7 • SOFTWARE CONFIGURATION
Sc.1/selection of Time 1 scale
0 - seconds (0.00-9.99)
1 - seconds (00.0-99.9)
2 - seconds (000-999)
3 - minutes/seconds (0.00-9.59)
4 - hours/minutes (0.00-9.59)
Sc.2/ selection of Time 2 scale
0 - seconds (0 00-9.99)
1 - seconds (00 0-99 9)
2 - seconds (000-999)
3 - minutes/seconds (0.00-9 59)
4 - hours/minutes (0 00-9.59)
Ps.1/ selection of Count 1 prescaler factor
O - count
1 - count: 2
2 - count: 10
3 - count: 100
4 - count x 2
Ps.2/ selection of Count 2 prescaler factor
O - count: I
I - count: 2
2 - count: 10
3 - count: 100
4 - count x 2
8 • OPERATION
Cyclical double counter
Countdown begins at set value n1(=SP1). When zero is reached,
n2(=SP2) begins countdown.
When zero is reached again, n1
begins countdown. Relay 1 is
de-energized during n1 count-
down and energized during n2
countdown.
typ = 14
out = see note (**)
in2 = 2
Standard counter
Countdown begins at set value n(=SP1), and continues to zero. Counts
pulses on IN1 if IN2 signal is present. Relay 1 energizes when zero is
reached and de-energizes when IN2 signal is removed. Relay 2 function
depends on OUT configuration.
typ = 8
out = see note (**)
(*) CP-U1
in2 = 2
time
IN2
IN1
relay1
n
Non-cyclical monostable counter
Countdown begins at set value n(=SP1). Counts pulses on IN1 if IN2 sig-
nal is present. Countdown does not stop when zero is reached, but contin-
ues with negative values. Relay 1
energizes when zero is reached and
remains energized for time t (=SP2).
Relay 2 function depends on OUT
configuration.
typ = 9
out = see note (**)
in 2 = 2
time
n
t
IN2
IN1
relay1
Non-cyclical monostable counter with count block
Countdown begins at set value n(=SP1), and continues to zero. Counts
pulses on IN1 if IN2 signal is pre-
sent. Relay 1 energizes when zero
is reached and remains energized
for time t (=SP2). Relay 2 function
depends on OUT configuration
typ = 10
out = see note (**)
in2 = 2
time
n
t
IN2
IN1
relay1
Cyclical monostable counter
Countdown begins at set value n(=SP1) and continues to zero. Counts
pulses on IN1 if IN2 signal is present.
When zero is reached, restarts imme-
diately from beginning. Relay 1 ener-
gizes when zero is reached and
remains energized for time t (=SP2).
typ = 11
out = see note (**)
(*) CP-U2
in2 = 2
time
IN2
IN1
relay1
nn
tt
Cyclical monostable counter with count block
Countdown begins at set value n(=SP1), and continues to zero. Counts
pulses on IN1 if IN2 signal is present.
Relay 1 energizes when zero is
reached and remains energized for
time t (=SP2), after which it restarts
from the beginning.
typ = 12
out = see note (**)
(*) CP-U3
in2 = 2
time
IN2
IN1
relay1
nn
tt
Non-cyclical double counter
Countdown begins at set value n1(=SP1). When zero is reached,
n2(=SP2) begins countdown to zero and then
stops. Relay 1 is de-energized during n1 count-
down and energized during n2 countdown.
typ = 13
out = 1÷6
in2 = 2
time
IN2
relay1
relay2
relay2
relay2
relay2
absent
n1
out=1
out=2
out=3
out=4
n2
relay2
relay1
relay2
out=6
out=5
IN1
time
IN2
IN1
relay1
n1
n2 n1 n2
NOTE:
(*) Gefran instruments replaced by model described
(**) out = 1 relay 2 absent, out = 2 relay 2 repeats input signal, out = 3 relay 2 repeats relay 1, out = 4 relay 2 opposed relay 1
5
80310B_MHW_550_0609_ENG
To Next Page
Loading...
General