Campbell Scientific AVW1 and AVW4 Interfaces for Vibrating Wire Sensors User Manual
Page 23
AVW1/AVW4
5-3
02:
P55
Polynomial
01:
4
Reps
02:
1
X Loc TEMP C #1
03:
1
F(X) Loc [:TEMP C #1]
04:
-104.78
C0
05:
378.11
C1
06:
-611.59
C2
07:
544.27
C3
08:
-240.91
C4
09:
43.089
C5
03:
P28
Vibrating Wire (SE)
01:
4
Reps
02:
5
IN Chan
03:
1
Excite all reps w/EXchan 1
04:
24
Starting Freq. (units=100 Hz)
05:
31
End Freq. (units=100 Hz)
06:
500
No. of Cycles
07:
500
Rep delay (units=.01sec) 5
SEC DELAY BETWEEN
MEASUREMENTS
08:
5
Loc [:P psi #1]
09:
1
Mult
10:
0
Offset
04:
P53
Scaling Array (A*loc +B)
APPLY MULT & OFFSET
01:
5
Start Loc [:P psi #1]
02:
-15.1
A1
03:
142.4
B1
04:
-15.1
A2
05:
142.4
B2
06:
-15.1
A3
07:
142.4
B3
08:
-15.1
A4
09:
142.4
B4
05:
P53
Scaling Array (A*loc +B)
LOADS TEMP. COEFF.
01:
13
Start Loc [:Cpsi/C #1]
02:
0
A1
03:
-.0698
B1
04:
0
A2
05:
-.0698
B2
06:
0
A3
07:
-.0698
B3
08:
0
A4
09:
-.0698
B4
06:
P87
Beginning of Loop
TEMPERATURE
CORRECTION
01:
00
Delay
02:
4
Loop Count
07:
P34
Z=X+F ASSUMES
CALIBRATION TEMP. = 24
o
C
01:
1--
X Loc TEMP C #1
02:
-24
F
03:
17--
Z Loc [:T-To*C #1]
08:
P36
Z=X*Y
01:
13--
X Loc Cpsi/C #1
02:
17--
Y Loc T-To*C #1
03:
17--
Z Loc [:T-To*C #1]
09:
P33
Z=X+Y
01:
5--
X Loc psi #1
02:
17--
Y Loc T-To*C #1
03:
9--
Z Loc [:Pt psi #1]
10:
P95
End
FOLLOWING THREE INSTRUCTIONS
SUBTRACT THE BAROMETRIC PRESSURE
FROM THE THREE WATER PRESSURES
11:
P35
Z=X-Y
01:
10
X Loc Ptb psi #2
02:
9
Y Loc Pt psi #1
03:
10
Z Loc [:Ptb psi #2]
12:
P35
Z=X-Y
01:
11
X Loc Ptb psi #3
02:
9
Y Loc Pt psi #1
03:
11
Z Loc [:Ptb psi #3]
13:
P35
Z=X-Y
01:
12
X Loc Ptb psi #4
02:
9
Y Loc Pt psi #1
03:
12
Z Loc [:Ptb psi #4]
First 99 Input Location Labels:
1:TEMP C #1
11:Ptbpsi #3
2:TEMP C #2
12:Ptbpsi #4
3:TEMP C #3
13:Cpsi/C #1
4:TEMP C #4
14:Cpsi/C #2
5:P psi #1
15:Cpsi/C #3
6:P psi #2
16:Cpsi/C #4
7:P psi #3
17:T-To*C #1
8:P psi #4
18:T-To*C #2
9:Pt psi #1
19:T-To*C #3
10:Ptbpsi #2
20:T-To*C #42