RIB PRINCE 24V Importantes Instrucciones De Seguridad Para La Instalación página 34

G
B
POINT D -
PROGRAMMING FOR 2 MOTORS (#)
DURING THE PROGRAMMING, THE CURRENT SENSOR IS
ALWAYS ACTIVE.
1 - The gate must be fully closed.
2 - Turn DIP2 to ON position, LED L9 starts blinking.
3 - Press PROG. Button, motor M1 opens.
4 - Once reached the open position, the CURRENT SENSOR will cut out
motor M1 and the travelling of M1 will be stored.
5 - Motor M2 opens, automatically.
6 - Once reached the open position, the CURRENT SENSOR will cut
out motor M2 (time travel of M2 has now been just stored with this
operation). The gap of time between now (stop of motor M2) and the
next pressing of the PROG. button (see step 7 below) will be then stored
as waiting time for Automatic Closing feature.
7 - Press PROG. button, M2 closes and the Automatic Closing time is
stored (see DIP3 function to enable or disable the Automatic Closing
feature). The gap of time between now (close of motor M2) and the
next pressing of the PROG. button (see step 8 below) will be stored
as time delay between motor M2 and motor M1 closing, during normal
operations.
8 - Press the PROG. button, motor M1 closes thus setting the delay time
between M2 and M1, as explained in step 7 above.
9 - The LED L9 will turn OFF, signalling exit from the Point D procedure.
Closing of the gate will be carried out at normal speed and only on
approaching total closing at low speed (depending on the adjustment of
LOW SPEED trimmer).
10 - Turn DIP2 to OFF position.
During Point D procedure, the safety devices (photocells and safety strip)
are active.
POINT E -
PROGRAMMING FOR 1 MOTOR (M1) (#)
ATTENTION: in order to manage one motor only, OPEN
JUMPER JP3.
DURING THE PROGRAMMING, THE CURRENT SENSOR IS
ALWAYS ACTIVE.
1 - The gate must be fully closed.
2 - Turn DIP2 to ON position, the LED L9 starts blinking.
3 - Press PROG. button, the motor M1 opens.
4 - Once reached the open position, the CURRENT SENSOR will cut
out motor M1 (time travel of M1 has now been just stored with this
operation). The gap of time between now (stop of motor M1) and the
next pressing of the PROG. button (see step 5 below) will be then stored
as waiting time for Automatic Closing feature.
5 - Press PROG. button, M1 closes and the Automatic Closing time is
stored (see DIP3 function to enable or disable the Automatic Closing
feature).
6 - The LED L9 will turn OFF, indicating exit from the Point E procedure.
Closing of the gate will be carried out at normal speed and only on
approaching total closing at low speed (depending on the adjustment of
LOW SPEED trimmer).
7 - Turn DIP2 to OFF position.
During Point E procedure, the safety devices (photocells and safety strip)
are active.
SHOULD THE GATE LEAVES NOT COMPLETELY CLOSED (FOR
ISTANCE FRICTIONS DURING THE TRAVEL, WINDY AREA, ETC.)
AFTER PROGRAMMING, YOU MIGHT DISACTIVATE THE CURRENT
SENSOR DURING THE SLOW SPEED (DIP7 ON).
IN THIS CASE IS NECESSARY INSTALLING SAFETY DEVICES (ES.
SAFETY-STRIPS) TO COMPLY WITH EN12453 REGULATION.
POINT F -
PROGRAMMING OF PEDESTRIAN OPENING
(#)
1 - The gate must be fully closed.
2 - Turn DIP2 to ON position, the LED L9 starts blinking quickly.
3 - Immediately, turn also DIP1 to ON position, the LED L9 starts blinking
slowly.
4 - Press the pedestrian pushbutton PED. BUTT, motor M1 opens.
5 - When the motor M1 leaf is opened enough for the pedestrian crossing,
press the pedestrian pushbutton to stop the travel (thus defining the
opening stroke of motor M1). The gap of time between now (stop of
motor M1) and the next pressing of the PROG. button (see point 6
below) will be stored as waiting time for Pedestrian Automatic Closing
feature.
6 - Press the pedestrian pushbutton PED. BUTT, M1 closes and the
Pedestrian Automatic Closing time is stored (see DIP3 function to
enable or disable the Automatic Closing feature).
7 - Turn DIP1 to OFF position.
8 - Turn DIP2 to OFF position.
During Point F procedure, the safety devices (photocells and safety strip)
are active.
POINT G -
RADIO CODE STORING (ONLY FOR CRX)
(MAX 32 CODES)
1 - The gate must be fully closed.
2 - Turn DIP1 to ON position, the LED L9 starts blinking quickly.
3 - Immediately, turn also DIP2 to ON position, the LED L9 starts blinking
slowly. Each code must be programmed within 10 seconds.
4 - Press one of the buttons on the remote control (usually channel A).
If the remote control is stored correctly green LED L10 (on the PK2 24
CRX control board) emits a flash. The 10 seconds' time within storing
radio code is automatically renewed to allow the storing of the next
remote control.
5 - To end radio code storing either press PROG. button or let 10
seconds pass. The LED L9 and LED L10 turn ON.
6 - Turn DIP1 to OFF position.
7 - Turn DIP2 to OFF position.
8 - LED L9 and LED L10 turn OFF.
POINT H -
RADIO CODE ERASING (only for CRX)
1 - The gate must be fully closed.
2 - Turn DIP1 to ON position, the LED L9 starts blinking quickly.
3 - Immediately, turn also DIP2 to ON position, the LED L9 starts blinking
slowly. Code erasing must be carried out within 10 seconds.
4 - Press the PROG. button and hold it for 5 seconds, the total memory
erasing will be indicated by two flashes of green LED L10. LED L9 will
blink for 10 seconds and it will be possible to store new radio codes
following the Point G procedure described above.
5 - To end radio code storing either press PROG. button or let 10 seconds
pass. The LED L9 and LED L10 turn ON.
6 - Turn DIP1 to OFF position.
7 - Turn DIP2 to OFF position.
8 - LED L9 and LED L10 turn OFF.
POINT I -
RADIO CODE FULL MEMORY TEST (only for
CRX)
1 - The gate must be fully closed.
2 - Turn DIP1 to ON position, the LED L9 starts blinking quickly.
3 - Immediately, turn also DIP2 to ON position, the LED L9 starts blinking
slowly. If the Green LED L10 flashes six times, it means that the radio
code memory is FULL (maximum codes to be stored 32).
4 - Turn DIP1 to OFF position.
5 - Turn DIP2 to OFF position.
6 - LED L9 and LED L10 turn OFF.
F
UNCTIONING OF CONTROL ACCESSORIES
STEP BY STEP or AUTOMATIC commands
(K BUTT button, PED BUTT button, RADIO REMOTE button)
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