West Control Solutions Pro-EC44 - Manual (Page 84)

Pro-EC44 2-Loop Graphical Profile Controller & Recorder
Pro-EC44 Product Manual - 59540-1 October 2013 Page 77
Loop 2 Self-Tune Select Stop Run
┌ ┐
/
Retained
Profile Run/Hold Hold Run
┌ ┐
/ As configured
Profile Hold Segment Release No Action Release
┌ ┐
/ Retained
Profile Abort No Action Abort
█ / As Digital Input
Data Recorder Trigger Not Active Active
█ /
As Digital Input
Output n Forcing Off/Open On/Closed
█ / As Digital Input
Clear All Latched Outputs No Action Reset
█ / As Digital Input
Output n Clear Latch No Action Reset
█ / As Digital Input
Key n Mimic (for L D U R) No Action Key Pressed
█ / As Digital Input
Profile Selection via digital inputs
For instruments with the profiler option, the multi-digital input option can be used to select the
profile to run using either a standard binary bit pattern, or binary coded decimal from BCD
switches. Profile selection inputs are all level sensitive (
█ ), with a high/open signal equating
to a binary 1 (assuming non-inverted), and a low/closed signal equating to a binary 0
(assuming non-inverted).
Profiles are numbered 0 to 63. Select inputs C1 to Cn for the required number of profiles,
from the table:
C1 C1 to C2 C1 to C3 C1 to C4 C1 to C5 C1 to C6 C1 to C7
Binary 0 to 1 0 to 3 0 to 7 0 to 15 0 to 31 0 to 63
BCD 0 to 1 0 to 3 0 to 7 0 to 9 0 to 19 0 to 39 0 to 63
Using Binary To Select Profile Numbers
Selection of profiles is via a simple binary bit pattern. C1 is the least significant bit (LSB).
C6 to C1 C5 to C1 C4 to C1 C3 to C1 C2 to C1 C1
000000 to 111111 00000 to 11111 0000 to 1111 000 to 111 00 to 11 0 to 1
(0 to 63) (0 to 31) (0 to 15) (0 to 7) (0 to 3) (0 to 1)
Using BCD To Select Profile Numbers
A single BCD switch can be used to select profiles 0 to 9 using C1 to C4, with a bit pattern identical to
standard binary. For larger numbers, a double BCD switch arrangement is needed. A separate binary
pattern is applied to C5 to C7 for the “tens” digit (10 = 001, 20 = 010, 30 = 011 etc).
Any number combination higher than 63 is invalid.
Multiples of ten (0
x
to 6
x
) Multiples of one (
x
0 to
x
9)
C7 to C1 C6 to C1 C5 to C1 C4 to C1 C3 to C1 C2 to C1 C1
000 to 110 00 to 11 0 to 1 0000 to 1001 000 to 111 00 to 11 0 to 1
(0
x
to 6
x
) (0
x
to 3
x
) (0
x
to 1
x
) (
x
0 to
x
9) (
x
0 to
x
7) (
x
0 to
x
3) (
x
0 to
x
1)