Safety Accessories Operation; Stop Button - RIB K500 FAST Instructions D'utilisation

ATTENTION: If JP3 is closed the function black out is not active.
If JP3 is opened the function black out is active.
If the gate is fully closed
If the gate is in the opening stroke
If the gate is fully open (with dip 3 OFF)
If the gate is fully open (with dip 3 ON)
If the gate is performing the closure stroke
If the gate is in strips alarm mode
If the gate is performing the open or close stroke, or it is fully open
with dip 3 ON or OFF and thus unlocked and closed manually.
If the gate is performing the open or close stroke, or it is fully open
with dip 3 ON and thus unlocked and opened manually
If the gate is performing the open or close stroke, or it is fully open
with dip 3 OFF and thus unlocked and opened manually
TAB1

SAFETY ACCESSORIES OPERATION

PHOTOCELL (COM-PHOT.)
If DIP 4 is OFF - The gate does not open if there Is an obstacle within the photocells
range of action. During operation, photocells work both when the gate
opens (by starting the opening movement again after half a second
time), and when It closes (by starting the reverse movement after one
second time).
If DIP 4 is ON - If there Is an obstacle within the photocells range of action when the gate
is closed and its opening Is commanded, the gate opens (during Its
opening, photocells do not work). Photocells work only while the gate Is
closing (by starting Its reverse motion after one second, even if they are
still engaged).
NOTE: in case this line is not used, bridge the contacts COM-PHOT.
PNEUMATIC MECHANICAL OR ´FOTOCOSTA´ SAFETY STRIPS (COM-EDGE)
The connection of safety devices depends on their very location in the system.
If you want to protect the action range of your gate during its opening and closing cycles,
connect the safety strips to the terminals COM-EDGE.
When the safety strip is activated, the automation reverses its movement direction.
NOTE: in case this line is not used, bridge the contacts COM-EDGE.
SAFETY STRIPS ALARM
In case during a normal operating cycle the safety strips get triggered twice, afyter the
second impulse the gate shortly reverts the motion, and hence.

STOP BUTTON

(Possible serial connection to common contact of end travel switches)
Above connection scheme is recommended when using the automatic operation mode
(DIP 6 OFF).
Operation of the pushbutton STOP causes the gate to stop under any circumstance.
N.B.: This electric board can supply power ONLY TO BLINKERS WITH (ACG7059)
BLINKING CIRCUIT, with max. 40W lamps.
PRE-BLINKING FUNCTION:
- With DIP 5 on OFF => the motor, the blinker and the buzzer start at the same time.
- With DIP 5 on ON => the blinker and the buzzer start 3 seconds before the motor.
BUZZER (Optional)
Current as supplied for buzzer operation 200 mA 12Vdc.
The buzzer emits an intermittent sound signal during opening and closing cycles.
When safety devices are operated (safety edges alarm), the intermittence frequency
of this sound signal Increases.
On power black out
BLINKER
On power restoring
Will remain closed
Will restart the opening stroke
Will remain open. It is possible to operate a closure afterwords.
Will remain, but on elapsing of automatic closure time it will start the
closure stroke
Will complete the closure stroke.
Strips alarm will be restored
Will remain closed
Will remain open, but on elapsing of the automatic closure time, it will
close.
Will remain open. Subsequently it will be possible to drive it to close.
TECHNICAL DATA
Temperature range
Moisture
Power supply voltage
Frequency
Transient power mains drops
Max. power managed at the motor output
Max. load at the blinker output
Max. card power absorption (excluding the accessories) 40mA
Current available for the photocells
Protection degree
Weight of the equipment
Dimensions
TECHNICAL FEATURES OF THE RADIO (CRX MODELS ONLY)
Frequency for the reception
Impedance
Sensitivity
Energizing time
De-energizing time
Codes to be memorized
Current available on the radio connector
- All inputs shall be used as clean contacts without earthing, because the power supply is
generated in the card and is structured in such a way to guarantee the respect of double
and reinforced insulation to the elements under voltage
- All inputs are managed by a programmed circuit that carries out a self-control every time
the gate is operated.
Pag. 25 di 44
-10÷55°C
<95% without condensation
230V±10% (120V±10% on request)
50/60Hz
20ms
1CV
40W with resistive load
0,4A±15% 12Vdc
IP54
0,80 Kg
14,7 x 6 x 18cm
433,92MHz
52Ω
>2,24µV
300ms
300ms
N° 60
200mA 12Vdc
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