RIB KS2 Instruction Pour Le Montage page 15

ELECTRONIC BOARD KS 2
B - OPERATING MICROSWITCH
DIP 1 CHECKING THE ROTATION DIRECTION OF THE MOTOR
(ON) (POINT C)
DIP 2 TIMING (ON) (POINT C)
DIP 3 Pausing time before automatic closing in normal and
pedestrian mode (ON)
DIP 4 Jogging radio receiver (OFF) - automatic (ON)
DIP 5 Single impulse command (K BUTT) jogging (OFF) - automatic (ON)
DIP 6 Photocells always active (OFF) - Photocells active only on closure (ON)
DIP 7 Encoder for the PLUS model (ON - operated)
DIP 8 Pre-blinking (ON) - Normal blinking (OFF)
DIP 9 Slow speed - only in closing (ON-operated)
DIP 10 Electric Lock (ON-operated)
DIP 11 Release pulse in opening phase (ON- operated)
DIP 12 230V Motor (OFF) 120V (ON)
S1 => "PROG." Programming button
S2 => Select operation with 1 or 2 motors (default closed track 2 motors)
S3 => Timed operation jumper (OFF) or electric limit switches (ON)
TORQUE - ELECTRONIC TORQUE REGULATOR
The torque is regulated by rotating the Trimmer TORQUE, varying the output voltage of
motor ends, (when rotated clockwise, more torque is transmitted to the motor).
Such torque is automatically included 3 seconds after the start of every operating cycle.
This allows the motor to have the maximum pickup when it starts.
SLOWING DOWN
Use DIP 9 to enable or disable further slowing down. This only takes place just before final
closing by a reduction of the motor voltage (low voltage with electronic clutch) and is
directly proportional to the value set by the electronic clutch trimmer.
Code BC07048
A - CONNECTIONS
J1 => SEC.TRANSF. Secondary transformer connector
J2 => AERIAL Radio antenna
COM Common contact unit
PHOT.1 NC Photocell contact (NC)
LSO Stop opening limit switch M1 (NC)
LSC Stop closing limit switch M1 (NC)
LSO Stop opening limit switch contact M2 (NC)
LSC Stop closing limit switch contact M2 (NC)
STOP Stop button contact (NC)
OPEN Opening button contact (NO)
CLOSE Closing button contact (NO)
K BUTT. Single pulse contact (NO)
A*A Accessory power supply at 24Vac
SIGNAL Gate open light 12Vdc
BUZZER Wiring acoustic warning (12Vdc max 200 mA)
LOCK Electric lock connection (Max 15W 12V)
NOTE: IF THE ELECTRIC LIMIT SWITCHES ARE NOT USED, THERE IS NO NEED
TO BYPASS THEM OUT WITH A JUMPER. THEY CAN BE BYPASSED IF JUMPER
S3 IS OPEN.
J3 => U - MOTOR 2 MOTOR 2 COMMON CONNECTION UNIT
V-W - MOTOR 2 MOTOR 2 INVERTER AND CAPACITOR CONNECTION
U - MOTOR 1 MOTOR 1 COMMON CONNECTION UNIT
V-W - MOTOR 1 MOTOR 1 INVERTER AND CAPACITOR CONNECTION
BLINKER (max 40W )
J4 => L1 - N Power supply 230Vac 50/60Hz (on request 120V/60Hz)
J5 => PRI.TRANSF. Connector for transformer primary connection
J6 => HEATER SUPPLY Connector for heater supply board (Optional – DO NOT
TOUCH THE GUARD! )
J7 => ENCODER Terminal board for Encoder M1 and M2 connection
S-M1 - Encoder M1 signal
+ M1 - Encoder M1 power positive sign
GND - Encoder M1 and M2 power negative sign
+ M2 - Encoder M2 power positive sign
S-M2 - Encoder M2 signal
J8 => EXP. Connector for EXPANDER board
J9 => RADIO Connector for 24Vac radio receiver
J10 => HEATER Connector for heater board control
J11 => DO NOT TOUCH THE JUMPER !
IF IT IS REMOVED THE OPERATOR DOESN'T MOVE !
LED SIGNALS
DL1 Photocell contact (NC)
DL2 M1 opening limit switch contact (NC)
DL3 M1 closing limit switch contact (NC)
DL4 M2 opening limit switch contact (NC)
DL5 M2 closing limit switch contact (NC)
DL6 Stop contact (NC)
DL7 M1 encoder operation control
DL8 M2 encoder operation control
DL9 Programming active
DL10 Closing gate M1
DL11 Closing gate M2
C - MOTOR DIRECTION OF ROTATION CONTROL
This control facilitates installation of the system and allows further checks to be
performed.
1 - Release the motor and move the gate to half open position.;
2 - Put Dip 1 in the On mode => The LED DL9 starts blinking;
3 - Press the PROG button and hold it (the gate now is controlled in a dead man mode:
open, stop, close, stop, open) => THE RED LED DL10 and the DL11 come on and the
gate starts closing. The second leave closes four seconds after the first one. If this
does not happen, invert the wires of the motors V1,W1 and V2, W2);
4 - Press the PROG button and hold it => the gate starts opening. The two gate leaves will
open with a two second difference;
5 - Adjust the mechanical stoppers in opening;
6 - Press the hold the PROG button until both gate leaves reach the completely close
position and are now ready for the timing programming;
7 - Set the electrical limit switches if provided;
8 - At the end of the procedure, switch DIP1 to OFF. LED DL9 goes off to confirm exit
from the check procedure.
N.B. During this check, the encoder and photocells are not active.
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