0 |
Flange Type- Hardware, adjacent to the sensor, that physically connects the process to the sensor. |
1 |
Flange Material- Construction material described by the variable. flange_type |
2 |
Meter Installation- Defines whether there is a meter installed or not and possibly what information the meter will display. |
3 |
Liner Material- Material of construction of the liner. |
4 |
Electrode Type- Physical shape of the electrode. |
5 |
Electrode Material- Material of construction of the electrode. |
6 |
Flow Tube Tag- Text that is associated with the flow tube. |
7 |
Process Variable Base Unit- Special units reference to create a custom unit. Process variable special units = variable special_process_variable_unit_conv_number * (variable special_process_variable_base_unit / variable special_process_varaible_base_time_unit). |
8 |
Base Time Unit- Special time reference to create a custom unit. Process variable special units = variable special_process_variable_unit_conv_number * (variable special_process_variable_base_unit / variable special_process_varaible_base_time_unit). |
9 |
conversion number |
10 |
Special Unit Conversion Number- Arithmetic factor used in converting standard units to special units. |
11 |
.4f |
12 |
6.4f |
13 |
Special Volume Unit- Text string used to designate special volumetric unit. |
14 |
Special Flow Rate Unit- Text string used to designate special flow rate units. |
15 |
Coil Drive Frequency- Frequency that the coils operate at. |
16 |
Hz |
17 |
6Hz |
18 |
30Hz |
19 |
Pulse Output Unit- Engineering units that the frequency andtotalizer outputs will be displayed with. |
20 |
Pulse Scaling Factor- Magnitude of process variable per pulse. |
21 |
.5f |
22 |
7.5f |
23 |
ms |
24 |
Pulse Width- Width of the frequency output pulse on frequency output number 'X'. |
25 |
.2f |
26 |
4.2f |
27 |
Low Flow Cutoff- Set point that determines when the process variable will indicate 0 rather than some nominally small value. |
28 |
Line size |
29 |
Line Size- Nominal inside diameter of the pipe adjacent to the sensor. |
30 |
Signal Processing Status- Turns signal processing on or off. Signal processing is an averaging algorithm used to prevent noisy input signals from affecting the output. |
31 |
Signal Processing Number of Samples- Number of input samples to be averaged. |
32 |
3d |
33 |
Signal Processing Percent- This number sets up a limiting band around the average value to determine when an input sample is noisy. Inputs samples that are outside of this band are not included in the averaging algorithm. |
34 |
.1f |
35 |
4.1f |
36 |
Signal Processing Limit- The limit factor is used to catch step changes in flow. If the input signals are either above, or below the average value for more than the limit time the output will be driven to the new level, and averaging will start over at this point. |
37 |
Flow Tube Calibration Number- This number is uniquely associated with the flow tube, and is used to compensate for gain and zero shifts associated with the specific tube. The calibration number is calculated at the factory and is stamped on the flow tube. |
38 |
Totalizer Control Code- Controls the operation of all available totalizers. |
39 |
reset |
40 |
Auxiliary output- Discrete switch closure output that signals either reverse or 0 flow through the flow tube. |
41 |
Noise Supression- Level or mode of noise supression. |
42 |
Puls outp loop test |
43 |
Flow Sensor- Hardware that measures flow rate. |
44 |
Pulse output- scaled frequency output from 0-1000 Hz, linear with input. |
45 |
Gross Total- Non-resettable totalizer. |
46 |
Net Total Value- Resettable totalizer. |
47 |
Reverse Total- Non-resettable reverse totalizer. |
48 |
Totalizer Variable- Counts pulses from frequency output and scales the value based on the pulse output scaling and units. |
49 |
Gross Total- Non-resettable totalizer |
50 |
Net Total Value- Resettable totalizer |
51 |
Reverse Total - Non-resettable reverse totalizer |
52 |
6.2f |
53 |
7d |
54 |
Pulse Output- Scaled frequency output from 0-1000 Hz, linear with input. |
55 |
Pulse output units- Engineering units that the frequency and totalizer outputs will be displayed with |
56 |
Pulse output value- scaled frequency output from 0-1000 Hz, linear with input |
57 |
Puls outp |
58 |
Pulse Output Value- scaled frequency output from 0-1000 Hz, linear with input. |
59 |
Puls outp test |
60 |
Pulse Output Test Value- Scaled frequency output from 0-1000 Hz, linear with input. |
61 |
4d |
62 |
Gross Total Value- Counts frequency output pulses while total control is turned on. This value will be reset to 0 when the pulse scaling, line size, or units are changed |
63 |
Net Total Value- Counts frequency output pulses while total control is turned on. |
64 |
Reverse Total Value- Counts frequency output pulses while total control is turned on and flow is in the reverse direction. This value will be reset to 0 when the pulse scaling, line size, or units are changed |
65 |
Gross Total Value- Non-resettable totalizer value. Counts frequency output pulses while total control is turned on. This value will be reset to 0 when the pulse scaling, line size, or units are changed. |
66 |
Net Total Value- Resettable totalizer value. Counts frequency output pulses while total control is turned on. |
67 |
Reverse Total Value- Non-resettable totalizer value. Counts frequency output pulses while total control is turned on and flow is in the reverse direction. This value will be reset to 0 when the pulse scaling, line size, or units are changed. |
68 |
Offline |
69 |
Test/Status |
70 |
Status |
71 |
Sensor |
72 |
Sensor Config |
73 |
Flow Units |
74 |
Sensor Info |
75 |
Input |
76 |
Totalizer |
77 |
Puls outp config |
78 |
Outputs |
79 |
Analog Output |
80 |
HART Output |
81 |
Device Info |
82 |
Revision #'s |
83 |
write variables |
84 |
FMU860 |
85 |
DT |
86 |
DVC |
87 |
FCX |
88 |
AS800 |
89 |
340T |
90 |
340C |
91 |
344 |
92 |
Siemens Micro K |
93 |
SITRANS L |
94 |
SIPAN PH |
95 |
SITRANS P |
96 |
75SMT |
97 |
UNIDELTA |
98 |
8320 |
99 |
SX5100 |
100 |
TSV175 |
101 |
DMU |
102 |
3780 |
103 |
BM70 |
104 |
8u |
105 |
low |
106 |
high |
107 |
tmp_av |
108 |
About to perform xmtr self test |
109 |
Performing self test |
110 |
Aborting method. Device maybe stuck in selftest. |
111 |
Self test passed |
112 |
About to enter fixed freq. mode test |
113 |
Set Pulse Output value |
114 |
Select value;exit |
115 |
Enter Pulse Output: |
116 |
The previous error was seen while attempting to set the Pulse Frequency to a fixed value |
117 |
Pulse Output Now Set to %0 |
118 |
Exiting pulse output test |
119 |
Warning Device may have Pulse frequency at a fixed value |
120 |
About to enter electronics trim |
121 |
The previous error was seen while trying to initiate electronics trim |
122 |
Waiting for trim to stabilize. |
123 |
Device failure. Device may be stuck in Digital Trim |
124 |
Device failed Digital trim. Device may be out of calibration. |
125 |
The previous error was seen while trying to burn eeprom |
126 |
Digital Trim Passed |
127 |
About to enter auto zero |
128 |
The previous error was seen while trying to initiate auto zero |
129 |
Waiting for auto zero to complete. |
130 |
Device failure. Device may be stuck in Auto Zero. |
131 |
Device failure in Auto Zero. |
132 |
Auto zero passed |