SATEL
KNX-BSA12L
• KNX-BSA12H
17
as a result of which the blind/shutter / slats will be set to absolute positions corresponding
to the values saved in these objects.
The “Set absolute position percentage” central object sets both blinds/shutters connected
to the module to the same absolute position by using one telegram. On the other hand, the
“Set absolute position slats percentage” central object sets the slats of both blinds to the
same absolute position by using one telegram.
Central stop
– enables / disables the central function for stopping the movement of
blind/shutter
and slats in the channel (Disable / Enable). Select “Enable” to activate the
“Dedicated stop” central communication object. Changing the object value will trigger
a channel response, as a result of which the movement of blind/shutter or slats will be
stopped.
The “Dedicated stop” central object stops the travel of both blinds/shutters or movement of
slats in both blinds connected to the module by using one telegram.
Scene 1-bit
– enables / disables the possibility of defining 1-bit scenes for the channel
(Disable / Enable). Selecting “Enable” activates the “Call scene 1-bit (1/2)” communication
object and displays the “Scene 1-bit” tab.
Scene
– enables / disables the possibility of defining scenes for the channel (Disable /
Enable). Selecting
“Enable” enables the “Scene” communication object and displays the
“Scene” tab.
Weather alarms
– enables / disables weather alarm functions in the channel (Disable /
Enable). If you select
“Enable”, the “Weather alarms” tab will be displayed. The parameter
is available, when the weather alarm functions are enabled in the module (
“Weather
alarms
” parameter, “Global” tab).
Position forcing
– enables / disables the position forcing function in the channel (Disable /
Enable). If you select “Enable”, the “Forced position” communication object will be
activated and the “Position forcing” tab displayed.
Motor
The parameters described below are only available for manual detection of travel time.
The blind/shutter
motor is characterized by some inertia, i.e. after receiving the “START”
control signal it needs time so that its rotor can reach the speed that enables the blind/shutter
travel. Also, the motor needs time so that its rotor can stop after receiving the “STOP” signal.
You must correct the delays in motor operation by entering correctly measured values in the
fields “Switch-on delay when up”, “Switch-on delay when down” and “Switch-off delay”.
Correct determination of delays in the motor operation is necessary to be able to
precisely control the blind/shutter movement. You should take into account the
technical data specified by the manufacturer of blinds/shutters in the manual.
Switch-on delay when up
– time that must elapse from the moment of receiving the
“START” control signal by the motor to the moment when its rotor reaches the speed
enabling the blind/shutter to travel up (50
– 16384 [milliseconds]; default = 100).
Switch-off delay
– time that must elapse from the moment of receiving the “STOP” control
signal by the motor to the moment when its rotor stops (50
– 16384 [milliseconds];
default = 100).