4
LED signalling of the electronic card inputs (verifiable after switching on the power supply to the unit)
DL1
Always illuminated, un-illuminated with intervention of
COSTA
DL5
Always illuminated, un-illuminated with intervention of
STOP
DL2
Always illuminated, un-illuminated with intervention of
FCC
DL6
Always un-illuminated, illuminated with the operation
SEQ/START
DL3
Always illuminated, un-illuminated with intervention of
FCA
DL7
Always un-illuminated, illuminated with the operation
CH/P
DL4
Always illuminated, un-illuminated with intervention of
FOTO
DL8
Always un-illuminated, illuminated with the operation
APRE
In the event that signalling does not correspond to the above, check the connections and the efficiency of the various connected
devices.
5. Radio code entry
It is possible to store 128 rolling code radio controlled operations plus 128 fixed code radio controlled operations.
Radio controlled storage for input SEQ (it is advisable to proceed step by step)
•
Hold
down
the
P2
button until the
DL10
LED starts flashing.
•
Release
the
P2
button and activate the radio controlled operation to be memorised. When the
DL10
LED remains illuminated for
about 1 second and then switches off, the radio controlled operation is set. If on the other hand LEDs
DL9
,
DL10 and DL11
flash
for about 3 seconds then switch off, the operation has not been stored successfully due to having reached the maximum number
of radio controlled operations.
N.B.
Immediately after the storage of a radio controlled operation, the receiver will remain de-activated for about 3 seconds, in order to
avoid unwanted operation of the gate after the setting operation itself. It is however possible to store a new radio controlled operation
immediately by repeating the procedures described above.
Deleting a radio controlled operation
•
Hold
down
the
P2
button until the
DL10
LED starts flashing; do not release the button, wait for the flashing to increase in
frequency; continue holding down the button and wait for a further increase in frequency.
•
Release
the
P2
button and activate the radio controlled operation to be cancelled. When the LED
DL10
switches off, the radio
controlled operation has been cancelled.
Complete deletion of all radio controlled operations
•
Switch off the apparatus and switch it on again, holding down the
P2
button.
After a few seconds the
DL10
LED will start flashing
at very high frequency; continue to hold the button down for about 5 seconds until the
DL10
LED switches off. At this point all the
radio controlled operations have been deleted from memory.
Radio controlled storage for output SPIA (21-22)
•
Hold
down
the
P1
button until the
DL11
LED starts flashing.
•
Release
the
P1
button and activate the radio controlled operation to be stored. When the
DL11
LED remains illuminated for about
1 second then switches off, the radio controlled operation has been set. When the transmitter is pressed, the
SPIA
contact is
activated for 1 second, losing the operation of the gate light. If on the other hand LEDs
DL9
,
DL10 and DL11
flash for about 3
seconds then switch off, the operation has not been stored successfully due to having reached the maximum number of radio
controlled operations.
Deleting a radio controlled operation for output SPIA (21-22)
•
Hold
down
the
P1
button until the
DL11
LED starts flashing; do not release the button, wait for the flashing to increase in
frequency; continue holding down the button and wait for a further increase in frequency.
•
Release
the
P2
button and activate the radio controlled operation to be cancelled. When the LED
DL11
is no longer illuminated,
the radio controlled operation has been cancelled. If all transmitters are cancelled ouptuts 21 and 22 resume gate light operation.
N.B. If inputs which are normally closed (N.C.) are not being used, they should be bridged.
If several N.C. contacts are used on the same terminal they should be connected in series. If several N.A. contacts are used on the
same terminal they should be connected in parallel.
1
2
Motor output 24V DC.
14
16
Input for closing limit switch
N.C. contact
3
4
Out put for the boom light. Flashing while the boom is
moving and flashing slowly while barrier is closed
15
16
Input SAFETY EDGE (COSTA).
5
6
Flashing light output: intermittent output 24Vd DC max
10W
17
18
Output 24 V DC photocell-accessory power
supply. 17 + / 18 - (max 500mA)
7
11
Input OPEN, with gate stationary activates opening, with
gate in motion activates a reverse operation
19
20
Output LOCK in opening is activated for 1 sec
(12V DC mA 15VA)
8
11
In put CH/P, it controls the closing
21
22
Output SPIA: clean contact, it closes when barrier
is opened (traffic light feature) possibility of
inverting contact state from N.C. to N.O. through
jumper JP1(maximum applicable voltage 3A 24V
DC or 2A 125V aAC)
9
11
Input SEQ activates opening when the gate is closed, the
stop operation during opening (if DIP2 = OFF), closing
when the gate is open, and re-opening during closure
23
24
Antenna input to connect the ‘hot’ pole of the
antenna to terminal 23 and the braid to terminal
24
10
11
Input STOP
CN4
Connector for secondary input of the transformer
voltage 22-0-22 V AC
12
16
Input PHOTO
CN2
Connector for programming connection
13
16
Input for opening limit switch
N.C. contact
6. Programming and testing should be carried out after installing all signalling and safety devices stipulated by current
legislation, in order to reduce risk of injury as much as possible.
Preliminary checks:
•
Switch the unit on.
•
Check that all N.C. contacts (contacts normally closed) for each LED are switched on. If not, check the contacts on the devices
