User's Manual

545C Operations Manual
02/10/2012 Prerelease DCN 00001789-A
© 2012 Meteorcomm LLC. All Rights Reserved. Proprietary and Confidential. Do Not Distribute. 117
Action Value Action Parameters Description
status bits
.
The bit remains cleared.
CLR/N,ccc
ccc = status bit name
Clears the status bit and does
not
transmit POSS.
PULSE,bit-
name, ddd,
iii, nnn
bit-name = any discrete
output signal
ddd = pulse duration
iii = interval between
pulses
nnn = number of pulses
Produce a pulse or series of pulses on the output line
where:“ddd” is the pulse duration in clock ticks, “iii”
is the interval between pulses in clock ticks, and “nnn”
is the number of pulses to output.
ADCIN, ccc,
aaa, mult
ccc=any ADC channel
name
aaa=accumulator name
A1 – A24
mult=decimal scaling
multiplier
Read the ADC channel value and store in it the given
accumulator. The value is scaled, multiplied by the
optional multiplier, then converted from floating point
to a long 32-bit integer. The value of 10.123 with a
multiplier of 10 will be stored as 103.
UPDT,
group-
number
SDATA report group
number
The SDATA
report specified by the group number is
transmitted to 1 to 4 default destination ids.
NC, ccc
+1
Increment a counter by 1
.
“ccc” must be a valid
counter (C1-C8)
DEC, ccc
-1
Decrement a counter by 1
.
“ccc” must be a valid
counter (C1-C8)
ADD, ccc,
ddd
Add the decimal value of “ddd” to “ccc”
.
“ccc” must
be a valid accumulator (A1-A24). The result is stored in
“ccc”.
SUB, ccc,
ddd
Subtract the decimal value of “ddd” from “ccc”
.
“ccc”
must be a valid accumulator (A1-A24). The result is
stored in “ccc”.
MUL, ccc,
ddd
Multiply “ccc” by the decimal value of “ddd” and place
the result in “ccc”. “ccc” must be a valid accumulator
(A1-A24).
DIV, ccc,
ddd
Divide “ccc” by the decimal value of “ddd” and place
the result in “ccc”. “ccc” must be a valid accumulator
(A1-A24).
MOV, ddd,
sss
Move the source “sss” into “ddd”
.
“sss” and “ddd” are
valid Timers (T1-T8) , Counters (C1-C8) or
Accumulators (A1-A24).
ADDA, ccc,
aaa
Add the accumulator value of “aaa” to “ccc”
.
“aaa”
and “ccc” must be a valid accumulator (A1-A24) . The
result is stored in “ccc”.
SUBA, ccc,
aaa
Subtract the accumulator value of “aaa” from “ccc”
.
“aaa” and “ccc” must be a valid accumulator (A1-A24)
. The result is stored in “ccc”.
MULA, ccc,
aaa
Multiply “
ccc” by the accumulator value of “aaa” and
place the result in “ccc”. “aaa” and “ccc” must be a
valid accumulator (A1-A24).