16
Terminal no.
Terminal markings
Description
1
L
Phase connection
2
Earth connection
3
N
Neutral connection
3. Connection to the mains electricity (fig. 2)
Terminal no.
Terminal markings
Description
4
COM
Electric motor common
5
O
Electric motor opening movement power supply (and connection to a
capacitor terminal)
6
C
Electric motor closing movement power supply (and connection to a
capacitor terminal)
7-8
FL/CO
Flashing light connection 230 Vac (60 W max)
4. Motor and flashing light connection (fig. 2):
Terminal
no.
Terminal markings
Description
9
OPEN
Input for opening button (NO contact)
10
CLOSE
Input for closing button (NO contact)
11
STOP
Input for stopping button (NO contact)
Note:
bridge if not used
12
COM
Common inputs
13
START
Input for step-step button (NO contact)
14
SAF1
Safety device input on closing (NC contact or balanced 8.2 KΩ)
If the contact is open during closing:
- controls the complete opening of the automation in normal operation
- controls the stopping of the automation when operating with man present or semi-present
Note:
if not used bridge and set DIP6 = OFF and DIP8 = OFF
15
SAF2
Safety device input on opening (NC contact or balanced 8.2 KΩ)
If the contact is open during opening:
- controls the disengagement (brief re-closure) of the automation in normal operation and
man semi-present operation
- controls the stopping of the automation when operating with man present
Note:
if not used bridge and set DIP7 = OFF and DIP8 = OFF
16-17
24V
Power supply output for accessories (24 Vdc, max 300 mA)
16 - positive
17 - earth
18
TEST
Power supply input for accessories for safety device test (+24 Vdc, max 300 mA)
19-20
AUX
Auxiliary output (voltage free contact max 1 A, 30 Vdc):
- Courtesy light (CN2 jumper open, fig. 4a)
- Contact closed during manoeuvres and in the two minutes after the manoeuvre
- Second radio channel (CN2 jumper closed, fig. 4b)
Pulse contact closed for 0.5 sec after activation of second radio channel
from remote control
5. Accessories connection (fig. 3):
Safety device connections
To connect 1 or 2 pairs of photocells in closing not checked see
fig.
6a
and fig
. 6b
To connect 1 or 2 pairs of photocells in opening not checked see
fig.
6c
and fig
. 6d
To connect 1 or 2 pairs of photocells in closing checked see
fig.
7a
and fig
. 7b
To connect 1 or 2 pairs of photocells in opening checked see
fig.
7c
and fig
. 7d
EN
