0 |
FBar 3501 |
1 |
Bourdon-Haenni |
2 |
Pressure Sensor Error |
3 |
Temperature Sensor Error |
4 |
A/D Error |
5 |
Not programmed |
6 |
Has to be flexprogrammed |
7 |
|
8 |
Transfer funktion = special curve !!, Range change not allowed |
9 |
Transfer funktion = special curve !!, Range change not allowed |
10 |
Transfer funktion = special curve !!, 3 < Table points > 30 |
11 |
bar |
12 |
mbar |
13 |
kPa |
14 |
MPa |
15 |
mH2O |
16 |
psi |
17 |
atm |
18 |
inHg |
19 |
mmHg |
20 |
7.4f |
21 |
7.3f |
22 |
7.2f |
23 |
7.1f |
24 |
7.5f |
25 |
.2f |
26 |
6.3f |
27 |
6.2f |
28 |
6.1f |
29 |
6.0f |
30 |
6.4f |
31 |
Min sp. |
32 |
.0f |
33 |
2.0f |
34 |
sec |
35 |
URV |
36 |
7f |
37 |
LRV |
38 |
I Out |
39 |
.3f |
40 |
6f |
41 |
7d |
42 |
Min P |
43 |
Datalogger function, stores min value measured. Value can be cleared (Reset min/max) |
44 |
Max P |
45 |
Datalogger function, stores max value measured. Value can be cleared (Reset min/max) |
46 |
Under Lim |
47 |
Input under LRV indication 3.50 .. IOUT0% mA |
48 |
5f |
49 |
mA |
50 |
Over Lim |
51 |
Input over URV indication IOUT100% .. 23.00 mA |
52 |
Under min. value too high |
53 |
Under min. value too low |
54 |
Over max. value too high |
55 |
Over max. value too low |
56 |
Min/max value out of limits |
57 |
The offset added to the value measured |
58 |
S.off. |
59 |
The gain is multiplied to the value measured |
60 |
S.gain |
61 |
.4f |
62 |
Offset value too high |
63 |
Offset value too low |
64 |
Gain value too high |
65 |
Gain value too low |
66 |
Offset and gain out of limits |
67 |
point |
68 |
2d |
69 |
No. of table-points |
70 |
points |
71 |
Input pressure value corresponding to table-point |
72 |
P.point |
73 |
Output current value corresponding to table-point |
74 |
I.point |
75 |
Sensor |
76 |
Input sensor type |
77 |
-0.1 ... 0.1 bar |
78 |
0.0 ... 0.1 bar |
79 |
-0.1 ... 0.4 bar |
80 |
1 bar |
81 |
4 bar |
82 |
10 bar |
83 |
20 bar |
84 |
40 bar |
85 |
70 bar |
86 |
Unknown |
87 |
Rel/Abs |
88 |
rel |
89 |
abs |
90 |
Produkt type |
91 |
4...20 mA type |
92 |
4...20 mA type with HART |
93 |
Ex/Standard |
94 |
Standard type |
95 |
EEx ia IIC T6 (ATEX) |
96 |
Ex N IIC T6 (ATEX) |
97 |
EEX d IIC T6 (ATEX) |
98 |
Electrical connec. |
99 |
Cabel gland M 20 |
100 |
Display |
101 |
No display |
102 |
Digital display |
103 |
FlexView |
104 |
FlexView and Digital display |
105 |
O-Ring |
106 |
Viton |
107 |
EPDM |
108 |
NBR |
109 |
FEP/FPM |
110 |
Connection type |
111 |
G1/2A DIN 16288 |
112 |
1/2-14 NTP external,ID 3 hole |
113 |
G1/2A external, ID 10 hole |
114 |
1/2-14 NPT external, ID 10 hole |
115 |
G1/2 internal |
116 |
1/2-14 NPT internal |
117 |
Gauge connection for external seal |
118 |
1/2-14 NPT male nipple, 1/4-18 NPT female thread inside PN70 |
119 |
DS 722 Rotating female nut Flush mount DN40 PN16 |
120 |
ISO 2852 clamp Flush mount DN51 PN40 |
121 |
Hygienic connection Flush mount DN76 PN40 |
122 |
GEA Tuchenhagen Varivent Flush mount DN40/50 PN40 |
123 |
DIN 11851 Rotating female nut Flush mount DN40 PN25 |
124 |
Flanged seal DIN 2527, form B Flush mount DN25 PN40 |
125 |
Flanged seal DIN 2527, form B Flush mount DN40 PN40 |
126 |
Flanged seal DIN 2527, form B Flush mount DN50 PN40 |
127 |
Flanged seal DIN 2527, form B Flush mount DN80 PN40 |
128 |
Iout0% |
129 |
Iout100% |
130 |
I output 0% value too high |
131 |
I output 0% value too low |
132 |
I output 100% value too high |
133 |
I output 100% value too low |
134 |
I output 0 .. 100% out of limits |
135 |
I output 100% not higher than I output 0% |
136 |
Sens.Err |
137 |
Sensor breakdown indication, upscale 20.00 .. 23.00 mA , downscale 3.50 .. 4.00 |
138 |
I output sensor error value too high |
139 |
I output sensor error value too low |
140 |
Disp.Mode |
141 |
Unit |
142 |
Procent |
143 |
Reset min/max |
144 |
Resets min/max value measured (datalogger function) |
145 |
Factory trim |
146 |
Factory trim resets the sensor trim offset/gain to factory setting |
147 |
Sensor offset trim. Calibrates the pressure sensor. The difference between entered value and measured value must be less than 10% of (USL-LSL) |
148 |
One point trim |
149 |
Sensor offset/gain trim. Calibrates the pressure sensor.The difference between entered value and measured value must be less than 10% of (USL-LSL). High point must be minimum 2 % higher than low point |
150 |
two point trim |
151 |
Edit linearity. |
152 |
Main menu |
153 |
Input setup |
154 |
linearization |
155 |
Output setup |
156 |
Produkt info |
157 |
DataLogger |
158 |
Sensor Trim |
159 |
Quick Access Key |
160 |
FMU860 |
161 |
DT |
162 |
DVC |
163 |
FCX |
164 |
AS800 |
165 |
340T |
166 |
340C |
167 |
344 |
168 |
Siemens Micro K |
169 |
SITRANS L |
170 |
SIPAN PH |
171 |
SITRANS P |
172 |
75SMT |
173 |
UNIDELTA |
174 |
8320 |
175 |
SX5100 |
176 |
TSV175 |
177 |
DMU |
178 |
3780 |
179 |
BM70 |
180 |
8u |
181 |
.3g |
182 |
.f |
183 |
.1f |
184 |
% |
185 |
3.2f |
186 |
s |
187 |
4.2f |
188 |
Aborting method due to last error |
189 |
Min/max value has been cleared ! |
190 |
Aborting Zero trim. Offset to lage, max 10% fuld of scale |
191 |
Sensor trim offset/gain has been reset to factory setting ! |
192 |
Apply pressure |
193 |
Press OK when pressure is stable %0 |
194 |
Enter applied pressure value |
195 |
trim_point |
196 |
Aborting 1 point trim. Offset to large. Allowed offset is max 10% of (USL-LSL) |
197 |
One point trim is ok. Remove pressure |
198 |
Apply low pressure |
199 |
Press OK when pressure is stable %0 |
200 |
trim_point_low_true |
201 |
Aborting two point trim. Offset to large, max 10% of USL-LSL |
202 |
Apply high pressure |
203 |
trim_point_hi_true |
204 |
two point trim is ok. Remove pressure |
205 |
Aborting two point trim. Span too small. Difference between high point and low point must be minimum 2% of (USL-LSL) |
206 |
Select linearization |
207 |
Enter no. of table-points |
208 |
Input table-point. Startpoint is %0 |
209 |
Output table-point. Startpoint is %0 |
210 |
Enter input value at table-point no. %0 |
211 |
the inputtable values has to increase from point to point |
212 |
Enter input value at tabelpoint no. %0 |
213 |
The input values must increase from point to point |
214 |
Enter output value at table-point no. %0 |
215 |
The input values must increase from point to point |
216 |
Input table-point. Endpoint is%0 |
217 |
Output table-point.Endpoint is %0 |
218 |
Transfer function = Special |
219 |
Transfer function = Linear |