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33

33

G

B

B - 

SETTINGS

DIP 1 

(ON) - MOTOR ROTATION DIRECTION CONTROL (POINT C)

DIP 2 

(ON) - TIMER (POINT D)

DIP 3 

 

(ON)  -  ACTIVATES  DOOR  RELEASE  DURING  PHASES  OF 
SLOWDOWN  AND  TOTAL  OPENING  AND  CLOSING  (AS  PER  THE 
IMPACT TESTS OF EN12453) 

DIP 1-2 

 

MEMORIZATION/CANCELLATION OF RADIO CONTROL CODES FOR 
TOTAL OPENING (ONLY MODEL CRX) (POINT E)

DIP 1-3 

 

MEMORIZATION/CANCELLATION OF RADIO CONTROL CODES FOR 
PEDESTRIAN OPENING (ONLY MODEL CRX) (POINT F)

DIP 2-1 

 

MICRO-SWITCH CONTROLLER FOR PEDESTRIAN OPENING TIMER

DIP 4

 

 Photocells  always  active  (OFF)  -  Photocells  active  only  during  closing 
(ON)

DIP 5

 

Pre-blinking (ON) - Normal blinking (OFF)

DIP 6

 

 Single pulse command (K BUTT) and step-by-step radio receiver (OFF) - 
automatic (ON)

DIP 7

 

 Power sensor operation (ON-activated) time operation (OFF-activated).

DIP 8

 

Electric lock activation (ON-activated)

DIP 9

 

Electric lock pulse release (ON-activated)

DIP 10

  Electric lock pulse engagement (ON-activated)

DIP 11

  Easy release activation (ON-activated)

DIP 12

  Sensor TEST activation (ON-activated).

DIP 13

  Selection of 1 or 2 motor operation (default OFF 2 motors)

DIP 14

  KING 24 - ON

DIP 15

  KING 24 - OFF

DIP 16 

 

IMMEDIATE CLOSING AFTER PASSING IN FRONT OF PHOTOCELLS

ON 

ACTIVATED

OFF 

DEACTIVATED

JP1 =>

 Check that the jumper is inserted!

JP2 =>

 Check that the jumper is inserted!

JP3 => 

Check that the jumper is inserted!

PROG =>

 S3 Programming button

A

DJUSTMENTS

ATTENTION:  PUT  DIP  3  IN  THE  ON  MODE  ONLY  AFTER  HAVING  CARRIED 
OUT ALL THE PROGRAMMING PROCEDURES.
NOTE:  WITH  DIP  3  (ON)  BRIEF  GATE  REVERSAL  AFTER  IMPACT  IS 
ACTIVATED.
THIS  BRIEF  GATE  REVERSAL  PERMITS  STATIC  FORCE  TO  BE  REDUCED 
TO  ZERO  WITHIN  5  SECONDS  AS  PER  STANDARD  EN12453  POINT  A.2.2 
(ACCEPTABLE STATIC FORCE), THEREBY COMPLYING WITH THE IMPACT 
TESTS ALSO OUTLINED BY EN12453).
IF  COMPLIANCE  WITH  THE  AFOREMENTIONED  STANDARD  IS 
UNNECESSARY, SIMPLY POSITION DIP 3 TO OFF. IN THIS CASE THE GATES 
STOP WITHOUT REVERSING.

RUN TRIMMER (TR1) high-speed electronic regulator

This  trimmer  permits  motor  speed  adjustment  (the  default  setting  is  maximum 
speed). Adjustment of the automation is useful for compliance with European impact 
standards.

LOW-SPEED TRIMMER (TR2) Electronic slow speed approach control

The  slow  speed  control  is  performed  by  adjusting  the  LOW-  SPEED  TRIMMER 
which changes the voltage output across the motor(s) (turning it clockwise increases 
the speed). Adjustment is performed to determine the correct speed at the end of 
opening and closing according to the gate or when there is friction that might cause 
the system to function poorly.

AUTOMATIC  CLOSING  TRIMMER  -  TCA  (TR3)  TOTAL  OR  PEDESTRIAN 
default  NOT  ACTIVATED  and  LED  DL6  OFF  (TRIMMER  FULLY  ROTATED 
COUNTERCLOCKWISE)

This trimmer makes it possible to adjust the time for total or pedestrian automatic 
closing. Only with gate completely (total) or partially (pedestrian) open and LED DL6 
on (trimmer rotated clockwise). 
The pause time can be adjusted from a minimum of two seconds up to a maximum 
of two minutes.

LED SIGNALS

DL1  program activated (red)
DL2  gate opening M2 (green)

DL3  gate closing M2 (red)
DL4  gate opening M1 (green)
DL5  gate closing M1 (red)
DL6  automatic closing indicator (red)
DL7  photocell contact (NC) (red)
DL8  sensor contact (NC) (red)
DL9  STOP button (NC) (red)
DL10   radio code program (green)

FUSES
Fuse 1 T 8A

  MOTOR PROTECTION FUSE

F1 T 2A

 

 TRANSFORMER PROTECTION FUSE (on the outside of the T2 24V 
board)

C -  

MOTOR ROTATIONAL DIRECTION CONTROL

1 -  Set DIP 1 to ON => LED DL1 starts flashing.
2 -  Press and hold the PROG button. (movement is now manually controlled - open-

stop-close-stop-open - etc.) => GREEN LEDS DL2 and DL4 are lit and the gate 
panels open with a fixed lag of 2 sec. If they close instead of open, release the 
button and reverse the two wires on the motor used.

3 -  After opening release the PROG button and calibrate the mechanical opening 

stops (on the operator).

4 -  Press and hold the PROG button => RED LEDs DL3 and DL5 turn on and the 

gate panels close with a time lag of 2 sec. 

5 -  Continue to hold the PROG button until the gate is completely closed.
6 -  Leave the two doors completely closed to set the timer.
7 -  Reset DIP1 to OFF => LED DL1 turns off, signaling exit from control.

N.B.: During this check the stop, the photocells and the sensors are not active.

D -  

SETTING  THE  TIMER  FOR  2  MOTORS  (#)  WITH  POWER 

SENSOR ACTIVATED (DIP 7 ON)

WHILE  SETTING  THE  TIMER  THE  POWER  SENSOR  IS  CONTINUOUSLY 
ACTIVATED.

1 - The gate must be completely closed.
2 - Set DIP 2 to ON => LED DL1 will blink rapidly.
3 - Press the PROG button. => M1 opens.
4 -  When  the  mechanical  opening  stop  is  reached,  the  AUTOMATIC  POWER 

SENSOR stops M1 (memorizing the time and the power) => At the same time 
M2 is triggered to open.

5 -  When  the  mechanical  opening  stop  is  reached,  the  AUTOMATIC  POWER 

SENSOR stops M2 (memorizing the time and the power). 

6 -  Press the PROG button. => M2 closes.
7 -  Press the PROG button. => M1 closes and sets the lag time between M2 and M1. 

At the same time LED DL1 stops flashing indicating exit from the programming 
procedure.

 

 Safety  and  other  gate  commands  now  operate  normally  (inversions,  stop, 
alarms, etc.).

8 -  The gate panels will close in high-speed mode (depending on how you set the 

RUN trimmer) and near total closure in the slow mode (depending on how you 
set the LOW-SPEED trimmer).

9 -   Upon closing the power sensors stop the gate.

10 - AFTER PROGRAMMING RESET DIP 2 TO OFF.

D -  

SETTING  THE  TIME  FOR  ONE  MOTOR  (M1)  (#)  WITH  POWER 

SENSOR ACTIVATED (DIP 7 ON)

CAUTION: FOR ONE MOTOR CONTROL DIP 13 MUST BE POSITIONED TO ON; 
DURING PROGRAMMING THE POWER SENSOR IS CONTINUOUSLY ACTIVE.

The gate must be completely closed.
1 -  Set DIP 2 to ON => LED DL1 will blink rapidly.
2 -  Press the PROG button. => M1 opens.
 

 When  the  mechanical  opening  stop  is  reached,  the  AUTOMATIC  POWER 
SENSOR stops M1 (memorizing the time and the power). 

3 -  Press the PROG button. => M1 closes.
 

 At  the  same  time  LED  DL1  stops  flashing  indicating  exit  from  programming. 
Safety  and  other  gate  commands  now  operate  normally  (inversions,  stop, 
alarms, etc.).

 

 Upon closing the power sensor stops the gate.

4 - 

AFTER PROGRAMMING RESET DIP 2 TO OFF.

(#) DURING PROGRAMMING THE SAFETY DEVICES ARE ACTIVE AND STOP 
THE  PROGRAMMING  PROCEDURE  (LED  DL1  FROM  FLASHING  BECOMES 
CONSTANT).  TO  REPEAT  PROGRAMMING  SET  DIP  2  TO  OFF,  CLOSE 
THE  GATE  USING  THE  PROCEDURE  “MOTOR  ROTATIONAL  DIRECTION 
CONTROL” AND REPEAT THE DESIRED PROGRAMMING PROCEDURE.

Summary of Contents for KING 24V

Page 1: ...00 AA14028 Peso max cancello Poids maxi portail Max gate weight Max Torgewicht Peso máx verja 400 kg 880 lbs KING 24V L 24Vdc N 1800 AA14029 500 kg 1100 lbs ITALIANO pag 05 FRANÇAIS pag 16 ENGLISH page 27 DEUTSCH pag 38 ESPAÑOL pag 49 OPERATORE IRREVERSIBILE PER CANCELLI A BATTENTE OPERATEUR IRREVERSIBLE POUR PORTAILS À BATTANT IRREVERSIBLE OPERATOR FOR LEAF GATES TORANTRIEBE FÜR FLÜGELTORE OPERAD...

Page 2: ...L DATA Max leaf length Max leaf weight Max travel Average opening time Operating speed Thrust force EEC Power supply Motor capacity Power absorbed Daily operations suggested Service Guaranteed consecutive cycles Grease Weight of electroreducer Noise Volume Operating Temperature Protection m 3 5 4 5 kg 400 500 mm 345 475 s 14 27 29 38 m s 0 0125 N 1800 24V W 118 A 5 4 n 150 90 n 200 14s Bechem RHUS...

Page 3: ... If there is an iron pillar you can weld the attachment directly If there is a cement pillar you can use the fixing plate as in Fig 5 which is fastened with 4 Fischer screws of Ø 8 mm There is also the possibility to cement the attachment welding an anchor at its base Fig 6 Naturally you have to respect predetermined fixing measures Afterwards you must weld the other actuator s attachment to the g...

Page 4: ...s must be checked That the gate is endowed with appropriate handles That these appropriate handles are placed so to avoid safety risks for the operator That the physical effort necessary to move the gate leaf should not be higher than 225 N for doors gates for private dwellings and 390N for doors gates for commercial and industrial sites values indicated in 5 3 5 of the EN 12453 norm MAINTENANCE T...

Page 5: ...5 B 115 200 140 815 115 27 B 105 190 190 945 150 26 D 160 214 120 945 150 20 D L Min Max a A max T sec B C D E 1 1 80 1 81 2 20 2 21 2 50 2 51 3 00 3 01 3 50 3 51 4 00 110 20 90 140 815 90 20 A 100 130 815 90 21 A 110 140 815 115 24 B 130 140 945 120 29 C 160 150 945 120 19 C 160 230 945 150 22 D L Min Max a A max T sec B C D E ANT ANT KING 24V KING 24V KING 24V KING 24V KING 24V KING 24V L KING 2...

Page 6: ...ENNA ANTENNA BRAIDING CLOSE OPEN STOP FUSE T 2 A PHOTOCELLS STEP BY STEP COMMON COMMON 24Vdc 0 8A 15 for ACCESSORY SUPPLY 24Vdc 0 8A 15 for AUTOTEST SAFETY STRIPS BLINKER 24Vdc 20W LED R 2 2K 1 4W ELECTRIC LOCK PEDESTRIAN SAFETY STRIPS POWER SUPPLY 230Vac 50 Hz TRANSFORMER M1 M2 ...

Page 7: ...amming DO NOT REMOVE ANY JUMPER OTHERWISE THE OPERATOR WILL NOT WORK Connector dedicated to the factory programming only CRX control board DO NOT REMOVE ANY JUMPER OTHERWISE THE OPERATOR WILL NOT WORK Built in radio module model CRX or connector for radio receiver RIB 24 Vdc supply Connector for charge card of 24Vdc battery code ACG4648 Trimmer for high speed adjustment operations Trimmer for low ...

Page 8: ...gate opening M1 green DL5 gate closing M1 red DL6 automatic closing indicator red DL7 photocell contact NC red DL8 sensor contact NC red DL9 STOP button NC red DL10 radio code program green FUSES Fuse 1 T 8A MOTOR PROTECTION FUSE F1 T 2A TRANSFORMER PROTECTION FUSE on the outside of the T2 24V board C MOTOR ROTATIONAL DIRECTION CONTROL 1 Set DIP 1 to ON LED DL1 starts flashing 2 Press and hold the...

Page 9: ... PROG button for 5 seconds Memory cancellation is indicated by two flashes of green LED DL10 4 The red LED DL1 remains active and you can add new codes as shown above 5 Reset DIP 1 to OFF and DIP 2 to OFF 6 End of procedure INDICATOR MEMORY FULL OF RADIO CODES FOR TOTAL OPENING Indication only when gate is stationary 1 Set DIP 1 to ON and then DIP 2 to ON 2 The green LED DL10 flashes 6 times when ...

Page 10: ... movement in front of the photocells is deactivated N B Please check photocell operation at least every six months EDGE SAFETY STRIP COM EDGE If engaged during opening reverses the motion when closing If engaged when closing reverses the motion when opening If it remains engaged again it performs a further reversal after 2 seconds then performs an additional short reversal and then gives the senso...

Page 11: ...eceiving Frequency 433 92 MHz Impedance 52 OHM Sensitivity 2 24µV Pick up time 300ms Drop time 300ms All inputs must be used as clean contacts because the power is generated internally secure power to the board and is set up to ensure compliance with double or reinforced insulation with regard to dangerous voltage Any external circuits connected to the outputs of the control panel must be made in ...

Page 12: ...0V ac dc code ACG6099 NOVA Wi Fi PHOTOCELLS WITHOUT WIRES code ACG8037 PAIR OF COLUMS NOVA code ACG8039 TOUCH Wi Fi STRIP WITHOUT WIRES code ACG3016 SPARK Wi Fi BLINKER WITHOUT WIRES code ACG7064 LATERAL SUPPORT code ACG7042 BLOCK Wi Fi KEY SELECTOR WITHOUT WIRES code ACG6098 Discover the only wireless automation devices at www ribind it SET SOLAR AMPLIFIER Interface for 50W solar panels code AD00...

Page 13: ...fissaggio colonna KING L Piatto attacco cancello KING L Attacco cancello serie KING Angolare attacco a colonna 2 pezzi KING Piastra attacco colonna KING L Cuscinetto motore 6005ZZ Condensatore 10µF 450V x serie 230V 50 Codice Denominazione Particolare CEL1426 CME1166 CME1299 CME2042 CME2041 CME8996 CME9129 CME9130 CME9785 CME9868 CMO2515C CPL1087 CPL1157 CPL1161 CRS62042R CTC1004 CTC1008 CTC1119 C...

Page 14: ...service area it may be possible to book a local technician to look at your installation Wait times will vary dependent on local workloads The cost is a service fee which includes the first half hour and the hourly rate thereafter If any Automatic Solutions provided parts are found to be defective and within warranty these will be provided free of charge NOTE If you suspect that any parts are defec...

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