EN
43
11
(a)
(b)
(c)
(d)
(e) (f) (g)
(i)
(h)
12
(a)
(b)
(c)
(d)
(e) (f) (g)
(i)
(h)
Legend
(a)
= set button
(11)
(b/d)
= socket box
(c)
= Mains 230 V/50 Hz
Pin assignment
(e)
=
PE
green/yellow
(f)
=
N
blue
(g)
=
L
black
(h)
=
external switch
white (not connected in this example)
(i)
=
Antenna
violet
Electrical connection of the tubular motor (Figure
k
)
Legend
(a)
= set button
(11)
(b)
= 1-pole switch
(c)
= Mains 230 V/50 Hz
(d)
= Socket box
Pin assignment
(e)
=
PE
green/yellow
(f)
=
N
blue
(g)
=
L
black
(h)
=
external switch
white *
(i)
=
Antenna
violet
* maximum cable length between tubular motor and external switch = 10 m
Control with 1-pole switch (closer) (Figure
l
)
IMPORtANt
◆
If the “
external switch
”
(h
) lead is not used, then it must be connected to the
neutral conductor (f)
(see fig.
k
).
IMPORtANt
◆
If the “
external switch
”
(h)
lead is not used, then it must be connected to the
neutral conductor (f)
(see fig.
k
).
The radio tubular motor can be controlled locally by means of connecting a 1-pole switch
(closer) to the “
external switch
” conductor.
In doing so, the switching sequence is as follows:
OPEN/StOP/CLOSE/StOP, and so on.
