Art. No. DS 4092 TS
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Any activation attempts of the energy saving mode are ignored while the programming
mode of the device is active. The device stores the activation attempt and executes the
energy saving mode once the programming mode is terminated by pressing the
programming button. If the device is programmed by the ETS (physical address and/or
application program) in an active programming mode, the device does not then execute the
energy saving mode automatically at the end of the programming operation.
Deactivating energy saving mode
The device also has two different options for deactivation of the energy saving mode, which can
either be combined together or used separately. Firstly, the energy saving mode can be
deactivated by a group telegram via the communication object designated for this purpose. For
this purpose, the telegram polarity that triggers the deactivation of the energy saving mode must
be defined in the ETS. Secondly, it is possible to deactivate the energy saving mode
automatically as soon as the rotary knob or push-button are operated.
If an operation of the push-button or rotary knob deactivates the energy saving mode, the
device always executes the configured operating function immediately as well (e.g. switching,
dimming...).
During the energy saving mode, the extension inputs have no function. The extensions cannot
be used to terminate the energy saving mode. If the energy saving mode is deactivated by one
of the above events, the device needs approx. 100 milliseconds to detect a change of the signal
statuses on the extension inputs. If the device detects a change of the status compared to the
status that was last active before the energy saving mode (e.g. status change during the energy
saving mode), then the configured signal edges reaction is executed immediately. Otherwise,
the extensions will not react particularly to the deactivation of the energy saving mode.
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The communication object of the energy saving mode can either be used just for activation,
or alternatively just for deactivation, or if required, for the combined activation and
deactivation, too. In all cases, the telegram polarity can be configured in the ETS. Only
different polarities can ever be configured (e.g. "0" = mode inactive / "1" = mode active ) for
the combined activation and deactivation.
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The device will activate the energy saving mode even if the push-button, rotary knob or
extension inputs are disabled. On cancelling the energy saving mode, the device
reactivates the previously active disabling functions so that the push-button, rotary knob or
extension inputs can still remain disabled. It is not necessary here to reactivate the
disabling functions after cancelling the energy saving mode.
The energy saving mode (first operation) can also be deactivated by a disabled push-
button or rotary knob. The configured operating functions (switching, dimming...) will not be
executed thereby, however.
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Programming connections to the device, broadcast telegrams or pressing of the
programming button cause the energy saving mode to be deactivated automatically.
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Software "Rotary sensor with extensions 10FE1x"
Functional description
