HANDLING AWNINGS AND SHUTTERS
This activates motorised awnings or shutters connected to a KNX/EIB actuator. Each
individual awning or shutter functions can be controlled using two different buttons or
one single button. The green indicator LED is always OFF.
Two button mode:
• press and hold the button (> 0.5 s) : Movement of the shutter (up or down, according
to the setting on the button);
• press and release the button (< 0.5 s) : Stop, if the shutter is moving; regulation of
the laths if the shutter is at a standstill and only if the actuator is set to "blinds" mode.
One button mode:
• press and hold the button (> 0.5 s) : Movement of the shutter (in the opposite
direction to the last performed movement);
• press and release the button (< 0.5 s) : Stop, if the shutter is moving; regulation of
the laths if the shutter is at a standstill and only if the actuator is set to "blinds" mode
(movement will only commence if it is commanded by the KNX/EIB Actuator).
DIMMER MANAGEMENT
This allows you to manage the lighting devices connected to a KNX/EIB dimmer. Each
individual dimmer channel function can be controlled using two different buttons or one
single button. The green LED indicates when the controlled dimmer channel is ON.
Two button mode:
• press and hold the button (> 0.5 s) : Regulation of the light intensity (higher or lower
according to the button setting);
• press and release the button (< 0.5 s) : complete ON or OFF option (according to the
button setting);
One button mode:
• press and hold the button (> 0.5 s) : regulation of the light intensity (in the opposite
direction to the last performed command);
• press and release the button (< 0.5 s) : total ON or OFF option, respectively according
to whether the dimmer channel is ON or OFF.
SCENE MANAGEMENT
This allows you to activate a scene (press and release the button < 3 s) or memorise
new values (press and hold the button, > 3 s). In this mode the localisation LED
flashes briefly when transmitting the scene learning command. Only one scene can
be associated to each input.
GENER L DESCRIPTION
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