ProfiLux 4 Programming Guide
EN 2017-02-06 69
Then select the Number of the illumination.
With this you can assign a switching output to an illumination.
For a dim setting of the corresponding illumination of 0% it is
switched off. For 1% to 100% it is switched on.
This function is intended to switch off dimmable light bars which
do not have an internal voltage cut-off at 0% or to switch dimmable
luminaires via the mains cable.
Dimmable light bars from GHL do not need an external switch-off
and are directly connected to a permanent power supply as they
are internally equipped with a shutdown. No switching sockets are
required for the operation of dimmable GHL light bars!
Then select the Number respective level control.
The level control uses this switching output for switching solenoid
valves or pumps when water is to be replenished.
This socket is used during automatic water change (AWC) and
during auto top off (ATO).
With the following socket functions it is possible to switch different
sockets for AWC and ATO (e.g. for osmosis- and salt-water).
Water fill (AWC/Water
change only)
Then select the Number respective level control.
The level control uses this switching output for switching solenoid
valves or pumps when water is to be replenished.
This socket is only used for AWC and not for ATO.
Then select the Number of the respective level control.
The level control uses this switching output for switching solenoid
valves or pumps when water is to be replenished.
This socket is only used for ATO and not for AWC.
Then select the Number of the respective level control.
The level regulation uses this switching output to switch magnetic
valves or pumps when water has to be drained.
Then select the Number of the respective pump.
The current simulation switches this switching output on if the
corresponding current pump is active.
Important hint: Each switching process means stress for the
socket as well as for the pump. Because of this, the times in
the current-modes Sequence, Surge or Random may not be set
too short!
According to the connected load the sockets have a life cycle of up
to 10,000,000 switching cycles!