AM32 MULTIPLEXER
14
*
A
Mode 10 Memory Allocation
01:
40
Input Locations
02:
64
Intermediate Locations
03:
0.0000
Final Storage Area 2
Input Location Labels:
1:SM Bars#1 10:SM Bar#10 19:SM Bar#19 28:SM Bar#28
2:SM Bars#2 11:SM Bar#11 20:SM Bar#20 29:SM Bar#29
3:SM Bars#3 12:SM Bar#12 21:SM Bar#21 30:SM Bar#30
4:SM Bars#4 13:SM Bar#13 22:SM Bar#22 31:SM Bar#31
5:SM Bars#5 14:SM Bar#14 23:SM Bar#23 32:SM Bar#32
6:SM Bars#6 15:SM Bar#15 24:SM Bar#24 33:_________
7:SM Bars#7 16:SM Bar#16 25:SM Bar#25 34:_________
8:SM Bars#8 17:SM Bar#17 26:SM Bar#26 35:_________
9:SM Bars#9 18:SM Bar#18 27:SM Bar#27 36:_________
7.2 21X PROGRAMMING EXAMPLE:
THERMOCOUPLES WITH REFERENCE AT
THE DATALOGGER
The following example explains the wiring and
programming necessary to make
measurements of 10 copper-constantan
thermocouples (type T) using the AM32
multiplexer.
The AM32 should be enclosed in an AM-ENCT
enclosure.
In the example program, thermocouple
temperature measurements are made on the
first 10 AM32 channels.
This program makes thermocouple
measurements with instruction P14
(Thermocouple Temperature, Differential
Measurement).
The thermocouple temperature reference is
made at the datalogger.
FIGURE 7-2. Wiring Diagram for 21X and
Thermocouples with reference at the
datalogger.
Содержание AM32
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