Product manual

AM16/32B Relay Analog Multiplexer
;POT. M CTION EASUREMENT INSTRU
11: Excite,Del lt(SEay,Vo ) (P4)
1: 2 Reps
2: 5 e 5000 mV slow Rang
3: 1 Chan IN
4: 2 cite Ex all reps w/EXchan 2
5: 1 Delay (units .01sec)
6: 5000 mV Excitation
7: 11-- Loc [:POT #1 ]
8: 1 Mult
9: 0 ffset O
;END PO NT LOOP T. MEASUREME
12: End (P95)
;DISABLES MULTIPLEXER
13: Do (P86)
1: 40 Reset Low Port 1
14: End P95) Table 1 (
INPUT L LABOCATION ELS:
1:STRA #1 13:POT #3 IN
2:STRAIN #2 14:POT #4
3:STRAIN #3 15:POT #5
4:STRA OT #6IN #4 16:P
5:STRA POT #7IN #5 17:
6:STRA OT #8IN #6 18:P
7:STRA POT #9IN #7 19:
8:STRAIN #8 20:POT #10
9:STRA T #1IN #9 21:PO 1
10:STRA OT #1IN#1022:P 2
11:POT 23:___#1 ______
12:POT #2 24:_________
5.3 Ge
The ltage, integration time, and delay time associated with
mea nd the speed at which the channels are advanced can be
varied within the datalogger program. In general, longer delay times are
nd datalogger are separated by longer lead lengths.
Cons talogger manual for additional information on these topics.
6. Sensor Hookup and Measurement Examples
This section covers sensor-to-AM16/32B connections as well as AM16/32B-
he following are examples only, and should not
nly way to make a particular measurement. See the
mea gger manual for more information on basic
bridg owing examples do not depict
data s (Section 4.1, The Control
Term ence is implied and required. Campbell Scientific
recommends that only sensor shield (drain) wires be connected to AM16/32B
shield terminals labeled (“
neral Programming Considerations
excitation vo
suring the signal, a
necessary when sensors a
ult your da
to-datalogger connections. T
be construed as the o
surement section of your datalo
e measurements. Most of the foll
control connectionlogger-to-AM16/32B
inals), but their pres
”).
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