Device dictionary

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Reference ID	String
0	TB82TC-Combined
1	ABB
2	Rerange-Apply values
3	EC1 PV.AD
4	Process Variable A/D over or under range
5	Undefined
6	EC3 PH.PCB
7	pH/ORP/pION input PCB with Conductivity/concentration firmware
8	EC6 TE.PCB
9	2-electrode conductivity input PCB with Toroidal conductivity/concentration firmware
10	EC7 EC.PCB
11	Electrode conductivity input PCB with Toroidal conductivity/concentration firmware
12	PC6 HI.LOOP
13	Current loop above upper range
14	PC7 LO.LOOP
15	Current loop below lower range value
16	PC8 HI.PV
17	PV above transmitter range
18	PC9 LO.PV
19	PV below transmitter range
20	PC10 HI.TEMP
21	Temperature above transmitter range
22	PC11 LO.TEMP
23	Temperature below transmitter range
24	PC12 TEMP.AD
25	Open, missing or shorted Temperature Sensor
26	PC2O BAD.SEE
27	Bad SEEPROM or bad input PCB assembly
28	PC21 NO.F.CAL
29	Missing factory cal or nonfunctional SEEPROM
30	PC22 BLNK.EE
31	Blank microprocessor EEPROM
32	PC30 R0.F.CAL
33	Out of range or missing factory cal for conductivity circuit range zero
34	PC31 R1.F.CAL
35	Out of range or missing factory cal for conductivity circuit range one
36	PC32 R2.F.CAL
37	Out of range or missing factory cal for conductivity circuit range two
38	PC33 R3.F.CAL
39	Out of range or missing factory cal for conductivity circuit range three
40	PC34 R4.F.CAL
41	Out of range or missing factory cal for conductivity circuit range four
42	PC45 BA.F.CAL
43	Out of range or missing factory cal for 3-k ohm Balco temp.compensator
44	PC46 PT.F.CAL
45	Out of range or missing factory cal for PT100 temp. compensator
46	PC48 PK.F.CAL
47	Out of range or missing factory cal for PT1000 temp. compensator
48	PC50 R0.CHKS
49	Incorrect or missing conductivity circuit range zero checksum
50	PC51 R1.CHKS
51	Incorrect or missing conductivity circuit range one checksum
52	PC52 R2.CHKS
53	Incorrect or missing conductivity circuit range two checksum
54	PC53 R3.CHKS
55	Incorrect or missing conductivity circuit range three checksum
56	PC54 R4.CHKS
57	Incorrect or missing conductivity circuit range four checksum
58	PC65 BA.CHKS
59	Incorrect or missing 3-k ohm Balco temp. compensator checksum
60	PC66 PT.CHKS
61	Incorrect or missing PT100 temp. compensator checksum
62	PC68 PK.CHKS
63	Incorrect or missing PT1000 temp. compensator checksum
64	In calib. mode
65	Device is in PV calibration mode
66	Invalid span
67	Main Menu
68	Temp (SV)
69	Cond/Conc (TV)
70	Uncomp Cond (QV)
71	.3f
72	8.3f
73	PV
74
75	USL
76	LSL
77	Minimum Span
78	Damping
79	.1f
80	8.1f
81	7d
82	.2f
83	8.2f
84	Primary Variable pH, ORP, pION or Ion Concentration
85	Secondary variable temperature
86	Temp (SV) unit
87	Secondary variable temperature engineering units
88	SV-Temperature
89	Secondary Variable Temperature
90	Device Tertiary Variable (TV). TV = Concentration value when PV type = Conductivity. TV = Conductivity value when PV type = Concentration.
91	Cond/Conc (TV) unit
92	Tertiary variable conductivity or concentration engineering units
93	Quaternary variable temp-uncompensated conductivity
94	Uncomp Cond (QV) unit
95	Quaternary variable uncompensated conductivity engineering units
96	Rerange-Enter values
97	PV type
98	Primary Value (PV) type selection. When PV type = Conductivity, PV value = Conductivity and TV value = Concentration. When PV type = Concentration, PV value = Concentration and TV value = Conductivity.
99	Conductivity
100
101	Concentration
102	Solution type
103	The solution type defines the solute algorithm used for concentration configurations. Both predefined and user-defined concentration configurations are available. The available solution types are: 0 to 15% NaOH, 0 to 20% NaCl, 0 to 18% HCl, 0 to 20% H2SO4, User Defined.
104	0 to 15% NaOH
105	Predefined configuration: NaOH
106	0 to 20% NaCl
107	Predefined configuration: NaCl
108	0 to 18% HCl
109	Predefined configuration: HCl
110	0 to 20% H2SO4
111	Predefined configuration: H2SO4
112	User Defined
113	User-defined concentration configuration.
114	Concen curve name
115	This is a six character text name for the concentration curve. It could be modified in user-defined concentration configuration
116	User def conc unit
117	Engineering units for user defined concentration curve This will be used as the concentration value units when a user defined concentration curve is selected.
118	Concen range
119	The concentration range can be set when the solution type is set to user defined. For all other solution types it is read-only
120	0 to 1999
121	Concentration range: 0 to 1999
122	0 to 199.9
123	Concentration range: 0 to 199.9
124	0 to 19.99
125	Concentration range: 0 to 19.99
126	0 to 1.999
127	Concentration range: 0 to 1.999
128	Transmitter Busy - Cannot Process Command
129	Access Restricted. Solution type is not user-defined
130	Temp snsr type
131	Temperature sensor type
132	Balco
133	Temperature sensor type 3k Balco
134	PT 100
135	Temperature sensor type PT 100
136	PT 1000
137	Temperature sensor type PT 1000
138	None
139	A temperature sensor is not being used.
140	Temp comp type
141	Determines the type of Temperature Compensation algorithm applied to the Primary Value
142	Manual
143	Manual Temperature Compensation - This state uses a fixed manually set temperature value in the temperature compensation algorithm.
144	Automatic
145	Automatic Temperature Compensation - This state uses the measured temperature value from the temperature sensor in the temperature compensation algorithm.
146	Manual temp unit
147	Manual Temp.
148	Manual Temperature value is used in the temp comp algorithm when the temp comp type is MANUAL.
149	Auto TC option
150	This is valid when temp comp type is Automatic.The Automatic Temperature Compensation option applies an algorithm that adjusts for the temperature effect on conductivity, which is dependent on the selected solute. The available options are: Std KCl, TC Coeff, NaOH, NaCl, HCl, H2SO4, User Defined.
151	Standard KCl
152	Temp comp based on Standard 0.1N KCl
153	TC Coefficient
154	Temp comp is based on percent change of conductivity from an adjustable reference temperature (e.g., typically 25 deg C) per deg C. The value is adjustable between 0 and 9.99% per deg-C.
155	NaOH
156	Temp comp is based on 0 to 15% NaOH
157	NaCl
158	Temp comp is based on 0 to 20% NaCl
159	HCl
160	Temp comp is based on 0 to 18% HCl
161	H2SO4
162	Temp comp is based on 0 to 20% H2SO4
163	Temp comp is defined as ratio of uncompensated conductivity over compensated conductivity for a specific set of temperatures.
164	Temp comp coeff
165	Temperature Compensation Coefficient: This is valid when tem-comp type is Automatic and Auto TC option is TC-coeff. The Temp Coeff is applied as percent of change of conductivity from a reference temp per deg C. Valid range is 0 to 9.99% per deg C.
166	% per Deg C
167	Variable ref temp
168	Variable Reference Temperature provides the ability to use use any temp as the reference temp used to determine the temp-compensated conductivity value (i.e., Primary value).
169	Deg C
170	Access Restricted
171	Temp 1
172	Temp 1 of user defined temperature coefficient. First end point of the curve. Valid only when Auto-TC option is user-defined
173	.0f
174	8.0f
175	Temp 2
176	Temp 2 of user defined temperature coefficient. Valid only when Auto-TC option is user-defined
177	Temp 3
178	Temp 3 of user defined temperature coefficient. Valid only when Auto-TC option is user-defined
179	Temp 4
180	Temp 4 of user defined temperature coefficient. Valid only when Auto-TC option is user-defined
181	Temp 5
182	Temp 5 of user defined temperature coefficient. Valid only when Auto-TC option is user-defined
183	Temp 6
184	Temp 6 of user defined temperature coefficient. Last end point of the curve. Valid only when Auto-TC option is user-defined
185	K1/Kref
186	Ratio of uncompensated conductivity at Temp 1 to conductivity at reference temperature (K1/Kref). First endpoint of the curve. Valid only when Auto-TC option is user-defined
187	%
188	K2/Kref
189	Ratio of uncompensated conductivity at Temp 2 to conductivity at reference temperature (K2/Kref). Valid only when Auto-TC option is user-defined
190	K3/Kref
191	Ratio of uncompensated conductivity at Temp 3 to conductivity at reference temperature (K3/Kref). Valid only when Auto-TC option is user-defined
192	K4/Kref
193	Ratio of uncompensated conductivity at Temp 4 to conductivity at reference temperature (K4/Kref). Valid only when Auto-TC option is user-defined
194	K5/Kref
195	Ratio of uncompensated conductivity at Temp 5 to conductivity at reference temperature (K5/Kref). Valid only when Auto-TC option is user-defined
196	K6/Kref
197	Ratio of uncompensated conductivity at Temp 6 to conductivity at reference temperature (K6/Kref). Last endpoint of the curve. Valid only when Auto-TC option is user-defined
198	Curve value out of limit
199	Curve values not monotonic
200	x1 Cond
201	x1 Conductivity point of the user defined concentration curve.
202	uS/cm
203	x2 Cond
204	x2 Conductivity point of the user defined concentration curve.
205	x3 Cond
206	x3 Conductivity point of the user defined concentration curve.
207	x4 Cond
208	x4 Conductivity point of the user defined concentration curve.
209	x5 Cond
210	x5 Conductivity point of the user defined concentration curve.
211	x6 Cond
212	x6 Conductivity point of the user defined concentration curve.
213	y1 Concen
214	y1 Concentration point corresponding to x1 Conductivity in the user defined concentration curve
215	y2 Concen
216	y2 Concentration point corresponding to x1 Conductivity in the user defined concentration curve
217	y3 Concen
218	y3 Concentration point corresponding to x1 Conductivity in the user defined concentration curve
219	y4 Concen
220	y4 Concentration point corresponding to x1 Conductivity in the user defined concentration curve
221	y5 Concen
222	y5 Concentration point corresponding to x1 Conductivity in the user defined concentration curve
223	y6 Concen
224	y6 Concentration point corresponding to x1 Conductivity in the user defined concentration curve
225	LCD secondry disp
226	The parameter sets the HMI's local LCD secondary display area to one of several options.
227	Temp deg-C
228	Temperature in deg C
229	Temp deg-F
230	Temperature in deg F
231	Output current
232	Analog Output current in mA
233	Sensor type
234	Conductivity sensor type
235	Temp comped conductivity
236	Temperature compensated conductivity value. This option is available when PV = CONCENTRATION
237	Concen text
238	Six character concentration text. This option is available when PV = CONCENTRATION
239	Temp uncomped conductivity
240	Temperature uncompensated conductivity value
241	SW rev
242	Software revision
243	Security Lock
244	When ENABLED, the Security Password will be active for Security mode on local HMI. If Security Lock is disabled, then the Security mode of operation can be accessed from the local HMI without supplying the password.
245	Configuration Lock
246	When ENABLED, the Security Password will be active for Config mode on local HMI. Config parameters will be write protected on the HART interface. When the Configuration-Lock is DISABLED, the Config mode of operation can be accessed from the local HMI without supplying the password
247	Calibration Lock
248	When ENABLED, the Security Password will be active for Calibrate mode on local HMI. Calib parameters will be write protected on the HART interface. When the Calibration Lock is DISABLED, the Calibrate mode of operation can be accessed from the local HMI without supplying the password
249	Output Lock
250	When ENABLED, the Security Password will be active for Output mode on local HMI. Output related parameters will be write protected on the HART interface. When the Output Lock is DISABLED, the Output mode of operation can be accessed from the local HMI without supplying the password
251	Secur. Passwrd 1
252	Three password digits form the Security Password. Each digit can have a value from 0 to 9. The 3-digit Password range is 000 to 999. When Secur, Config, Output or Calib Locks are ENABLED, this Security Password will be required at the local HMI to access the corresponding modes of operation.
253	Secur. Passwrd 2
254	Secur. Passwrd 3
255	PV slope units
256	PV Slope
257	PV sensor efficiency (slope) value in percent
258	PV snsr offset unit
259	PV sensor offset unit
260	PV offset
261	PV sensor offset value.
262	Temp slope units
263	Temp snsr Slope
264	Temperature sensor Slope
265	Temp snsr offset unit
266	Temperature sensor offset unit
267	Temp snsr offset
268	Cal Status
269	PV cal offset too low
270	PV cal offset too high
271	PV cal slope too low
272	PV cal slope too high
273	Temperature cal offset warning
274	Temperature cal slope warning
275	Temp cal unit
276	Temp cal value
277	PV Slope too high
278	PV Slope too low
279	PV Offset too high
280	PV Offset too low
281	Temp Slope too high
282	Temp Slope too low
283	Temp Offset too high
284	Temp Offset too low
285	Access Restricted. Temperature value is forced
286	PV value for Zero point cal
287	PV value for Span point cal
288	PV cal unstable or drifting option
289	Accept PV cal
290	Accept calibration during which PV value was unstable or drifting
291	Reject PV cal
292	Reject PV calibration during which PV value was unstable or drifting
293	Device not in right calibration mode
294	Access Restricted. PV value is forced
295	Span too small
296	Local PV cal active. Cannot exit
297	Busy
298	Main sensor
299	User def conc curve
300	Temp. sensor
301	User def TC curve
302	HMI
303	Temperature
304	Analog Output
305	Units
306	Master reset
307	Reset Cal
308	Reset the process and temperature sensor calibration data to the values set at the factory
309	Temp Cal
310	Temperature calibration
311	Zero Point Cal
312	Calibration of the process sensor input via a Zero-Point offset calibration
313	Span Point Cal
314	Span point PV Conductivity or Concentration calibration
315	Exit PV cal
316	Exit Remote PV Cal
317	The method Exits from an on-going remote calibration procedure that was started remotely from HART commands
318	Refresh variables
319	Read all transmitter data to refresh their values. This will update any variable that was modified via the device keypad.
320	FMU860
321	DT
322	DVC
323	FCX
324	AS800
325	340T
326	340C
327	344
328	Siemens Micro K
329	SITRANS L
330	SIPAN PH
331	SITRANS P
332	75SMT
333	UNIDELTA
334	8320
335	SX5100
336	TSV175
337	DMU
338	3780
339	BM70
340	8u
341	low
342	high
343	tmp_av
344	About to Preform Master Reset
345	Master Reset in progress please wait
346	Device maybe stuck in Master Reset.
347	Master reset OK
348	Select Calibration reset option
349	Reset PV cal;Reset Temperature cal;Exit
350	Current Temp value: %[.2f]{0} %{1} Temp Compensation type: %{2}
351	Select Temp Cal Units:
352	Enter Temp Cal Value:
353	Temp cal failed Reason: Temp cal offset out-of-range.
354	Temp cal failed Reason: Temp cal slope out-of-range
355	Temp cal success. Temp cal slope: %[.2f]{3} %{5} Temp cal offset: %[.2f]{4} %{6}
356	PV cal is currently is in progress. A Zero-pt PV cal cannot be started.
357	Zero cal point is %[.3f]{6} %{7} Press OK to continue
358	Press OK when PV is stable %0 uS/cm
359	Press OK when PV is stable %0 mS/cm
360	Press OK when PV is stable %0
361	Press OK when PV is stable %0 ppm
362	Press OK when PV is stable %0 ppb
363	Press OK when PV is stable %0
364	Waiting for calibration
365	PV was DRIFTING during PV cal
366	PV was UNSTABLE during PV cal
367	Calculated Slope: %{8} %{4} Offset: %{9} %{5} ACCEPT or REJECT cal
368	REJECT;ACCEPT
369	Zero-pt PV cal success PV slope: %[.2f]{2} %{4} PV offset: %[.2f]{3} %{5}
370	Zero-pt PV cal failed Reason: PV was unstable or drifting Do you want to retry?
371	Yes;No
372	Zero-pt PV cal failed Reason: PV cal offset too low. Do you want to retry?
373	Zero-pt PV cal failed Reason: PV cal offset too high. Do you want to retry?
374	Zero-pt PV cal failed Reason: PV cal slope too low. Do you want to retry?
375	Zero-pt PV cal failed Reason: PV cal slope too high. Do you want to retry?
376	Zero-pt PV cal failed Do you want to retry?
377	Zero-pt PV cal success PV slope: %[.2f]{2} %{4} PV offset: %[.3f]{3} %{5}
378	PV cal is currently is in progress. A Span-pt PV cal cannot be started.
379	Enter Span-pt cal value (units %{7}):
380	Press OK when PV is stable %0
381	Span-pt PV cal success PV slope: %[.2f]{2} %{4} PV offset: %[.2f]{3} %{5}
382	Span-pt PV cal failed Reason: PV was unstable or drifting Do you want to retry?
383	Span-pt PV cal failed Reason: PV cal offset too low. Do you want to retry?
384	Span-pt PV cal failed Reason: PV cal offset too high. Do you want to retry?
385	Span-pt PV cal failed Reason: PV cal slope too low. Do you want to retry?
386	Span-pt PV cal failed Reason: PV cal slope too high. Do you want to retry?
387	Span-pt PV cal failed Do you want to retry?
388	Span-pt PV cal success PV slope: %[.2f]{2} %{4} PV offset: %[.3f]{3} %{5}
389	Exiting from PV cal
390	If a Remote PV Cal is in progress, it will be exited! Exit remote PV cal?
391	Exiting Remote PV cal
392	Reading all device data, please wait.
Reference ID	String