9
8
PIC. 14
PIC. 13
CONNECTION DIAGRAM FOR SWING GATES
13
exp
TERMINAL BOARD
STOP
OPEN
CLOSE
E. CONNECTIONS
KEYSWITCH SECH 15
STOP N.C. CONT
A
C
CLOSE N.O. CONT
ACT
OPEN N.O. CONT
ACT
COMMON
1 2 3 4 5
6 7 8 9 10 11 12 13 14 15
16 17 18
7 8
M1
M2
19 20 21 22 23 24 25
12,5
µ
F
12,5
µ
F
1
2
3
4
5
6
7
8
9
—
ON
OFF
1 2 3 4 5 6 7 8
ON
RADIO CONTROL
PLUG-IN CARD SUPPORT
ON TO “0” THE DELAY
IS OUT OF SERVICE
DWELL TIME
MOTOR RUN
OPEN & CLOSE TIME
CAPACITORS
MICROPROCESSOR
DIP-SWITCH
TERMINAL FOR
CONNECTIONS TO
PUSH BUTTONS PULIN 3
1 AMP. FUSE
24 V OUTPUT
TERMINALS 12-13
TIMER SWITCHES
FUSE
630 mA
FUSE 5 AMPS
1 st
CHANNEL
24 V OUTPUT
Should more pairs of photocells be required
than the recommended quantity
, fit an auxiliary
transformer outside the control box.
= PHOTOCELLS 2
nd
P
A
IR =
Inside photocells N.C. cont
act
If obstracted, they prevent the ga
tes from opening
reverse ga
te direction during close cycle
N.C. CONT
ACT
PHOTOCELLS
COMMON
OPEN SWITCH N.O. CONT
ACT
CLOSE SWITCH N.O. CONT
ACT
STOP SWITCH N.C. CONT
ACT
RADIO CONT
ACT N.O.
COMMON
VOL
TAGE OUTPUT
ELECTRIC LOCK SUPPL
Y
24 V INDICA
TOR - 3 W max.
24 V
OUTPUT A.C.
Max permitted load:
2 pairs photocells
1 radio receiver
COMMON
COMMON
230 V FLASHING LAMP
25 W max.
230 V SINGLE-PHASE
SUPPL
Y VOL
TAGE
ELECTRIC MOTORS
SINGLE-PHASE
NOTE WELL: For special applications, ie. to switch
on lights - CCTV etc., SOLID STATE RELAYS are
recommended to be used only. Standard relays
would affect the micro-processor.
NOTE WELL: THIS PANEL IS TESTED TO OPERATE GATES ONLY
THROUGH FADINI ACCESSORIES. NO GUARANTEE FOR
ACCESSORIES OF OTHER MAKE OR SPECIAL APPLICATIONS.
ALL OPERATIONS
OPEN, CLOSE AND
REVERSE
RADIO CONTACT
LEAF DELAY
TIMER CLOSE
Drwg. No.
1643
P.C. BOARD
LED No. 1 - It switches on when voltage is supplied
OPEN
STOP
CLOSE
N.O.
N.C.
N.O.
3
4
5
6
26 27 28 3
CONNECTION TO THE “PULIN 3” PUSH
BUTTONS WITH STATUS INDICATION LEDS.
0
FLASHING LAMP
630 mA FUSE
SAFETY CONT
ACT N.C.
ELECTRICAL WIRING DIAGRAM OF THE ELECTRONIC
PROGRAMMER
Once the connections have been made, do the first switching
test through the control panel. Set the motor run timer so that
the motor is allowed to run 4 - 5 seconds more than the gates.
Set the other timers to meet the site requirements. Set DIP switch
B No. 3 to
automatic
(ON): on pulsing to 4 - 8 the gates must be
operated as pre-set, ie. opening and only after the dwell time,
closing. Adjust the times through the respective timers. (See No.
07, 08 and 09 drwg. No. 1643).
With DIP switch "B" No. 3 to
semiautomatic
(OFF) one pulse opens
the gates, a second pulse to 5 - 8 is needed to close the gates.
Any one pulse to 7 - 8 will open, close or reverse the gates
independently from the operation being performed. It is
recommended to carefully read the instructions in the control
box to have all the functions performed correctly.
The 6 LEDs on the P.C. board indicate the following:
Led No. 1 It switches on when voltage is supplied
Led No. 2 Photocells - Normally on. It switches off when the
photocells are obstructed
Led No. 3 Open - It switches on when the respective switch is
activated
Led No. 4 Close - It switches on when the respective switch it
activated
Led No. 5 Stop - Normally on. it switches off when the respective
switch is activated
Led No. 6 Radio - It switches on whenever a pulse is given, either
from remote control, keyswitch or push buttons.
3 4
To perform the electrical work, connections are as per diagrams on pages 8-9. Once the connections have been made, adjust the
switches in the control box so that the sequence of operations occurs as pre-set. Set DIP switch 3 on automatic and check if the working
times meet your requirements. On semiautomatic mode, one pulse opens the gates, a second pulse is needed to close the gates.
The below diagram is general for an application of the operator and the complementary accessories which are supplied with the unit.
1 - STEMMED AERIAL A 43
2 - LAPI 2 FLASHING LAMP
3 - 230 V - 50/60 Hz MAINS SWITCH WITH
MAGNETIC-THERMAL DIFFERENTIAL TYPE 0.03 A
(beyond 100 m distance 2.5 mm Ø cables are recommended)
4 - RADIO RECEIVER CARD A 43/2R
5 - ELECTRONIC PROGRAMMER TYPE ELPRO 13 exp
6 - JUNCTION BOX
7 - WALL PUSH BUTTONS PULIN 3 (INSIDE HOME)
8 - POST WITH PHOTOCELL RECEIVER TYPE DIFO 33
PLEASE NOTE: Should the electric motors
fail to start properly because of power
shortage, connect some extra 12.5
µ
F
capacitors to the phase and common
terminals as shown in pic. 16.
9 - RADIO TRANSMITTER TYPE A43/ 2TR
10 - KEYSWITCH TYPE SECH 15
11 - ELECTRIC LOCK
12 - PHOTOCELL TRANSMITTER DIFO 33. OUTSIDE
13 - RIGHT-HAND OPERATOR TYPE APROLI 280 BATT
14 - PHOTOCELL RECEIVER TYPE DIFO 33 OUTSIDE
15 - LEFT-HAND OPERATOR TYPE APROLI 280 BATT
16 - MECHANICAL LATCH
17 - POST WITH PHOTOCELL PROJECTOR TYPE DIFO 33
PIC. 15
PIC. 16
230 Volt
MAINS SWITCH
ALL THE ELECTRICAL EQUIPMENT MUST BE EARTH CONNECTED
1
2
3
4
5
6
7
6
17
14
15
16
10
11
12
13
8
9
16 17 18 19 20 21 22 23
COMMON M1
PHASE M1
PHASE M1
COMMON M2
PHASE M2
PHASE M2
Elpro 13
exp
Terminal board
Drwg. No.
1643
Sx 2
°
Dx 1
°
12.5
µ
F
COMMON
COMMON
12.5
µ
F
B
+
+
+
26
27
28
PEDESTRIAN MODE
ONE PULSE OPENS
ONE GATE LEAF ONLY
PULSE TWICE CONSECUTIVELY
TO OPEN BOTH GATE LEAFS
