36
G
B
TECHNICAL SPECIFICATIONS
- Temperature range
-10 ÷ +55°C
- Humidity
< 95% without condensation
- Power supply
230V~ ±10% (120V 60Hz on request)
- Frequency
50/60 Hz
- Transformer power
150VA - main 230Vac
1st secondary 24Vac
2nd secondary 10Vac
- Maximum absorption
100 mA
- Network micro-switch
100ms
- Maximum power gate open led (SIGNAL) 24Vdc 10W
- Flasher maximum load
24Vdc 20W
- Current available for photocells and accessories 24Vdc 500 mA ±15%
- Battery power supply
24Vdc
RADIO TECHNICAL SPECIFICATIONS
- Reception frequency
433,92MHz
- Impedence
52 ohm
- Sensitivity
>1 µV
- Feedback control
PLL
- Memory storage (codes)
1000
TROUBLESHOOTING
After making all the connections, carefully following the diagram and having placed the gate
in intermediate position, check the correct lighting of led DL4, DL7, DL8 DL9, DL12, DL13
and DL14.
If one of the led does not turn on, check the following and replace any faulty components if
necessary (perform the inspection with the gate always in intermediate position):
DL4 red off - manual release open (close it)
DL7 red off - limit switch that stops gate closure is faulty
DL8 green off - limit switch that stops gate opening is faulty
DL9 red off - 3.3V power supply missing (check secondary 10Vac voltage presence from
transformer to connector J4).
DL12 red off - stop button fault (if the STOP is not connected, run the jumper between COM
and STOP).
DL12 red off - photocell fault (if the photocells are not connected, run the jumper between
COM and PHOT).
DL14 red off - safety edge fault (if the edge is not connected, run the jumper between COM
and EDGE).
During operation, hold DIP 1 in ON position, make sure that when the gate opens, the green
led DL6 turns on and that when the gate closes, red led DL5 turns on.
Otherwise, perform a new full opening programming sequence.
PROBLEM
SOLUTION
After making the various connections and supplying voltage, all leds are off.
Check the integrity of fuses F1 and F2.
In case of faulty fuse, replace it only with one of the same value: F1 = T 1,6A F2 = T 300mA
The photocells are not lit and the motor does not rotate
Check the integrity of fuse F3.
In case of faulty fuse, replace it only with one of the same value: F3 = T 10A
The gate opens, but does not close after the set time
Check that led DL3 turns on. If it is off, turn the trimmer clockwise.
Or, check that the photocells are not engaged.
It is also possible that you have pressed the STOP button with the gate open, temporarily
blocking the automatic closure.
The gate does not open and does not close when pressing the various K-RADIO OPEN-CLOSE
buttons.
Edge contact or photocell fault with DIP 4 OFF. Adjust or replace its contact.
Or, check that manual release device is not open.
When the gate is open, pressing the K, RADIO button or the CLOSE button, the gate does not
move.
Clock function enabled. Check the status of the B.I.O. input.
Or, edge auto-test failed = > check the connections between the electronic panel and power
unit of the edges. Caution: If you are not using a power unit for the edges, DIP 10 must be
set to OFF.
the gate triggers an alarm due to over-current, signalled by 3 buzzer tones.
Check the sliding of the gate, making sure that there is no friction. Only if necessary, set DIP
7 to OFF to exclude the current sensor.
LED DL1 flashes ON-OFF 250ms.
DIP 1 set to ON. Set it to OFF.
Or, an edge or photocell is broken. The movement is allowed only if operator-run.
When programming the time, the gate stops and the buzzer emits a tone for 10 s, with pause
for 2 s.
Incorrect programming sequence. Set DIP 2 to OFF.
Bring the gate at about 20 cm from the end closure and repeat the programming sequence.
After verifying the correct functioning of the operator, fix the control panel cover and secure the cover of the operator using the screws and bolts provided. The fixing bolt of the
operator’s cover must be tighten into the nuts previously inserted in the aluminum base.
