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5

6.  TIME LEARNING

Time learning instructions:

1.  Release the automated system and put it into closed position. 

Check  if  the  closing  travel-limit  sensor  (if  present)  is  engaged 

(FCC LED OFF) and if the STOP and SAFE LEDs are lighted;

2.  press SW1 and hold it down until the automated system begins 

the opening operation;

3.  Operation without travel-limit sensor: when the automated system 

has reached opening position, wait 2-3 seconds and then press 

SW1 again or command OPEN to stop the operator;

    Operation with travel-limit sensor:the automated system will stop 

automatically when  the opening limit-switch is reached. After 

the motor stops, the board begins to learn the extra work time 

(time-out after which the board commands the motor to stop if 

the stop limit-switch is not reached correctly). Wait for the time 

you require (max= 10 min), and then press OPEN or SW1 to save 

it;

4.  if the A or AP logic is set, after completing the procedure at point 

3, the board starts to learn the pause time. Wait for the pause time 

you require, and then press OPEN or SW1 again to save it (max 

= 5 min) and the automated system  will automatically begin to 

close the door;

5.  if, instead, a logic other than A or AP is set, the learning stops at 

point 3. To close the door, press OPEN or CLOSE, according to 

the logic.

7.  AUTOMATED SYSTEM TEST

When  you  have  finished  programming,  check  if  the  system  is 

operating correctly. In particular, check if the safety devices are 

operating correctly.

8.  FUNCTION LOGICS

5.  PROGRAMMING THE FUNCTION LOGIC

To select the function logic, press the SW1 push-button the number 

of times equal to the number of the required logic, irrespective of the 

current logic and the door status. The interval between the pulses 

must be less than 1 second.

The selected logic is then continuously displayed by the DL1 LED, 

which flashes once a second at  3 sec intervals, equal to the number 

of the required logic.

To select the logics, press SW1 the number of times indicated in the 

table below:

No.

Logic

Description

SW1 PRESSINGS

1

B/C

mixed B / C

once

2

B

Semiautomatic B

twice

3

C

manned

3 times

4

EP

(default)

Stepped semiautomatic

4 times

5

AP

Stepped automatic 

5 times

6

P

Stepped automatic 

6 times

7

A

Automatic

7 times

6.1. 

LEDS CHECK

6.  START-UP

The following table shows the status of the LEDs in relation to the 

status of the inputs (the closed at rest automated system condition 

is shown in bold). If the travel-limit sensor inputs are connected to 

terminal 7 (-), the FCA and FCC LEDs are always lighted. Check the 

status of  the signalling LEDs as per  table below:

Operation of status signalling LEDs

LED

ON (closed contact)

OFF (Open contact)

DL1

Flashing to indicate selected logic

OP-A

Command enabled

Command disabled

CLOSE

Command enabled

Command disabled

SAFE

Safety devices disabled

Safety devices engaged

STOP

Command disabled

Command enabled

FCA

Opening limit switch free

Opening limit switch 

engaged

FCC

Closure limit switch free

Closing limit switch 

engaged

Logic B/C

Status

Open

(pulse)

Close

(maintained)

Stop

Safe

Closed

Opens

/

Disables

Open and Close

/

Opening

/

Closes

Locks

/

Open

/

Closes

Disables

Open and Close

Disables

closing

Closing

Opens

Closes

Locks

Opens

Locked

Opens

Closes

Disables

Open and Close

Disables

closing

Logic B

Status

Open

(pulse)

Close

(pulse)

Stop

Safe

Closed

Opens

/

Disables

Open and Close

/

Opening 

/

Closes

Locks

/

Open

/

Closes

Disables

Open and Close

Disables

closing

Closing

Opens

/

Locks

Opens

Locked

Opens

Closes

Disables

Open and Close

Disables

closing

Logic C

Status

Open

(held)

Close

(held)

Stop

Safe

Closed

Opens

/

Disables

Open and Close

/

Opening 

Opens

Locks

Locks

/

Open

/

Closes

Disables

Open and Close

Disables 

closing

Closing

Opens

Closes

Locks

Locks

Locked

Opens

Closes

Disables

Open and Close

Disables 

closing

Logic EP

Status

Open

(pulse)

Close

(pulse)

Stop

Safe

Closed

Opens

/

Disables

Open and Close

/

Opening 

Locks

Closes

Locks

/

Open

Closes

Closes

Disables

Open and Close

Disables 

closing

Closing

Locks

/

Locks

Opens

Locked

Starts in opposite 

direction (always 

closes after a Stop)

Closes

Disables

Open and Close

Disables 

closing

Logic AP

Status

Open

(pulse)

Close

(pulse)

Stop

Safe

Closed

Opens and closes 

after pause time

/

Disables

Open and Close

/

Opening 

Locks

Closes

Locks

/

Pause

Locks

Closes

Locks

Repeats 

pause

Closing

Opens

/

Locks

Opens

Locked

Closes

Closes

Disables

Open and Close

Disables 

closing

Logic P

Status

Open

(pulse)

Close

(pulse)

Stop

Safe

Closed Opens

/

Disables

Open and Close

/

Opening 

/

Completes opening 

and then closes

Locks

/

Open

/

Closes

Disables

Open and Close

Disables 

closing

Closing Opens

/

Locks

Locks and clo-

ses on release

Locked Opens

Closes

Disables

Open and Close

Disables 

closing

Status

Open

(pulse)

Close

(pulse)

Stop

Safe

Closed Opens and closes 

after pause time

/

Disables

Open and Close

/

Opening 

/

Completes

opening and 

then closes

Locks

/

Pause

Recharges

pause time

Closes

Locks

Recharges

pause time

Closing

Opens

/

Locks

Opens

Locked

Opens

Closes

Disables Open 

and Close

Disables

Close

Logic A

Summary of Contents for 596/615 BPR

Page 1: ...e In chiusura all impegno del sensore l operatore lavora per 4 sec in rallentamento ed 1 sec in velocit standard colpo d ariete 615 In apertura ed in chiusura all impegno del sensore viene eseguito un...

Page 2: ...Inibisce Open e Close Inibisce la chiusura Logica C Stato Open impulso Close impulso Stop Safe Chiuso Apre Inibisce Open e Close Apertura Blocca Chiude Blocca Aperto Chiude Chiude Inibisce Open e Clos...

Page 3: ...ntact for light flashing light 13 14 L N Board power supply 230Vac Description of terminal boards An RP2 type 2 channel receiver can be connected to the J2 connector so that the OPEN and CLOSE facilit...

Page 4: ...em condition is shown in bold If the travel limit sensor inputs are connected to terminal 7 the FCA and FCC LEDs are always lighted Check the status of the signalling LEDs as per table below Operation...

Page 5: ...ctionnement appris voir par 6 2 Autre dispositif de s curit BLEU On peut connecter au connecteur embrochable J2 un r cepteur bicanal de type RP2 de mani re commander directement l OPEN et le CLOSE de...

Page 6: ...sont toujours allum es V rifier l tat des leds de signalisation d apr s le tableau suivant Fonctionnement leds de signalisation tat N Logique Description PRESSIONS SW1 1 B C Mixte B C 1 fois 2 B Semi...

Page 7: ...Motor J5 Klemmenleiste Versorgung 230Vac J6 Steckverbinder Endschalter beim ffnen Ruhekontakt J7 Anschluss OPEN Impuls f r Kipptor J8 Klemmenleiste Blinkleuchte und Servicelampe J9 Steckverbinder End...

Page 8: ...der Tabelle pr fen Betriebsweise der LED f r die Zustandsangabe Nr Logik Beschreibung Dr cken von SW1 1 B C gemischt B C 1 Mal 2 B halbautomatisch B 2 Mal 3 C Totmannschaltung 3 Mal 4 EP d faut halbau...

Page 9: ...eleraci n que dura la mitad del tiempo de trabajo en veloci dad est ndar Si no se han instalado los finales de carrera el equipo s lo realiza el tiempo de trabajo configurado v ase p rrafo 6 2 En el c...

Page 10: ...a siguiente indica el estado de los diodos en relaci n al estado de las entradas en negrita se indica la condici n de auto maci n cerrada en reposo Si las entradas de los finales de carrera est n cone...

Page 11: ...stalleerd voert de apparatuur alleen de geconfigureerde werktijd uit zie par 6 2 Andere veiligheid svoorziening BLAUW Fig 2 Klem Beschrijving Aangesloten voorziening 1 OPEN Voorziening met arbeidscont...

Page 12: ...actief CLOSE Commando actief Commando niet actief SAFE Veiligheden gedeactiveerd Veiligheid geactiveerd STOP Commando niet actief Commando actief FCA Eindschakelaar opening vrij Eindschakelaar opening...

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