 3.6 to 23.6 mA
158	AO2 Zero
159	Lower range analog output 2 current value: 3.6 to 23.6 mA
160	AO2 Full
161	Upper range analog output 2 current value: 3.6 to 23.6 mA
162	AO1 Trim Reset
163	Reset analog output 1 factory trim values
164	AO2 Trim Reset
165	Reset analog output 2 factory trim values
166	Broken Wire
167	Enable / disable broken wire detection
168	On
169	SHT
170	Enable / disable humidity sensor
171	No. Trim Pts.
172	Number of trimming points
173	One
174	Two
175	Var To Trim
176	User selects PV, SV or TV to trim
177	Trimming Low Value
178	Trimming High Value
179	Model
180	Status
181	Self Test- Directs the HTZ electronics to perform a selftest. Reports any errors that occured.
182	EGU Selection
183	User can reset output 1 trim to factory trim.
184	User can reset output 2 trim to factory trim.
185	PV Trim
186	Temperature input trim- Allows for the calibration measurement of a device variable to be adjusted linearly. The trim point that is sent to the device must represent the presently applied process variable value.
187	SV Trim
188	Relative Humidity trim- Allows for the calibration measurement of a device variable to be adjusted linearly. The trim point that is sent to the device must represent the presently applied process variable value.
189	TV Trim
190	Dew Point trim- Allows for the calibration measurement of a device variable to be adjusted linearly. The trim point that is sent to the device must represent the presently applied process variable value.
191	Sensor Trim Reset
192	AO2 Trim
193	AO2 Loop Test
194	Moore Industries
195	Device Setup
196	Process Variable
197	Diagnostic&Service
198	Configure Inputs
199	Configure Output
200	Configure Dev Info
201	Setup
202	Review
203	Configure Display
204	PV Trimming
205	SV Trimming
206	TV Trimming
207	Device Parameters
208	Device Information
209	Sensor Information
210	FMU860
211	DT
212	DVC
213	FCX
214	AS800
215	340T
216	340C
217	344
218	Siemens Micro K
219	SITRANS L
220	SIPAN PH
221	SITRANS P
222	75SMT
223	UNIDELTA
224	8320
225	SX5100
226	TSV175
227	DMU
228	3780
229	BM70
230	8u
231	Self test complete
232	Self Test OK
233	NOTICE - This information must be sent to the transmitter to update dependent parameters.
234	Input units
235	Deg C;Deg F;Kelvin
236	Input Lower Range in %{0}
237	Input Upper Range in %{0}
238	Dew Point Lower Range in %{0}
239	Dew Point Upper Range in %{0}
240	Please Wait
241	Do you want to change to Factory Ouput 1 Trim
242	No;Yes
243	AO1 trim not reset
244	AO1 trim reset to Factory trim.
245	Do you want to change to Factory Ouput 2 Trim
246	AO2 trim not reset
247	AO2 trim reset to Factory trim.
248	Select trim mode to be used
249	The trim will be removed, Proceed?
250	Aborting, no action to be taken
251	Trim removed
252	Temperature trim point %{0} %{1}
253	Temperature lower trim point %{0} %{1}
254	Temperature upper trim point %{0} %{1}
255	The trim will now be reset prior to trim. Proceed?
256	Process aborting
257	Apply input, previous trim = %{trim_point}. Temperature Value %0 %1. Press OK when stable.
258	Do not abort, still need to do upper trim.
259	Apply upper input, previous trim = %{trim_point}. Temperature Value %0 %1. Press OK when stable.
260	Humidity trim point %{0} %{1}
261	Humidity lower trim point %{0} %{1}
262	Humidity upper trim point %{0} %{1}
263	Apply input, previous trim = %{trim_point}. Relative Humidity Value %0 %1. Press OK when stable.
264	Apply upper input, previous trim = %{trim_point}. Relative Humidity Value %0 %1. Press OK when stable.
265	Dew Point trim point %{0} %{1}
266	Dew Point lower trim point %{0} %{1}
267	Dew Point upper trim point %{0} %{1}
268	Apply input, previous trim = %{trim_point}. Dew Point Value is %0 %1. Press OK when stable.
269	Apply upper input, previous trim = %{trim_point}. Dew Point Value is %0 %1. Press OK when stable.
270	This will turn off the device trim. Do you wish to proceed?
271	Trim not turned off
272	Trim now off
273	Setting fld device to AO2 Zero
274	Setting fld dev to AO2 Full
275	Setting fld device to Output Zero
276	Setting fld dev to Out Full
Reference ID	String