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CLAMPS
CONNECTIONS
DESCRIPTION
21 - 22
POWER SUPPLY
230VAC ±10% 50/60 Hz board power supply input.
11 - 12
FLASHING
12 - 13
COURTESY LIGHT
14 - 15 - 16
MOTOR M1
Motor power supply output M1 (14=Common, 15=Opening, 16=Closure)
for single or pedestrian leaf (to which the electric lock is connected)
26 - 27
PHOTOCELLS
POWER SUPPLY
24Vac power supply output (
max 500mA
) for photocell type accessories.
6
OPENING
PHOTOCELL/
SENSITIVE EDGE
DO NOT USE
5
CLOSURE
PHOTOCELL
2
4
PEDESTRIAN
CONTROL
input (NO contact). With DIP1 SW1 OFF open only the leaf is connected to M1.
With DIP1 SW1 ON the single leaf opens for 7s.
STOP KEY
Stop control input (NC contact). When pressed it blocks
functioning of the motors, if pressed during the open gate
pause time it annuls automatic closure.
3
START
CONTROL
Start control input (NO contact),
controls the opening and closure in step-by-step mode.
With DIP4 SW2 OFF: Photocell input active in opening and closing (NC contact). If
blacked-out in the opening phase, the gate stops, re-starts opening as soon as the
photocell is no longer engaged. If blacked-out in the closure phase, the gate stops,
re-opens as soon as the photocell is no longer engaged.
With DIP4 SW2 ON: Sensitive edge input (NC contact), inverts movement by 10cm.
Photocell input active only in closing (NC contact). If blacked-out in the
closure phase, the gate stops and then re-opens.
COMMON
INPUTS
Inputs common clamps.
17 - 18 - 19
MOTOR M2
Motor power supply output M2 (17=Common, 18=Opening, 19=Closure) for
delayed motor in opening mode (gates with 2 leaves)
25 - 26
ELECTRIC LOCK
CONTROL
23 - 24
INCORPORATED
RECEIVER
ANTENNA
28 - 29
GATE OPEN
INDICATOR LIGHT
Output 24Vdc (28=+, 29=-) max 50mA for gate open indicator light open.
ATTENTION: to connect warning lights with consumption
exceeding 50mA, use an appropriate additional external relay
Sw1=
Micro switches for setting the
control unit -see micro
switches setting-
A=
Button used to enter
programming (SET)
B=
Button used to program times
(BREAK)
C=
Button used to program times
(WORK)
POWER=
Trimmer motor thrust
regulation
Sw2=
Micro switches for setting the
control unit -see micro
switches setting-
20
DO NOT USE
A
D
D
IT
IO
N
A
L
R
E
L
A
Y
2
4
V
c
c
-
m
a
x
5
0
m
A
29
28
INDICATOR
LIGHT
INDICATOR LIGHT
POWER SUPPLY
FUSES:
F1 = T1,6A 250Vac -delayed-
-ACCESSORIES 24V-
F2 = 5A 250Vac -instantaneous-
-230V POWER SUPPLY-
Flashing light power supply output (230Vac-
max50W
) to be used with
flashing light without -SERAI
RZ/20
-internal electronics.
Courtesy light output (230Vac-
max 100W
): active for 90s from the STOP
8 - 9
Short circuit on the common with jumpers.
1 - 7 - 10
Output
12 Vac
15 VA max for direct control of electric lock -SERAI M/83/1-.
To reduce the noise
a rectifier bridge can be used as per layout
Input for the connection of the antenna for the built-in receiver.
(23=
BRAIDING
, 24=
ANTENNA
)
F1F1
F2
F2
ON
SW1
SW2
3 4 5 6 7 8
SOG/4
POWER
+
-
ON
PED
START STOP FOTO FOTO AP FINE CH FINE AP
DL9
DL8
DL10
1 2
9 10
11121314 1516171819 20
21
22
27
2526
2324
O
P
E
N
C
L
O
S
E
C
O
M
U
N
E
230Vca ±10%
50/60Hz
F
N
FLASHING LIGHT
230Vca
COURTESY LIGHT
230Vca
O
P
E
N
C
L
O
S
E
C
O
M
M
O
N
M2
M1
PED
N
C
N
C
PHOTOCELL
FOR CLOSURE
RECEIVER
TRANSMITTER
PHOTOCELL
FOR OPENING
(or SENSITIVE EDGE)
RECEIVER
TRANSMITTER
NC
NC
NO
NC
NO
PEDESTRIAN
START
STOP
ELECTRIC LOCK
-SERAI M/83/1-
24 Vca
CONNECTIONS LAYOUT
DISCONNECT THE POWER
SUPPLY BEFORE INTERVENING
ON THE CONNECTIONS
OP.DEL.
SET
BREAK
WORK
A
B
C
Com
+24
spia
12Vca
RX
2829
+
-
230Vca
ELECTRIC LOCK
-SERAI M/83/1-
RECTIFIER
BRIDGE
ADDITIONAL
RELAY
12Vca
TRANSFORMER
230/12Vca
-SERAI TR/01-
F
N
REDUCTION OF ELECTRIC LOCK NOISE
To reduce the electric lock noise it is possible to use a 50V
4A rectifier bridge found on the market, connected as per
layout shown below.
230Vca
12Vcc
12Vca
12Vca
*
*
~
K
IT
/A
9
I
E
