0 |
FCX-A/C |
1 |
FCX-A2 |
2 |
Local switch operator error |
3 |
mH2O |
4 |
mHg |
5 |
.4f |
6 |
.5f |
7 |
.3f |
8 |
.f |
9 |
.6f |
10 |
.2f |
11 |
.1f |
12 |
7.6f |
13 |
PV % |
14 |
%(Sqr) |
15 |
% |
16 |
7.2f |
17 |
Transfer function |
18 |
Lin AO, Lin Disp |
19 |
Lin AO, Sqr Disp |
20 |
Sqr AO, Lin Disp |
21 |
Sqr AO, Sqr Disp |
22 |
3in, 150 lb.(ANSI) |
23 |
4in, 150 lb.(ANSI) |
24 |
3in, 300 lb.(ANSI) |
25 |
4in, 300 lb.(ANSI) |
26 |
DN 80, PN 40 |
27 |
DN 100, PN 40 |
28 |
DN 100, PN 10/16 |
29 |
2in, 150 lb.(ANSI) |
30 |
2in, 300 lb.(ANSI) |
31 |
DN 50, PN 6 |
32 |
DN 50, PN 40 |
33 |
1.5in, 150 lb.(ANSI) |
34 |
1.5in, 300 lb.(ANSI) |
35 |
1.5in, 600 lb.(ANSI) |
36 |
2in, 600 lb.(ANSI) |
37 |
40A, 10K(JIS) |
38 |
50A, 10K(JIS) |
39 |
80A, 10K(JIS) |
40 |
100A, 10K(JIS) |
41 |
40A, 20K(JIS) |
42 |
50A, 20K(JIS) |
43 |
40A, 30K(JIS) |
44 |
50A, 30K(JIS) |
45 |
80A, 30K(JIS) |
46 |
100A, 30K(JIS) |
47 |
40A, 40K(JIS) |
48 |
50A, 40K(JIS) |
49 |
DN 40, PN 40 |
50 |
Eng unt digitl disp |
51 |
% rnge digitl disp |
52 |
Eng unt analog meter |
53 |
% rnge analog meter |
54 |
Wafer |
55 |
Sanitary |
56 |
RF Flange |
57 |
G1 Screw |
58 |
Silicone oil DC200 |
59 |
Fluorinated oil |
60 |
Mineral oil |
61 |
|
62 |
PV AO |
63 |
mA(Sqr) |
64 |
mA |
65 |
6.3f |
66 |
Analog Output Alarm Type- 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. Analog Output- Measureable physical output which changes with respect to time, without user intervention.There are 3 mode of AO Alarm Type as below; Overscale Underscale Hold last output |
67 |
AO ALARM TYPE |
68 |
Local keys |
69 |
Remote Seal Fill Fluid- Fluid material in the device remote seal. |
70 |
Silicone oil DC704 |
71 |
Silicone oil DC705 |
72 |
Module range- pressure range located on the side of the sensor |
73 |
1kPa / 4inH2O |
74 |
6kPa / 24inH2O |
75 |
16kPa / 63inH2O |
76 |
32kPa / 125inH2O |
77 |
64kPa / 250inH2O |
78 |
130kPa / 520inH2O |
79 |
500kPa / 70psi |
80 |
2MPa / 280psi |
81 |
3MPa / 430psi |
82 |
10MPa / 1500psi |
83 |
50MPa / 7000psi |
84 |
Sensor trim points |
85 |
Write variables |
86 |
Commands the FCX-A2 transmitter to perform a selftest. Reports any errors that occured. |
87 |
Field Device Variable Value- Digital value that changes with respect to process or ambient temperature over time with no user intervention. Sensor Temperature- Temperature associated with the sensor that is responsible for a process measurement. |
88 |
Amp temp |
89 |
Field Device Variable Unit- Digital unit that the variable will be displayed with. Sensor Temperature- Temperature associated with the sensor that is responsible for a process measurement. |
90 |
Amp temp unit |
91 |
C |
92 |
Sensor Temperature -Temperature at the sensor that is responsible for a process measurement. |
93 |
temperature_digital_units_help |
94 |
temperature_digital_value_help |
95 |
Primary Variable- Primary variable associated with the process Secondary Variable- secondary variable associated with the process. |
96 |
Temp sensor |
97 |
XMTR LCD- Transmitter LCD display parameter. XMTR LCD Display is able to set in independence with Analog Output. UDV: Upper Disp Value- Available range is as below; -99999 to 99999 -9999.9 to 9999.9 -999.99 to 999.99 -99.999 to 99.999 -9.9999 to 9.9999 |
98 |
UDV |
99 |
XMTR LCD- Transmitter LCD display parameter. XMTR LCD Display is able to set in independence with Analog Output. LDV: Lower Disp Value- Available range is as below; -99999 to 99999 -9999.9 to 9999.9 -999.99 to 999.99 -99.999 to 99.999 -9.9999 to 9.9999 |
100 |
LDV |
101 |
XMTR LCD- Transmitter LCD display parameter. XMTR LCD Display is able to set in independence with Analog Output. Digit_DP: Digit under Decimal Point- Available range is from 0 to 4 as below; 0 (XXXXX) 1 (XXXX.X) 2 (XXX.XX) 3 (XX.XXX) 4 (X.XXXX) |
102 |
Digit_DP |
103 |
XMTR LCD- Transmitter LCD display parameter. XMTR LCD Display is able to set in independence with Analog Output. There are 4 groups as below. All units appear in series. 1)Pressure(DISP=LIN)2)Level(DISP=LIN) 3)Flow(DISP=SQR) 4)Special(%and None) |
104 |
LCD_Unit |
105 |
%LIN |
106 |
NONE(LIN) |
107 |
MPa |
108 |
kPa |
109 |
hPa |
110 |
Pa |
111 |
bar |
112 |
mbar |
113 |
kg/cm2 |
114 |
g/cm2 |
115 |
mmH2O |
116 |
cmH2O |
117 |
inH2O |
118 |
ftH2O |
119 |
mmAq |
120 |
cmAq |
121 |
mAq |
122 |
mmWC |
123 |
cmWC |
124 |
mWC |
125 |
mmHg |
126 |
cmHg |
127 |
inHg |
128 |
psi |
129 |
atm |
130 |
Torr |
131 |
mm |
132 |
cm |
133 |
m |
134 |
in |
135 |
ft |
136 |
%SQR |
137 |
NONE(SQR) |
138 |
Nm3/s |
139 |
Nm3/min |
140 |
Nm3/h |
141 |
Nm3/d |
142 |
m3/s |
143 |
m3/min |
144 |
m3/h |
145 |
m3/d |
146 |
Nl/s |
147 |
Nl/min |
148 |
Nl/h |
149 |
Nl/d |
150 |
l/s |
151 |
l/min |
152 |
l/h |
153 |
l/d |
154 |
gal/s |
155 |
gal/min |
156 |
gal/h |
157 |
gal/d |
158 |
ft3/s |
159 |
ft3/min |
160 |
ft3/h |
161 |
ft3/d |
162 |
bbl/s |
163 |
bbl/min |
164 |
bbl/h |
165 |
bbl/d |
166 |
kg/s |
167 |
kg/min |
168 |
kg/h |
169 |
kg/d |
170 |
t/s |
171 |
t/min |
172 |
t/h |
173 |
t/d |
174 |
XMTR LCD- Transmitter LCD display parameter. XMTR LCD Display is able to set in independence with Analog Output. LCD_Opt.: AZ_LCD_Option is not used now. |
175 |
LCD_Opt. |
176 |
XMTR LCD |
177 |
Cut_Pt: Low Cut Point- Dimension in % Flow at Calibrated Range, affects Analog Output and Transmitter LCD in SQR mode only. Available range is from 0% to 20% Flow. |
178 |
Cut_Pt % |
179 |
3.2f |
180 |
Cut_Mode: Low Cut Mode- Output mode below Low Cut Point, affects Analog Output and Transmitter LCD in SQR mode only. Available mode is LINEAR or ZERO. |
181 |
Cut_Mode |
182 |
LINEAR |
183 |
ZERO |
184 |
Overscale_Current is able to set in the range from 20.8mA to 21.6mA. |
185 |
Overscale |
186 |
20.8mA |
187 |
20.9mA |
188 |
21.0mA |
189 |
21.1mA |
190 |
21.2mA |
191 |
21.3mA |
192 |
21.4mA |
193 |
21.5mA |
194 |
21.6mA |
195 |
Underscale_Current is able to set in the range from 3.2mA to 3.8mA. |
196 |
Underscale |
197 |
3.2mA |
198 |
3.3mA |
199 |
3.4mA |
200 |
3.5mA |
201 |
3.6mA |
202 |
3.7mA |
203 |
3.8mA |
204 |
Cell B/N: Cell_Body_No- Manufacturer Cell Body Number consist of 8 digits(max.), read only. |
205 |
Cell B/N |
206 |
Model Code- Manufacturer Model Code consist of 16 digits(max.) not including hyphen. |
207 |
Model_Code |
208 |
Ser-No: Serial_Number- Manufacturer Serial Number consist of 8 digits(max.), read only. |
209 |
Ser-No |
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 |
Field Device Variable Unit- Engineering unit to be displayed with the Digital Value representation, Minimum Span, Upper Range Value, Lower Range Value, Lower Sensor Limit, and Upper Sensor Limit. Pressure- Pressure of the process measured with respect to a reference pressure. |
232 |
Field Device Variable Value- Digital value that changes magnitude with respect to time with no user intervention. Pressure- Pressure of the process measured with respect to a reference pressure. |
233 |
.3g |
234 |
Percent of Range- Variable that tracks the Digital Value representation with respect to the range defined by the Lower Range Value and Upper Range Value, for normal operating modes. The units of this variable are always in percent. Pressure- Pressure of the process measured with respect to a reference pressure. |
235 |
Sensor Limit Units and Minimum Span Units- Engineering unit to be displayed with the Upper Sensor Limit, Lower Sensor Limit, and Minimum Span. Pressure- Pressure of the process measured with respect to a reference pressure. |
236 |
Upper Sensor Limit Value- Defines the maximum useable value for the Upper Range Value. Pressure- Pressure of the process measured with respect to a reference pressure. |
237 |
Lower Sensor Limit Value- Defines the minimum useable value for the Lower Range Value. Pressure- Pressure of the process measured with respect to a reference pressure. |
238 |
Minimum Span Value- Defines the smallest allowable difference between the Upper Range Value and the Lower Range Value. Pressure- Pressure of the process measured with respect to a reference pressure. |
239 |
Pres xfer fnctn |
240 |
Transfer Function- Defines the transformation function that will be applied from the Field Device Variable to the Analog Output, and Percent Range. The Transfer Function does not affect the Digital Value representation. Pressure- Pressure of the process measured with respect to a reference pressure. |
241 |
Range Unit- Engineering unit to be displayed with the Upper Range Value and Lower Range Value. Pressure- Pressure of the process measured with respect to a reference pressure. |
242 |
Upper Range Value- Defines the operational endpoint from which the Analog Value, and the 100% point of the Percent Range are derived. In addition, the Upper Range Value defines an operational endpoint which the alarms associated with the Analog Value, and the alarms associated with the Digital Value representation are derived. Pressure- Pressure of the process measured with respect to a reference pressure. |
243 |
Lower Range Value- Defines the operational endpoint from which the Analog Value, and the 0% point of the Percent Range are derived. In addition, the Lower Range Value defines an operational endpoint which the alarms associated with the Analog Value, and the alarms associated with the Digital Value representation are derived. Pressure- Pressure of the process measured with respect to a reference pressure. |
244 |
Damping Value- Damping time constant applied to both the Digital Value representation and Analog Value of the respective Analog Output. The units of this variable are always in seconds. Pressure- Pressure of the process measured with respect to a reference pressure. |
245 |
s |
246 |
4.2f |
247 |
Flange Type- Hardware, adjacent to the sensor, that physically connects the process to the sensor. Pressure- Pressure of the process measured with respect to a reference pressure. |
248 |
O Ring Material- Construction material of a seal that exists between the module and flange. |
249 |
Meter Installation- Defines whether there is a meter installed or not and possibly what information the meter will display. |
250 |
Remote Seal Type- Type of device that is capable of detecting and passing on the process pressure on to the module. This is only unambiguous if 1 remote seal is installed. |
251 |
Sensor Fill Fluid- Fluid material in the module. |
252 |
Number of Remote Seals- Physical quantity of the seals for the remote seal that is installed. |
253 |
Send warning |
254 |
Send Warning- Yields a units code notice to the User. |
255 |
Variables which use this as the units code will be in the previous units until this value is sent to the device. |
256 |
Analog Output Value- Value that tracks the Digital Value representation, under normal operating modes. Analog Output- Measureable physical output which changes with respect to time, without user intervention. |
257 |
5.3f |
258 |
Analog Output Alarm Type- 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. Analog Output- Measureable physical output which changes with respect to time, without user intervention. |
259 |
Sensor Serial Number- Uniquely identifies the sensor from which the Digital Value representation or Field Device variable is primarily derived. Pressure Sensor- Pressure hardware that measures pressure with respect to a reference pressure. |
260 |
Measurement Type- Type of measurement application this Field Device is intended to be used with. |
261 |
Lower Sensor Trim Point- Applied process pressure at which the last low sensor trim was performed. Pressure Sensor- Pressure hardware that measures pressure with respect to a reference pressure. |
262 |
6.4f |
263 |
Upper Sensor Trim Point- Applied process pressure at which the last upper sensor trim was performed. Pressure Sensor- Pressure hardware that measures pressure with respect to a reference pressure. |
264 |
Flange Material- Construction material of flange type. |
265 |
Remote Seal Isolator Material- Construction material of a part of the remote seal type that comes in contact with the process material. This is only unambiguous if 1 remote seal is installed. |
266 |
Sensor Isolator Material- Construction material of a part of the module type that comes in contact with the process material. |
267 |
Local Keys Control Mode- Controls the mode of the User Interface keys on the Field Device. |
268 |
Drain Vent Material- Construction material of a removable plug that exists on the flange type that can be opened temporarily to remove unwanted process from the sensor area. |
269 |
Pressure Sensor Lower Trim- Calibrate the pressure sensor. |
270 |
Apply low pressure |
271 |
Press OK when pressure is stable |
272 |
Enter applied pressure value |
273 |
trim_point |
274 |
Remove pressure |
275 |
Pressure Sensor Upper Trim- Calibrate the pressure sensor. |
276 |
Apply hi pressure |
277 |
Exit Trim Mode- Notifies the User that the trim is finished. |
278 |
Trim was not done |
279 |
Aborting method due to last error |
280 |
Device maybe stuck in selftest. |
281 |
Self test OK |
282 |
Not Supported |