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37
Now “low tide” is allocated to a variable-output socket. Select
this by using the arrow keys. In the adjacent example, it’s
Socket No. 03. The display “(--)” shows that no further function
has been allocated to this socket. The socket can then be
selected by pressing
enter.
If you’re dealing with a
variable-output
socket you can first of
all enter the output of the socket for the period the interval
function is active. Please observe the restrictions regarding the
systems that can be connected (Section 4.3.2 e.g.
no HQI- or
können Sie nun mit den Pfeiltasten eine andere Zeitfunktion
auswählen oder mit
enter
eine weitere Strömungssimulation
programmieren. Mit der
esc-Taste
kommen Sie zurück zur
Haupmenüebene
HQL lighting
!) It’s best to connect the
appliances now (e.g. pump, lamp) to the appropriate socket.
Enter, for example, ‘80%’ by entering
zero, eight, zero
(not
eight, zero
, as this would mean 800%!). Now press the
del
key.
The socket or the appliance will now be supplied with the
appropriate current. If the results are not quite what you wanted
then you can enter another value and test it with
del
. Repeat
this procedure as often as you want until the setting suits you
requirements. You would normally enter 100% here. Confirm
your input with
enter
.
Now you can enter the socket output for “off” state. The
procedure for this is the same as before with ‘‘(On)‘‘. Make sure
you use the
del
key’s special function then confirm with
enter
.
Now allocate “high tide” to a variable-output socket. Select with
the arrow keys. In the adjacent example, it’s Socket No. 04.
The symbol “(--)” indicates that no other function has yet been
allocated to this particular socket. Confirm the socket selection
by pressing
enter
. The dialogue that now appears is identical
with the one before for “low tide”. After you have entered the
appropriate data for the sockets,
you can now use the arrow keys to select another time function
use
enter
to programme another current simulation. Press the
Esc-key
to return to the main menu level.
The values as entered above will produce the
following effect
.
Pump 1 will be activated for between 2 and 3 minutes and during this period produce
pulsating waves every 2 seconds at 80% or 50% output. At the end of this period, Pump 1
will be turned “off” and Pump 2 will become active in the same way as Pump 1 did. This
process will repeat itself continuously. Thus,
only one pump is ever active at a time
.
If you had selected ‘‘No‘‘ for waves, the two pumps would have been activated alternately
at the output entered in ‘‘CntrlblSocket (Off)‘‘. The output entered in ‘‘CntrlblSocket (On)‘‘
and a nocturnal fall that you may have programmed are of no relevance in this case!
SocketLoTide 3A
no.: 03 (--) <>
CntrlblSocket 2A
080% (On) del
CntrlblSocket 2A
050% (Off) del
SocketHiTide 3B
no.: 04 (--) <>
Time functions 31
Current simul. <>
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