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The Welcome Back object does not alter its behaviour and will still
work as usual. If the parameterised Downtime expires being the
device in the locked state, the next user press will actually cause that
the Welcome Back object is sent. After that, the device will still
remain locked (further presses will not execute the response actions
corresponding to the buttons, although they will successively re-set
the Downtime counter for the Welcome Back object).
If the Locking Method has been set to Auto (timed), it is important to
ensure that the “Time to Lock” (as well as the Sending Delay of the
Welcome Back object) is set to a value lower than the Downtime To
Enable of the Welcome Back object
.
Buzzer
: permits enabling or disabling the audible beeps that the device can
emit. Disabling them by parameter prevents the device entirely from emitting
beeps, while enabling them, apart from offering an audible acknowledgment
for the actions triggered by button touches (see section 2.2), will also bring
the “
[General] Buzzer
” (which permits externally triggering the generation of
a short beep at any time by sending the value “1”) and “
[General] Buzzer
enabling
” (which permits enabling and disabling, by object, any audible
indication generated by the buzzer, including those triggered externally
through “
[General] Buzzer
”) objects. By default, beeping is enabled both by
parameter and by object. However, even being enabled by parameter, it is
also possible to define (through the “
Initial status (after programming)
”
parameter) the desired initial state of the “
[General] Buzzer enabling
”
object. Note, however, that if the buzzer is disabled by parameter, the two
objects related to this function will disappear, which will make it impossible to
enable it afterwards.
Internal Temperature Sensor
: enabling (“Yes”) this parameter will bring up a
new object (“[Internal sensor] Current temperature”), as well as a new
parameterisable window (see
Figure 11
), from where it is possible to define
the following:
