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CONNECTIONS TO TERMINAL BLOCKS
1 .. MOTOR 1 POSITIVE INPUT N.1 (pedestrian)
2 .. MOTOR 1 NEGATIVE INPUT N.1 (pedestrian)
3 .. MOTOR 2 POSITIVE INPUT N.2
4 .. MOTOR 2 NEGATIVE INPUT N.2
5 .. FLASHING LAMP / COURTESY LIGHT OUTPUT
6 .. OPEN GATE LAMP OUTPUT
7 .. ELECTRIC LOCK CONNECTION. SEE APPOSITE PARAGRAPH
8 .. COMMON OUTPUT FOR FLASHING LAMP / OPEN GATE LAMP / ELECTRIC LOCK
9 .. POSITIVE INPUT FOR BACKUP BATTERY
10 .. NEGATIVE INPUT FOR BACKUP BATTERY
11 .. POSITIVE OUTPUT + 12 / 24VCC FOR ACCESSORIES POWER SUPPLY
12 .. COMMON OUTPUT FOR LAMP AND OPEN GATE LAMP
M2
13 .. PHOTOCELL TEST AND EMERGENCY CONTROLS
14 .. START INPUT (NO contact)
15 .. PEDESTRIAN START INPUT (NO contact)
16 .. SAFETY EDGE INPUT (NC contact)
17 .. STOP INPUT (NC contact)
18 .. PHOTOCELL INPUT N.1 (NC contact)
19 .. PHOTOCELL INPUT N.2 (NC contact)
20 .. M1 OPENING LIMIT SWITCH (NC contact)
21 .. M1 CLOSING LIMIT SWITCH (NC contact)
22 .. M2 OPENING LIMIT SWITCH (NC contact)
23 .. M2 CLOSING LIMIT SWITCH (NC contact)
24 .. COMMON OUTPUT FOR PHOTOCELLS - START - STOP – LIMIT SWITCHES
M3
25 .. ANTENNA POSITIVE INPUT
26 .. ANTENNA NEGATIVE INPUT
IMPORTANT:
J1 MUST BE CLOSED FOR 12VDC MOTORS
J2 MUST BE OPEN FOR 12VDC MOTORS
DIP SW1 MANAGEMENT Do the settings when gate is closed
DIP
ON
DIP1
Learning Time
DIP2
Hold to run command function enabled
DIP3
Step by step without automatic closing
DIP4
Community mode: after the first opening start signal
the gate doesn't accept other start signals. Gate will
close automatically.
DIP5
Function for engaging electrical lock (2 seconds at
maximum pressure at the end of closing) enabled.
DIP6
Obstacle sensing function will stop the gate and
reverse it for 3 seconds when detecting obstacle
DIP7
Slow down time = 3 seconds
DIP8 e 9
Slowdown Rate See table below
DIP10
1 leaf gate functioning
SLOW DOWN TABLES
DIP8 - DIP9 SW1 Do the settings when gate is closed
Off - Off = Slow down is disabled
On - Off = High slow down
On - On = Medium slow down
Off - On = Low slow down
DIP SW2 MANAGEMENT Do the settings when gate is closed
DIP
ON
DIP1
Disables M2 closing limit switch input (FCC2)
DIP2
Disables M2 opening limit switch input (FCA2)
DIP3
Disables M1 closing limit switch input (FCC1)
DIP4
Disables M1 opening limit switch input (FCA1)
DIP5
Disables FOTO2 (opening and closing photocell)
DIP6
Disables FOTO1 (closing photocell)
DIP7
Disables STOP input
DIP8
Enables rapid re-closing after 3"
DIP9
Setting Battery Voltage = 12 VDC
DIP10
Enables Courtesy Light + 3 Minutes on Terminal 5
OFF
Normal operation
Hold to run command function disabled
Automatic closing enabled
Community mode disabled
Function for engaging electrical lock disabled.
Obstacle sensing function will stop the gate when
detecting obstacle
Slow down time = 5 seconds
Slowdown Rate See table below
2 leafs gate functioning
OFF
Enables M2 closing limit switch input (FCC2)
Enables M2 opening limit switch input (FCA2)
Enables M1 closing limit switch input (FCC1)
Enables M1 opening limit switch input (FCA1)
Enables FOTO2 (opening and closing photocell)
Enables FOTO1 (closing photocell)
Enables STOP input
Disables rapid re-closing
Setting Battery Voltage = 24 VDC
Disables Courtesy Light
OBSTACLE SENSING ADJUSTMENTS (default set to half threshold)
Rotating the PT1 and PT2 trimmer clockwise increases the obstacle sensing of the respective motor. (From 0.5 to 7.0 A).
PT1 = M1 / PT2 = M2
The operation of the amperometric in both opening and closing causes the immediate stop of the movement or anti-crash
with release of the obstacle (function selectable with DIP6 SW1)
If slowdowns are used, during this phase, the obstacle sensing is automatically set to fixed values so as not to risk false
operations.
If the system is not equipped with electrical limit switches, set DIP6 SW1 to ON. This is to avoid the risk that the ground
stopper or the meachnical limit switch of motor is detected as on obstacle.
To disable obstacle sensing function rotate PT1 and PT2 totally clockwise.
CONNECTING ELECTRIC LOCK TO 12V SYSTEMS WITH OR WITHOUT BATTERY:
Connect the two ends of the electric lock to terminal 7 "lock" and to terminal 8 "com"
CONNECTING ELECTRIC LOCK TO 24V SYSTEMS WITHOUT BATTERY:
If we have a 12V electric lock on 24V systems connect a pole of the electrical lock to terminal 7
"Lock" and the other pole on the transformer (12V) wire.
CONNECTING ELECTRIC LOCK TO 24V SYSTEMS WITH BATTERY:
If we have a 12V electric lock on 24V systems, connect an electric lock pole to terminal 7 "lock" and the other pole on the
two battery series (= 12V).
TEST INPUT
In the programming phase, a photocells presence and operation control is performed: this is done by removing power
from photocell TX (must be powered by the POSITIVE terminal 13)
If the presence of the photocells is detected during this phase, the control unit controls the proper functioning of the
photocells before each gate movement. In the event that the photocells are not present at time of programming, but there
was a closing jumper or otherwise powered, the control panel does not perform controls by automatically excluding the
input.
BATTERY INPUT
The control unit is equipped with a battery input directly supervised by the micro-controller which determines its vitality;
The charging cycle starts if it reads the battery discharge value, otherwise the battery is not charged to prevent abnormal
use. We recommend that you use 12V 2 or 7 Ah rechargeable batteries. In the 24V version use two batteries in series.
WATCH FUNCTION
Using terminals 14 and 24, you can connect a TIMER to program programmed gate openings.
The timer contact must be NO type and must remain closed for as long as the gate remains open.
If there is already a connection to terminal 14, connect it in parallel.
AUTOMATIC CLOSURE ON POWER RETURN
If automatic closing is enabled and, before removing electricity or electricity black out is faced, the gate was not closed,
once the control board is powered again, it will automatically close the gate.
PREFLASHING
Pre-flashing function is fixed at 3 seconds
OPEN GATE LAMP
Closed Gate = Lamp is Off
Gate not closed = Lamp is On
SAFETY EDGE INPUT
The control unit is predisposed for controlling safety edges. On this input you can connect either the NC or the 8k2
inductive safety edges. The controller during the time learning phase controls the input, if there are any connected safety
edges, it stores both mechanical and inductive values. If you do not connect any type of safety edge, bridge the "COSTA"
input with terminal 24 "com".
RAPID CLOSING FUNCTION:
This function allows you to reduce the pause time to 3 seconds from the operation and release of the photocells. To
enable this function, bring DIP8 SW2 to the ON position.
REMOTE CONTROL CODE LEARNING (ATTENTION: TO BE PERFORMED WHEN THE GATE IS CLOSED ONLY)
Press the P1 key, the "prog" programming LED lights up to indicate that the control panel is ready to learn a remote
control (regardless of the type DIP or Rolling-Code code). Now you can press one of the keys of a transmitter (1-3 or 4).
Button 2 only for pedestrian start. The prog led on the board gives a blink to confirm the remote control code is stored
correctly. Wait unitil the prog led lights off and start using the remote control. If you have other remotes codes to store, do
it in the same procedure before the prog led lights off or repeat sequence again.
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