12
EN
Sonesse 40 io
Copyright
©
2018 SOMFY ACTIVITES SA, Société Anonyme. All rights reserved.
2.3. COMMISSIONING
2.3.1. Pre-programming the control point
1) Switch on the power supply
2) Press briefly on the
Up
and
Down
buttons on the control point
simultaneously: the motorised product will briefly move up and down;
the control point has been pre-programmed in the drive.
The drive is in programming mode for ≈ 10 min.
2.3.2. Checking the direction of rotation
1) Press the
Up
button on the control point:
a) If the motorised product rises (a), the direction of rotation is
correct: move onto the section entitled
Setting the end limits
.
b) If the motorised product lowers (b), the direction of rotation
is incorrect: Move onto the next step.
2) Press the
my
button on the control point until the motorised product
moves up and down: the rotational direction has been modified.
3) Press the
Up
button on the control point to check the direction of
rotation.
2.3.3. Setting the end limits
͉
͉
The end limits can be set in any order.
1) Raise the motorised product to the desired upper position by
pressing the
Up
button.
2) Press the
my
and
Down
buttons at the same time until the motorised
product moves.
The upper end limit is memorized.
3) Press the
my
button when the motorised product reaches the desired
lower position. If necessary, adjust the position of the motorised
product using the
Up
and
Down
buttons.
4) Press the
my
and
Up
buttons at the same time until the motorised
product moves.
The lower end limit is memorized. The motorised product rises and
stops in the upper position.
5) To confirm the end limits, press the
my
button until the motorised
product moves up and down.
The end limits are programmed.
2.3.4. Programming the control point
The drive is in programming mode:
-
Briefly press the PROG button on the control point to be programmed:
The motorised product moves up and down: this control point is
programmed in the drive.
͉
͉
If the drive is no longer in programming mode, repeat Step 2.3.1 before performing Step 2.3.4.
1)
2)
ON
a
b
=
=
a
b
=
=
a
b
=
=
a
b
=
=
1)
2)
3)
a
b
2)
2.3.3.
1)
2)
3)
4)
5)
1 2
4 3
PROG. 0.5 s
PROG.
