AM16/32 Relay Analog Multiplexer
18
DELAY
10: Excitation with Delay (P22)
1:
1
EX Chan
2:
0
Delay w/EX (units=.01sec)
3:
1
Delay after EX (units=.01sec)
4:
0
mV Excitation
POT. MEASUREMENT INSTRUCTION
11: Excite,Delay,Volt(SE) (P4)
1:
2
Reps
2:
5
5000 mV slow Range
3:
1
IN Chan
4:
2
Excite all reps w/EXchan 2
5:
1
Delay (units .01sec)
6:
5000
mV Excitation
7:
11--
Loc [:POT #1 ]
8:
1
Mult
9:
0
Offset
END POT. MEASUREMENT LOOP
12: End (P95)
DISABLES MULTIPLEXER
13: Do (P86)
1:
40
Reset Low Port 1
14: End Table 1 (P95)
INPUT LOCATION LABELS:
1:STRAIN #1 13:POT #3
2:STRAIN #2 14:POT #4
3:STRAIN #3 15:POT #5
4:STRAIN #4 16:POT #6
5:STRAIN #5 17:POT #7
6:STRAIN #6 18:POT #8
7:STRAIN #7 19:POT #9
8:STRAIN #8 20:POT #10
9:STRAIN #9 21:POT #11
10:STRAIN#1022:POT #12
11:POT #1
23:_________
12:POT #2
24:_________
5.3 CR5000 and CR1000 Programming
The CR5000 and CR1000 are programmed with CRBasic; for details
see the CR5000 or CR1000 manual. While the instructions look
different than those used to program the older CR10X, CR23X, etc.,
they perform similar functions. One difference that needs to be
pointed out is that with CRBasic measurement results are stored in a
variable array, not numbered input locations. In the older loggers the
destination location is “indexed” so that each pass through the
measurement loop the result is stored in a higher numbered location.
In CRBasic the program must specifically increment an index variable
and use that variable to determine where each measurement is stored.
Summary of Contents for AM16/32
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