Campbell Scientific 4WFBS1K 4WFBS120, 4WFBS350, 4WFBS1K 4 Wire Full Bridge Ter - Page 22

Direct Output to Final Storage

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4WFBS120, 4WFBS350, 4WFBS1K 4 Wire Full Bridge Terminal Input Modules (TIM) 6: Z=F (P30) 1: 2 2: 6 F Z Loc [ GF ] 7: Z=X/Y (P38) 1: 7 2: 6 3: 8 X Loc [ 4e6 ] Y Loc [ GF ] Z Loc [ Mult ] 8: Beginning of Loop (P87) 1: 0 Delay 2: 5 Loop Count 9: Z=Z+1 (P32) 1: 5 Z Loc [ count ] 10: Full Bridge (P6) ;Measure Strain Gage 1: 1 Reps 2: 2 ± 15 mV Slow Range 3: 1 DIFF Channel 4: 1 Excite all reps withExchan 1 5: 5000 mV Excitation 6: 1 Loc [ mVperV ] 7: 1 Mult 8: 0 Offset 11: IF (XF) (P89) 1: 5 X Loc [ count ] 2: 3 >= 3: 5 F 4: 10 Set Output Flag High 12: Set Active Storage Area (P80) 1: 3 Input Storage 2: 2 Array ID or Loc [ mVperV_0 ] 13: Average (P71) 1: 1 Reps 2: 1 Loc [ mVperV ] 14: If Flag/Port (P91) 1: 10 Do if Output Flag is High (Flag 0) 2: 10 Set Output Flag High 15: Set Active Storage Area (P80) 1: 1 Final Storage 2: 11 Array ID 16: Real Time (P77) 1: 110 Day,Hour/Minute 17: Sample (P70) 1: 1 2: 2 Reps Loc [ mVperV_0 ] 18: End (P95) 19: End (P95) End Program ;Load Gage Factor into input location ;Enter the actual Gage Factor here ;calculate multiplier to use with strain ;calculation ;Loop through 5 times to obtain average ;zero reading ;Increment Counter used to determine ;when to output ;Check for last pass through loop ;to set output flag ;Direct averaged "zero" reading ;to input storage ;When average is calculated, ;also send it to Final Storage ;Direct Output to Final Storage ;set Array ID = 11 for zero data 16

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4WFBS120, 4WFBS350, 4WFBS1K
4 Wire Full Bridge Terminal Input Modules (TIM)
6:
Z=F (P30)
;Load Gage Factor into input location
1:
2
F
;Enter the actual Gage Factor here
2:
6
Z Loc [ GF
]
7:
Z=X/Y (P38)
;calculate multiplier to use with strain
1:
7
X Loc [ 4e6
]
;calculation
2:
6
Y Loc [ GF
]
3:
8
Z Loc [ Mult
]
8:
Beginning of Loop (P87)
;Loop through 5 times to obtain average
1:
0
Delay
;zero reading
2:
5
Loop Count
9:
Z=Z+1 (P32)
;Increment Counter used to determine
1:
5
Z Loc [ count
]
;when to output
10:
Full Bridge (P6)
;Measure Strain Gage
1:
1
Reps
2:
2
± 15 mV Slow Range
3:
1
DIFF Channel
4:
1
Excite all reps withExchan 1
5:
5000
mV Excitation
6:
1
Loc [ mVperV
]
7:
1
Mult
8:
0
Offset
11:
IF (X<=>F) (P89)
;Check for last pass through loop
1:
5
X Loc [ count
]
;to set output flag
2:
3
>=
3:
5
F
4:
10
Set Output Flag High
12:
Set Active Storage Area (P80)
;Direct averaged "zero" reading
1:
3
Input Storage
;to input storage
2:
2
Array ID or Loc [ mVperV_0
]
13:
Average (P71)
1:
1
Reps
2:
1
Loc [ mVperV
]
14:
If Flag/Port (P91)
;When average is calculated,
1:
10
Do if Output Flag is High (Flag 0)
;also send it to Final Storage
2:
10
Set Output Flag High
15:
Set Active Storage Area (P80)
;Direct Output to Final Storage
1:
1
Final Storage
2:
11
Array ID
;set Array ID = 11 for zero data
16:
Real Time (P77)
1:
110
Day,Hour/Minute
17:
Sample (P70)
1:
1
Reps
2:
2
Loc [ mVperV_0
]
18:
End (P95)
19:
End (P95)
End Program
16