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14

The system can be remotely activated using radio control devices; to set the 

two functions to channels 

A-B-C-D

 use the selection jumper “

J3

”:

-   in position “

A

” function 1 is selected, 

SEQUENTIAL COMMAND

;

-  in position “

B

” function 2 is selected, 

CH2

 (

binding posts 8, 9

) only if "

J5

is in position 2.

The sequential command may be set (dip “

3

”) to “

open-block-close-block

” 

or “

open-close

”.

Memory module (MM)

This is extractable, furnished with a non volatile EEPROM type memory and 

contains the transmitter codes and allows you to memorise up to 

300 codes

The programmed codes are maintained in this module even during blackouts. 

Before memorising the transmitters for the first time remember 

to cancel the entire memory content. If the electronic card has 

to be replaced due to failure, the module can be extracted from 

it and inserted into the new card. Make sure that the module is 

correctly inserted as shown on page 2. 

Signal LED "L3"

Flashing quickly: 

cancels a single code

Flashing slowly:  

memorises a single code

Permanently lit:  

memory full.

TRANSMITTER CODE MANAGEMENT
Memorising a channel:

1. Press and hold down button "

P2

MEMO

: The LED "

L3

" will flash slowly.

2. At the same time activate the transmitter which is to be memorised.
3. Hold down button "

P2

MEMO

 until LED "

L3

" starts to flash again.

4. Release the 

MEMO 

button: The LED will continue to flash.

5. Activate the transmitter again (same transmitter, same channel; if the 

channel is different or it is a different transmitter the memorisation attempt 

will abort without success).

6. End of memorisation: the LED "

L3

" will remain lit for 2 seconds, indicating 

that the transmitter has been correctly memorised.

Notes:

 It is not possible to memorise a code which is already in memory: if 

you attempt this, the LED will switch off when you activate the transmitter 

(point 2). Only after releasing the button "

P2

MEMO

 will you be able to 

continue the memorising procedure.
If after activating the transmitter for the first time you wait for more than fifteen 

seconds without activating the transmitter a second time the memorisation 

attempt will abort without success.

Cancelling a channel:

1. Press and hold down the button "

P3

DEL

: the LED "

L3

" will flash quickly.

2. Activate the transmitter channel that is to be cancelled.
3. The LED will remain lit for 2 seconds, indicating that the transmitter has 

been cancelled.

Notes: 

If the user that you wish to cancel is not in memory, the LED will stop 

flashing; only after releasing the button "

P3

" will you be able to continue the 

cancellation procedure. 

For both the memorisation and cancellation procedures, if the button is 

released before activating the transmitter the procedure will abort.

Cancelling all user codes from memory:

1. Keep both buttons pressed down ("

P2+P3

") for more than four seconds.

2. LED "

L3

" will remain lit during the entire cancellation time (about 8 seconds).

3. LED "

L3

" switches off when the cancellation procedure has terminated.

Note:

 When the memory is almost full the time required to search for a user 

code could take up to 1 second from when the command was received. 
If LED 

"L3"

 remains lit memory is completely full. To memorise a new trans-

mitter you will first have to cancel a code from memory.

Memorising ulterior channels via radio 

•  Memorisation can be activated by radio (without opening the receiver 

container) if jumper "

J4

" has been inserted (fig. 1).

1. Make sure that the jumper "

J4

" has been inserted.

2. Using a transmitter, in which at least one channel button "

A, B, C

 or 

D

" has 

already been memorised in the receiver, press the button in the transmitter 

as shown in figure. 

Note:

 all the receivers within range when the channel button is pressed (and 

which have at least one of the transmitter channel buttons memorised) will 

activate their signal buzzer "

B1

" (fig. 1). 

3. Press one of the channel buttons on the same transmitter. The receivers 

which do not contain that channel code will sound a five-second long 

"beep" and will then deactivate. The receivers which contain the channel 

code will sound a one-second long "beep" and will enter the "

program-

ming via radio" 

mode. 

4. Press the previously chosen channel but-

tons on the transmitter which you wish to 

memorise; the receiver will sound 2 "beeps" 

of half a second each after which the receiver 

will be ready to receive another code.

5. To leave the programming mode wait for 

3 seconds without pressing any buttons. The receiver will sound a five-

second long "beep" and will then exit the programming mode.

Note: 

When the memory is entirely occupied the buzzer will sound 10 rapid 

"beeps" and will automatically leave the "

programming via radio

" mode.

LED "

L3

" will remain lit on the receiver. 

The same signal is given each time you try to enter "

programming via radio

when the memory is full.

CONNECTING THE ANTENNA 

Connect an 

ANS400

 tuned antenna using a coaxial cable 

RG58

 (impedance 

50

) with a maximum length of 

15 m

.

1) Automatic 

Selected by enabling automatic reclosing (dip "

4

" in position "

ON

"). When 

the door is completely closed the opening command will start a complete 

cycle which will end with automatic reclosing.

Automatic reclosing starts after the programmed pause period has elapsed 

when the opening cycle has been completed or straight away after the 

intervention of a photoelectric cell (the intervention of a photoelectric cell 

causes the pause time to be reset). 

During the pause time the symbol   will flash on the display and pressing 

the blocking button during this period will stop automatic reclosing and 

consequently stop the display from flashing.

The indicator light remains lit until the closing manoeuvre has terminated.

Note:

 the courtesy light switches on each time a movement command is 

given (both via cable or via radio) and switches off 30 seconds after the 
manoeuvre has been completed (only if jumper "

J5

" is in position "

1

", fig. 1).

2) Semiautomatic

Selected by deactivating automatic reclosing (dip "

4

" in position "

OFF

"). 

Work cycle control using separate opening and closing commands. When 

the door has reached the completely open position the system will wait until 

it receives a closing command either via an external control button or via 

radio control, before completing the cycle.

The indicator light remains lit until the closing manoeuvre has terminated.

3)  Manual manoeuvring with released motors

Releasing the motor the gate can be moved by hand. 

LIMITED OPENING

This always effects gate 1; the limited opening space can be set (see display 

menu) to 1/3, half, 2/3 or the entire opening distance for gate 1. 

The command can only be carried out with both gates completely closed; if 

dip 

"

3

"

 is set to “

OFF

” and during opening you activate the “

TAL

” command 

again gate leaf 1 will block and when it receives the next command it will move 

in the closing direction. 

At this point the command cannot be used again until complete closure.

COURTESY LIGHT /CH2 RADIO OUTPUT

Binding posts “

7

 ”,“

8

 ” are linked to a C-NO relay; this can be activated as follows:

-   jumper 

J5

 in position 1: the contact is closed by a timer and works as a 

“courtesy light” 

-   jumper 

J5

 in position 2: the contact works as a second radio channel.

Binding posts “

7

 ”,”

8

” only give a potential free contact; this means that the 

courtesy light will have to be powered by an external circuit and the contact 

used as a simple switch.

REMOTE CONTROL (fig. 1 - page 2)

MEMORIZZAZIONE CODICE TX-RX

RCQ449100

13-04-2001

DM0531

Description :

Product Code :

Date :

Drawing number :

P.J.Heath

CARDIN ELETTRONICA S.p.A

  - 31020 San Vendemiano (TV) Italy - via Raffaello, 36 Tel: 0438/401818 Fax: 0438/401831

Draft : 

All rights reserved. Unauthorised copying or use of the information contained in this document is punishable by law 

MR

FUNCTION MODES

Summary of Contents for PRG900 Series

Page 1: ...NE Prima di iniziare l installazione leggere le istruzioni attentamente Schema elettrico impianto tipo Pagina 2 Avvertenze importanti Pagina 3 Collegamento elettrico Pagine 3 4 Procedura di programmaz...

Page 2: ...2 23 24 LC CH2 5 6 1 2 M1 CMN ELS 12V LS TAL N O FTCS N C P1 J1 B1 CS 1435 DC 0535 35 34 J4 R1 L9 L8 L6 L5 L10 L7 L4 P3 P2 L3 1 2 3 4 5 6 7 8 9 10 11 12 13 14 ON DS1 1 2 3 J5 Pos 1 Pos 2 1 2 3 CSP N C...

Page 3: ...re antischiacciamento anticonvogliamento causa l inversione del moto Attenzione In nessun punto della scheda del programma tore presente la tensione a 230 Vac si ha solamente la bassissima tensione di...

Page 4: ...he la parte rice vente di tale sicurezze vanno collegate ai carichi controllati CTRL24Vdc Si tenga presente che nel caso sia abilitato il test tra la ricezione del comando e il moto delle ante a passa...

Page 5: ...O DEL SIMBOLO PAUSE SUL DISPLAY PREMERE PROG ATTENZIONE SE UNA DELLE ANTE DOVESSE MUOVERSI IN CHIUSURA VUOL DIRE CHE LA CONNESSIONE MOTORE NON CORRETTA PERCI RIPREMERE PROG ANNULLANDO LA PROCEDURA DI...

Page 6: ...rifiche sullo stato dei comandi e sicurezze ed effettuare eventuali manutenzioni Il lampeggiante si attiva una volta ad ogni comando TA TC TD TAL TB FTCI FTCS CSP ricevuto Per tornare al normale funzi...

Page 7: ...sar necessario alimentare il circuito a parte ed usare il contatto come semplice interruttore possibile azionare a distanza l automazione tramite radiocomando per confi gurare le due funzioni sui can...

Page 8: ...del sistema quando alimentato a batteria strettamente legata alle condizioni ambientali ed al carico connesso ai morsetti 13 14 fig 1 della centralina che anche in caso di blackout alimentano i circu...

Page 9: ...llesicurezze verificandochevadanoinallarme LED relativo spento quando un ostacolo si trova in mezzo al loro raggio di azione Se si riscontra un anomalia sostituire la sicurezza guasta oppure ponticell...

Page 10: ...roduct and all its relative components has been designed and manufactured by Cardin Elettronica who have verified that the product conforms in every aspect to the safety standards in force Any non aut...

Page 11: ...Dip 10 OFF IfyouwanttoactivatetheFTCI FTCStestboththetransmissionandreceiverparts of the security devices must be connected to the binding post marked CTRL 24 Vdc If the test is active there will be...

Page 12: ...motor 2 enabled OFF Travel limit motor 2 disabled Dip 14 Not used WHEN THE GATES REACH THE COMPLETELY OPEN POSITION THEY INVERT THE TRAVEL DIRECTION AND AFTER MOVING FOR A FEW CENTIMETRES THEY WILL OP...

Page 13: ...ion settings 1 Minimum 2 3 4 5 Maximum PRESS PROG Each time the button is pressed the number increases from 1 to 3 10 sec 10 s after the last modification you will automatically exit the mode and the...

Page 14: ...the transmitter channel buttons memorised will activate their signal buzzer B1 fig 1 3 Press one of the channel buttons on the same transmitter The receivers which do not contain that channel code wil...

Page 15: ...he door The self sufficiency of the system when it is running on battery power is dependent on the ambient conditions and on the load connected at binding posts 13 14 power is always routed there duri...

Page 16: ...ng This happens when an N C contact is activated FTCI FTCS CSP during time programming or repositioning Once the passive state of the security devices has been reset the gate door will start moving ag...

Page 17: ...senseur d effort et la course totale du vantail Une intervention du senseur anti coincement anti entra nement provoque une inversion du sens de marche Attention En aucun point de la carte du programm...

Page 18: ...ie dispositifs externes contr l s 24 Vdc 1 12 CMN commun pour toutes les entr es sorties 13 CMN commun pour toutes les entr es sorties 14 Sortie dispositifs externes 24 Vdc 1 15 CMN commun pour toutes...

Page 19: ...ition de fermeture incompl te et est teinte quand le portail est compl tement ferm Mode de fonctionnement des FTCI DIP 8 ON FTCI activ es m me en condition de blocage Si les cellules photo lectriques...

Page 20: ...TAL TD TB FTCI FTCS CSP re ue Pour r tablir le fonctionnement normal appuyer sur PROG ce qui fera appara tre l indication test et attendre 10 secondes 10 sec L activation des entr es TA TC TD TAL TB...

Page 21: ...elilfautm moriserlenouveaucode activer une des touches de canal de ce m me metteur Les r cepteurs qui ne contiennent pas le code de cette touche se d sacti veront ce qui est signal par un bip de 5 sec...

Page 22: ...l L autonomie du syst me en cas d alimentation par batterie est strictement li e aux conditions climatiques et la charge branch e aux bornes 13 14 fig 1 de la centrale qui alimente les circuits qui y...

Page 23: ...ifiant qu ils passent l tat d alarme relative LED teinte quand un obstacle se trouve dans leur rayon d action En cas d anomalie remplacer le dispositif de s curit d fectueux ou court circuiter la rela...

Page 24: ...befindet sichdieStromspannungvon230Vac esistalleinnurdiesehrnied rige Sicherheitsspannung vorhanden Gem der Vorschrift ber die elektrische Sicherheit ist es verboten die Anschlussklemmen 7 und 8 direk...

Page 25: ...en sollen m ssen sowohl der sendende als auch der empfangende Teil dieser Sicherheitsvorrichtungen an die kontrollierten Stromverbraucher CTRL 24 Vdc angeschlossen werden Es ist zu beachten dass bei e...

Page 26: ...und bleibt solange aktiviert bis der Torfl gel 1 eine Strecke von einigen Zentimetern zur ckgelegt hat Endschalter Motor 1 DIP 12 ON Endschalter Motor 1 eingeschaltet OFF Endschalter Motor 1 ausgesch...

Page 27: ...licht schaltet sich bei jedem eingehenden Befehl TA TC TD TAL TB FTCI FTCS CSP einmal ein Zur R ckkehr zur normalen Betriebsweise PROG dr cken wonach der Schriftzug test erscheint nun 10 Sekunden abwa...

Page 28: ...t dass f r die Verwendung des Wachlichtes der Stromkreis separat versorgt werden muss und der Kontakt nur als einfacher Schalter zu verwenden ist Die Automatisierung kann mittels einer Funkfernsteueru...

Page 29: ...die Anschlussklemmen 13 14 Abb 1 versorgt werden Nur so ist es m glich dass ein ber Funk abgegebener Befehl das Drehtor aktivieren kann Bei Batteriebetrieb h ngt die Betriebsautonomie des Systems sta...

Page 30: ...bei zu berpr fenist obdieseindenAlarmzustandtreten diesbez glicheLEDerloschen wenn ein Hindernis sich in deren Aktionsradius befindet Wenn eine Anomalie gefundenwird istdiefehlerhafteSicherheitsvorric...

Page 31: ...mientoprovocalainversi ndelamarcha Atenci n En ning n punto de la tarjeta del programador est presente la tensi n de 230 Vac se dispone s lo de la muy baja tensi n de seguridad Para la conformidad con...

Page 32: ...chos dispositivos de seguridad deben ser conectadas a las cargas controladas CTRL 24Vdc Considerarquesieltestest habilitado transcurreaproximadamenteunsegundo tras la recepci n de un mandato y el movi...

Page 33: ...Y PULSAR PROG ATENCI N SI UNA DE LAS HOJAS SE MOVIERA CERR NDOSE SIGNIFICA QUE EL CONEXIONADO DEL MOTOR NO ES CORRECTO POR LO QUE SE DEBER PULSAR DE NUEVO LA TECLA PROG PARA ANULAR EL PROCEDIMIENTO DE...

Page 34: ...mpo de ralentizaci n 1 m nimo 2 3 4 5 m ximo PULSAR PROG Tras cada pulsaci n de la tecla se incrementar el n mero de 1 a 3 10 seg Despu s de 10 segundos contados a partir de la ltima modificaci n se s...

Page 35: ...or lo cual significa que para utilizar la luz de zona deber alimentarse el circuito separado y utilizar el contacto como un interruptor simple Es posible accionar a distancia la automatizaci n por med...

Page 36: ...Laautonom adelsistemacuandoest alimentadoporbater aest estrictamente vinculada a las condiciones ambientales y a la carga conectada en la salida de bornes 13 14 de la centralita que incluso en caso d...

Page 37: ...D correspondiente apagado cuando un obst culo se encuentra en el medio del radio de acci n de los mismos Si se detectara una anomal a cambiar el dispositivo de seguridad en aver a o puen tear la respe...

Page 38: ...x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x...

Page 39: ...39 NOTES...

Page 40: ...0 50 W Output for a courtesy light with a potential free contact C NO Output for an indicator light 24 Vdc 3W Output for warning lights 24 Vdc 25W continuous or intermittent activation Output for an e...

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