Appendix C
C-6
for setup m, digital, which outputs are to be set OFF
for digital a, which input durations trigger on negative edges
for digital J, which modules are to be OFF
for digital N, which outputs latch from Off-to-ON
for digital eG, dG, which inputs have pulse-accum. enabled/ disabled
for digital eH, dH which inputs are to be de-bounce enabled/ disabled
for digital T, which inputs stop counting
In responses, 1's indicate:
for setup j, which positions are outputs
for digital d, analog I, which positions are complete
for digital M, which modules are ON
for digital Q, R, which positions have been triggered
for c of analog O,P, which positions are over limits
for d of analog O,P, which positions are under limits
f
Turn around delay (setup C)
For delay in mSec: 0 10 100 500
set
f
to: 0 1 2 3
g Watchdog Delay (setup D) 0.2 Sec to 46.6 Hrs
convert desired delay to Sec; if <655.36, divide by 0.01 Sec; convert to hex (14
H
to FFFF
H
)
if >655.35, watchdog multiplier (setup eD) instruction must be used.; then divide desired
period by 2.56 Sec. convert to hex (14
H
to FFFF
H
)
h Baud Rate local RS-232 Port (setup N) and network baud rate (setup c)
Desired
baud
300
600
1200
2400
4800
9600
19,200
38,400
h value=
003
006
012
024
048
096
192
384
j Number of analog averaging samples:
For analog T convert 1-65535 samples to 4 hex digits for j
k analog input level/offset/ slope/ average -4 hex digits
for analog a,c,d,f,U,L,- convert each k to decimal; subtract 4096; divide by 4095; out of
range if <0 or >1; multiply by module range for value, no input if ????.
for analog g,h - convert each k to decimal, subtract 4095; if>8 subtract 16; multiply by
module range for offset.
for analog o,
l
Convert each k to decimal, divide by 16 for °C; if >2048 °C subtract 4096. If
???? returned analog k was incorrect.
for analog W, divide desired offset by module range; if negative add 16, multiply by 4095
convert to hex.
for analog X,Z, convert each k to decimal; divide by 4096
for analog Y, multiply desired slope by 4096; convert to hex.
l,m
**
With 1 start, 1 stop, 8 data bits, no parity, operates, as shipped at
300 baud. IOP local port transmits on 2, receives on 3, 5 is
common.
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