RIB KING Mode D'emploi page 34

G
B
WE RECOMMEND NOT TO OVERLOAD THE INDICATOR OUTPUT (SIGNAL -
COM) OTHERWISE THE GATE FUNCTIONING COULD BE COMPROMISED OR
THE CONTROL BOARD COULD BE DAMAGED
rEsTOrATION Of OPErATIONs AfTEr A BLACKOUT
If DIP 11 is turned OFF the blackout function is DISABLED.
If DIP 11 is turned ON the blackout function is ENABLED.
In case of a blackout occurs and the blackout function is enabled (DIP11 ON),
when the main power returns, automatically the operator will function according
to the chart 1.
During blackout
If the gate is totally closed
If the gate is opening
If the gate is totally open (with DIP3 OFF)
If the gate is totally open (with DIP3 ON)
If the gate is closing
If the gate is in the safety edge alarm state
T
rOUBLE sHOOTING
After having carried out all connections, by carefully following the layout and having positioned the gate in intermediate position, check the correct ignition of
LEDS DL7, DL8.
In case of no ignition of the LEDS, always with gate in intermediate position, check the following and replace any faulty components.
DL7 switched off Faulty photocells
DL8 switched off Faulty safety edge (In case the edge is not connected, carry out jumper between COM and EDGE)
During functioning with personnel present, with DIP 1 at ON, check that during opening of M1 and M2 the green DL5 and DL3 LEDS switch on and that during
closing of M1 and M2 the red DL6 and DL4 LEDS switch on.
If not, invert clamps V and W on the motor terminal board of the interested motor.
After having carried out the various connections and having supplied voltage, all the LEDS
are switched off.
The motor opens and closes, but it has no strength and moves slowly.
The gate opens but does not close after the time set.
The gate does not open or close by activating the various K and RADIO buttons.
By activating the K button the gate does not move.
The electric lock does not work.
chart 1
At the return of the main
power supply
It will remain closed
It will continue opening
It will remain open, waiting
for any command
It will remain open and
then, when the time of
the Automatic Closing is
expired, the gate will close
It will continue closing
The safety edge alarm will
renewed
fAULT
T
ECHNICAL sPECIfICATIONs
- Humidity
- Power supply voltage
- Frequency
- Maximum absorption
- Interruptions in electricity supply
- Maximum power of gate open indicator
- Maximum load of blinker output
- Current available for photocells and accessories
- Current available on radio connector
TECHNICAL rADIO sPECIfICATIONs (Only CrX models)
- Reception frequency
- Impedance
- Sensitivity
- Excitation time
- De-excitation time
- Codes in store
- All the inputs must be used as clean contacts because the power supply is
generated internally (safe voltage) in the card and it is set in a way to guarantee
the use of the double insulation and reinforced in relation to parts with hazardous
voltage.
- Any external circuits connected to the outputs of the control board, must be
carried out to make sure the double or reinforced insulation is used in relation to
parts with hazardous voltage.
- All the inputs are run by a programmed integrated circuit which carries out a self-
check at the beginning of each operation.
Check the integrity of fuses F1 and F2. In case of interrupted fuse use only of
adequate value F2 = 5A F1 = 100mA.
Check trimmers TORQUE and LOW-SPEED adjustment.
Ensure to have set DIP 3 at ON. Button K BUTTON always inserted in automatic
functioning mode (DIP 6 OFF). Replace button or switch of the selector switch.
Failed edge self-test => check the connections between electronic board and edge
feeder.
Attention: if not using a feeder for edges, DIP 10 must be at OFF position.
Faulty safety edge contact. Faulty photocells contact with DIP 4 OFF.
Fix or replace the relative contact.
Impulse K always inserted. Check and replace any buttons or micro-switches of the
selector switch.
Ensure to have enabled DIP 8 at ON.
34
34
< 95% without
condensation
230 o 120V~ ±10%
50/60 Hz
32 mA
100ms
12Vdc 3W (equivalent to
1 bulb of 3W or 5 LED
with serial resistance of
2,2 kΩ)
40W with resistive charge
500mA 12Vdc
200mA 12Vdc
433,92MHz
52 Ω
>2.24µV
300ms
300ms
N° 62
sOLUTION