2 - ELECTRIC CONNECTIONS
2B - CONNECTION DRAWING
- The control unit must be powered (by its external fuse box terminal), through a cable which must be at least 3x1.5 mm² wide. If
the distance between the control unit and the grounding system is more than 30m it is necessary to install an electric discharger
near to the control unit.
- The cables which will be used for the low-tension must be at least 0.25 mm² wide.
- If the length between the control unit and the grounding system is more than 30 m, it is necessary to use screen cables. If the
distance increases, it is necessary to increase also the section of the wires, to avoid current loss.
- Do not link the cables in underground box, or in inside the pipes.
- Use only RG58 wires to connect external antennas (it can be provided as accessory with included power cables).
2A - CABLES SECTION
Press button
RADIO
for
2 seconds.
(the red LED comes on).
Make a transmission
pressing the desired
key on the transmitter.
During entry,
the red LED flashes and
then remains steady on
once the code is stored.
Power the control
unit and set
Dip 1 (RADIO) to ON.
Memorize all the
transmitters making a
transmission with the
desired key.
Memorize all the
transmitters making a
transmission with the
desired key.
At the end of the operation,
press button
RADIO
again to exit the procedure.
(red LED goes off)
3 - RADIOTRANSMITTERS PROGRAMMING PROCEDURE
3A - START CHANNEL PROGRAMMING PROCEDURE
Press button
RADIO
for
2 seconds.
(the red LED comes on).
Make a transmission
pressing the desired
key on the transmitter
(different from the
START button).
During entry, the red
LED flashes and then
remains steady on once
the code is stored.
Power the control
unit and set
Dip 1
(RADIO) to
OFF.
At the end of the
operation, press button
RADIO again to exit the
procedure.
(red LED goes off)
3B - PEDESTRIAN OPENING START CHANNEL PROGRAMMING PROCEDURE
Using this procedure the installer can delete all the previously programmed radio remote controls from the memory.
3C - DELETING ALL THE CODES
Press button
RADIO again within
6 seconds to confirm the cancellation
(cancellation is confirmed by the flashing
becoming faster)
PLEASE NOTE:
- Every contact which will be connected to the control unit must be free contact.
- The limit switches (terminals 4,5,6,7,8), if not used, have to be free (not bridged). The control unit activate the contact only if it receive signals
from connected contacts.
- If there are no connected devices on the terminal 13 (normally closed input “
PHO1”), terminal 14 (normally closed input “PHO2”) and/or terminal
11 (“
STOP”), the concerning inputs must be bridged.
- If there are connected devices on the terminal 13 (normally closed input “
PHO1”), terminal 14 (normally closed input “PHO2”) and/or terminal 11
(“
STOP”), the concerning inputs must not be bridged.
- If the first wing beat on the other one, “
MOT1” (terminal 30,31,32) must start first. Then, it will be necessary to regulate the delay between the
wings through the trimmer “
DEL” (see paragraph 4B).
- If there is only 1 motor connected, it must be connected on “
MOT1” (terminals 30,31,32), and the “DEL” trimmer (paragraph 4B) must be set at
minimum.
- If there are more than 1 device connected to the normally closed input “
PHO1” (terminal 16), “PHO2” (terminal 17) and “STOP” (terminal 14),
they must be connected in series (see paragraphs 10C, 11A and 11B).
- If there are more than 1 device connected to the normally open input “
STR” (terminal 12) and “PED” (terminal 15), they must be connected in
parallel (see paragraphs 10A and 10B).
- If an external antenna is connected, the built-in wire in the terminal 1 must be removed.
Hold down button
RADIO for 3 seconds
(the red LED begins to flash rapidly).
!
Any pressing of the previously programmed button for the START, substitute the use of the channel.
The programming procedures are exited automatically in any case 10 seconds after the last transmission.
!
The programming procedures are exited automatically in any case 10 seconds after the last transmission.
!
ELECTRIC LOCK
AND COURTESY LIGHT
(See paragraph 12D, 12E)
LIMIT SWITCH
(see notes
below)
MEMORY CARD
DIRECTION
RADIO RECEIVER
DIRECTION
COMMANDS
(See paragraph 10)
ANTENNA
(See paragraph 12B)
1. 20V - Secondary
TRANSFORMER
2. 0V - Secondary
TRANSFORMER
3. 12V - Secondary
TRANSFORMER
4. Opening limit switch – motor 1
5. Closing limit switch – motor 1
6. Terminals 4,6,7,8 common (limit switches)
7. Opening limit switch – motor 2
8. Closing limit switch – motor 2
9.
START contact
10. Terminal 9,11,12
COMMON
11.
STOP contact
12. Pedestrian opening contact
PED
13. Safety devices in closing contact
PHO1
14. Safety devices in opening contact
PHO2
15. Terminals 16 and 17
COMMON (0V)
16. +
PHOTOCELLS (24Vdc)
17. +
WARNING LIGHT (24Vdc max 3W)
18. Electric lock control negative positive
19. Electric lock control consent
20. Electric lock control negative
21.
ANTENNA signal
22.
ANTENNA sock
23. 230 Vac power supply
24. Not used
25. 230 Vac power supply
30.
Phase 1, motor 1
31. Common,
motor 1
32.
Phase 2, motor 1
33.
Phase 1, motor 2
34. Common,
motor 2
35.
Phase 2, motor 2
PHOTOCELLS
WARNING LIGHT
(See paragraph
11 - 12c)
SECONDARY
TRANSFORMER
POWER SUPPLY
230VAC
PRIMARY
TRANSFORMERS
FLASHING LAMP
(See paragraph 12A)
MOTOR 1
CAPACITOR
BETWEEN THE TWO
PHASE IF NOT
BUILT IN MOTOR
CAPACITOR
BETWEEN THE TWO
PHASE IF NOT
BUILT IN MOTOR
MOTOR 2
20V
0
12V
FOP1
FCC1
0V
FOP2
FCC2
START
0V
STOP
PED
PHO1
PHO2
0V
+VA
+TX
+V
ELET
0V
ANT
GND
L
U
W
V
X
Z
Y
230V
N
LA
M
P
+V
MEMORY
TERMINAL
LINE FUSE
8A
LOW
TENSION
FUSE 1A
26. 27. 230V - Primary
TRANSFORMERS
28. 29.
FLASHING LAMP (+230 Vac max 25W)
+
16 15 13
16 15
RX
TX
NC
NO
C
-
CLOSING PHOTOCELL
CONNECTION
TERMINAL 15 IS THE COMMON FOR THE CONNECTION OF THE MECHANICAL RIB
OPENING PHOTOCELL
CONNECTION
+ -
+
16 15 14
16 15
RX
TX
NC
NO
C
-
+ -
