fadini Junior 633 User manual

Dis. 6399
meccanica
FADINI
Via Mantova 177/A - C.P. 126 - 37053 Cerea (VR) Italy -
Tel. [phone] - Fax [phone] - [email protected] - www.fadini.net
I
Junior 624 - Junior 633 - Junior 650
IL PROGRAMMATORE È GIÀ COLLEGATO IN FABBRICA PER IL CORRETTO FUNZIONAMENTO DEI FINECORSA, PERTANTO NON INVERTIRE
MAI FILI O CONNETTORI GIÀ INSTALLATI E COLLEGATI DALLA DITTA COSTRUTTRICE.
INSTALLATO FISICAMENTE IL JUNIOR ALLA BASE DEL CANCELLO, PROSEGUIRE CON TUTTI I DIP-SWITCH IN OFF AD ESCLUSIONE DEL DIP-
SWITCH 11 CHE IDENTIFICA L'INSTALLAZIONE DESTRA O SINISTRA. SELEZIONARE PROGRESSIVAMENTE I DIP-SWITCH DELLE FUNZIONI SOLO
DOPO AVER LETTO E COMPRESO ATTENTAMENTE LE SINGOLE FUNZIONI SUL LIBRETTO ISTRUZIONI.
NON È GARANTITO IL FUNZIONAMENTO DEL JUNIOR CON ACCESSORI NON ORIGINALI FADINI: la certificazione secondo normative
EN 12445 e EN 12453 e' stata ottenuta con test di laboratorio con l'uso esclusivo degli accessori originali della MECCANICA FADINI.
In particolare il JUNIOR 624 deve essere installato solo con fotocellule FIT 55 o ORBITA 57.
DURANTE LA PROCEDURA DI APPRENDIMENTO (Fig.17-Fig.27 del Libretto Istruzioni) TUTTE LE SICUREZZE SONO DISATTIVATE
prestare quindi la massima attenzione affinchè non ci sia alcun transito nella zona di movimento del cancello.
LE ASOLE DI FINECORSA MAGNETICO HANNO I MAGNETI INTERNI GIÀ INSTALLATI CORRETTAMENTE SULLE STAFFE METALLICHE, NON APRIRLE
O INVERTIRE I MAGNETI.
DEVONO ESSERE INSTALLATE SUL LATO DESTRO E SINISTRO SULLA CREMAGLIERA, COME STAMPIGLIATO SULLA COPERTURA PLASTICA DELLE
STESSE (Fig.14 a pag. 8 del Libretto Istruzioni), PENA IL NON FUNZIONAMENTO CORRETTO DELL'APRICANCELLO: IN TAL CASO TOGLIERE
IMMEDIATAMENTE IL FUSIBILE DI RETE DA 5A E RIPOSIZIONARE CORRETTAMENTE LE ASOLE.
PRIMA DI DARE TENSIONE VERIFICARE LA POSIZIONE DI MONTAGGIO DELL'APRICANCELLO "JUNIOR INSTALLATO DESTRO OPPURE SINISTRO"
VISTO ALL'INTERNO DEL CANCELLO DA MUOVERE.
Selezionare il Dip/Switch 11 a tensione assente (Fig. 6 a pag. 5 del Libretto Istruzioni): posizionare il cancello a metà corsa circa, tenere
premuto il pulsante di programmazione LP e dare tensione inserendo il fusibile di linea da 5A, quindi trascorsi 3 secondi rilasciare il
pulsante di programmazione, il led corrispondente lampeggia segnalando la modalità di apprendimento della corsa.
Premere con un impulso per far aprireil cancello e proseguire come descritto da Fig. 17 a Fig. 27 del libretto istruzioni.
IMPORTANTE: SE INVECE IL CANCELLO CHIUDE, TOGLIERE IL FUSIBILE DI LINEA DA 5A PER FERMARLO: SI E' VERIFICATO UN ERRORE DI
PARTENZA, SICURAMENTE NON SI E' SELEZIONATO LA CORRETTA INSTALLAZIONE DESTRA O SINISTRA CON IL DIP-SWITCH 11 A TENSIONE
ASSENTE. RIPETERE LA PROCEDURA PARTENDO DALL'INIZIO: IL PRIMO IMPULSO DI PROGRAMMAZIONE DEVE ESSERE SEMPRE IN APERTURA.
ALLA PRIMA ACCENSIONE VERIFICARE CHE I LED COLOR VERDE SIANO CORRETTAMENTE ACCESI; PROCEDERE POI SENZA DARE ULTERIORI
COMANDI ALLA VERIFICA DELLA LETTURA DEI FINECORSA: I LED X E Y DEI FINECORSA SI TROVANO SUL LATO DIETRO LA SCHEDA A FIANCO
IL CONNETTORE DEL FINECORSA (Fig.16).
IL DIP-SWITCH 10 DEL CONTROLLO "DSA" DELLE FOTOCELLULE DEVE ESSERE SELEZIONATO SOLO SE I TRASMETTITORI DELLE FOTOCELLULE
SONO ALIMENTATI ATTRAVERSO I MORSETTI DEDICATI 13-14 (Fig.16 DEL LIBRETTO ISTRUZIONI), PENA IL BLOCCO COSTANTE DEL CANCELLO.
!
GB
= IMPORTANTE
!
= IMPORTANT
!
Junior 624 - Junior 633 - Junior 650
THE CONTROL BOARD IS FACTORY PRE-WIRED FOR THE CORRECT FUNCTIONING OF THE LIMIT SWITCHES, NEVER CHANGE THE CONNECTIONS
OR CONNECTORS AS SET BY THE MANUFACTURER.
ONCE JUNIOR IS INSTALLED ON TO THE GATE, GO ON WITH ALL THE DIP-SWITCHES TO OFF, WITH THE EXCLUSION OF DIP-SWITCH 11 TO
BE SET TO THE INSTALLATION REQUIREMENTS EITHER RIGHT OR LEFT. THE DIP-SWITCHES ARE TO BE SET SO TO MEET THE APPLICATION
REQUIREMENTS, AFTER CORRECT UNDERSTANDING OF THEIR RESPECTIVE FUNCTIONS AS EXPLAINED IN THE INSTALLATION HANDBOOK.
THERE IS NO GUARANTEE OF CORRECT FUNCTIONING FOR JUNIOR UNLESS ORIGINAL FADINI ACCESSORIES ARE USED:the certificate of
compliance to EN 12445 and EN 12453 norms has been obtained through lab tests only with original accessories by MECCANICA FADINI.
It is recommended that JUNIOR 624 is installed only along the FIT 55 or ORBITA 57 photocells.
DURING THE SELF-LEARNING PHASE (Fig. 17- Fig. 27 in the installation handbook) ALL THE SAFETY DEVICES ARE OUT OF SERVICE, make
absolutely sure that there is no transiting at all in the gate travel area.
THE MAGNETS ARE FACTORY-FITTED INSIDE THE LIMIT SWITCH METALLIC BRACKETS, DO NOT OPEN THEM OR CHANGE THE POSITION OF
THE MAGNETS. THE BRACKETS ARE DESIGNED TO BE FIXED ON TO THE GEAR RACK TO THE RIGHT AND LEFT SIDES OF THE GATE, AS MARKED
ON THE PLASTIC COVERS OF THEM (Fig. 14 page 8 in the installation handbook), INCORRECT POSITIONING WILL RESULT INTO FAILURE
OF THE GATE OPERATOR: IF THIS IS THE CASE REMOVE THE 5A MAINS FUSE AND POSITION THE BRACKETS IN THE CORRECT WAY.
BEFORE POWERING THE SYSTEM, CHECK THE MOUNTING POSITION OF THE GATE OPERATOR “JUNIOR RIGHT OR LEFT INSTALLATION”, VIEW
THE OPERATOR FROM INSIDE THE GATE.
Set dip-switch 11 as required (Fig. 6 on page 5 in the fitting instructions manual), no power supply: drive the gate to halfway of its total
travel, press and hold the programming LP button and power the operator by fitting the 5A mains fuse. After 3 seconds release the
button, the corresponding Led flashes to indicate that gate travel learning mode is on. Give a pulse to open the gate and carry on as
described from Fig. 17 to Fig. 27 in the installation handbook.
IMPORTANT: SHOULD THE GATE MOVE TO CLOSE INSTEAD, REMOVE THE 5A FUSE TO STOP IT: A MISTAKE MUST HAVE OCCURRED ON
STARTING, YOU MUST HAVE FAILED TO SELECT THE CORRECT INSTALLATION POSITION LEFT OR RIGHT WITH DIP-SWITCH 11, IN ABSENCE
OF POWER. START AGAIN FROM THE BEGINNING: ON PROGRAMMING THE UNIT, THE FIRST PULSE MUST BE OPEN, ALWAYS.
ON FIRST SWITCHING THE UNIT ON, THE GREEN LEDS MUST BE ALIGHT; NO OTHER COMMANDS ARE TO BE GIVEN, AND CHECK THE LEDS
CORRESPONDING TO THE LIMIT SWITCHES: THE LIMIT SWITCH X and Y LEDS ARE ON TOP SIDE OF THE PCB NEXT TO THE LIMIT SWITCH
CONNECTOR (Fig. 16).
DIP-SWITCH 10 “DSA” CONTROL ON THE PHOTOCELLS MUST BE ACTIVATED ONLY IF THE TRANSMITTERS OF THE PHOTOCELLS ARE POWERED
BY TERMINALS 13-14 Fig. 16 of the instructions), OTHERWISE THE SYSTEM IS TURNED INTO A PERMANENT STOP CONDITION.
1 -
2 -
3 -
4 -
5 -
6 -
7 -
8 -
!
- ATTENZIONE ! -
LEGGERE LE SEGUENTI INFORMAZIONI PRIMA DI PROCEDERE ALLA PRIMA INSTALLAZIONE
- ATTENTION ! -
READ THE FOLLOWING NOTICE BIFORE GOING ON WITH THE FIRST INSTALLATION
1 -
2 -
3 -
4 -
5 -
6 -
7 -
8 -

EN 13241
EN 12453
EN 12445
I - Libretto di istruzioni pag. 2-13
GB - Instructions Manual pag. 14-25
F - Notices de montage pag. 26-37
D - Betriebsanleitung pag. 38-49
E - Manual de instrucciones pag. 50-61
NL - Instructieboekje pag. 62-73
ITT-PDC/0977-2010-30/04/2010 ITT-PDC/0978-2010-30/04/2010
T
E
S
T
E
D
O
K
Junior 633 Junior 650

GB
page 14
The Responsible Manager
Meccanica Fadini s.n.c.
Responsible Manager
The Responsible Manager
Meccanica Fadini s.n.c.
Responsible Manager
Date: 03-03-10
Date: 03-03-10
Notified institute and laboratory for product certification according to DM 2004/108/EC:
Istituto di Ricerche e Collaudi M.Masini srl - Via Moscova, 11 - 20017 Rho (MI)
- CE 0068 - Notified
- SINCERT 047A Certified - SINAL 0019 Certified
- Conforming to the following Standards: UNI EN 13241-1, UNI EN 12604, UNI EN 12605, UNI EN 12445, UNI EN 12453
Notified institute and laboratory for product certification according to DM 2004/108/EC:
Istituto di Ricerche e Collaudi M.Masini srl - Via Moscova, 11 - 20017 Rho (MI)
- CE 0068 - Notified
- SINCERT 047A Certified - SINAL 0019 Certified
- Conforming to the following Standards: UNI EN 13241-1, UNI EN 12604, UNI EN 12605, UNI EN 12445, UNI EN 12453
ITT - PDC/0977-2010 - 30/04/2010
ITT - PDC/0978-2010 - 30/04/2010
s.n.c.
s.n.c.
Via Mantova, 177/A - C.P. 126 - 37053 Cerea (VR) Italy
Tel.[phone] r.a. - Fax [phone]
e-mail: [email protected] - www.fadini.net
Via Mantova, 177/A - C.P. 126 - 37053 Cerea (VR) Italy
Tel.[phone] r.a. - Fax [phone]
e-mail: [email protected] - www.fadini.net
Manufacturing
company:
Manufacturing
company:
Electro-mechanical operator for sliding gates
Electro-mechanical operator for sliding gates
DECLARES UNDER ITS OWN RESPONSIBILITY THAT:
DECLARES UNDER ITS OWN RESPONSIBILITY THAT:
IS IN COMPLIANCE WITH THE NORMS.........2006/42/CE
IS IN COMPLIANCE WITH THE NORMS .........2006/42/CE
Junior 633 is to be sold and installed as a comprehensive “Automatic System”, including the accessories and components as recommended by the Manufacturing Company. In
observance of the current directives, any automation is to be regarded as a “machine”. Therefore it is required that all the applicable safety norms are strictly complied with by
installation agents, who are also required to issue a Declaration of Conformity. The manufacturing company is not liable for incorrect applications or misuse of its products that are
declared to be produced in compliance with the following norms:
- Analysis of the risk and actions to cure them:.....................................EN 12445 & EN 12453
- Low Voltage Directive:..............................................................................2006/95 CE
- Electro-magnetic Compatibility Directive:.............................................2004/108/CE & 92/31 CEE
In order to certify the product the Manufacturer declares under his own responsibility the compliance
with the PRODUCT regulations under the NORMS.........................EN 13241-1
Junior 650 is to be sold and installed as a comprehensive “Automatic System”, including the accessories and components as recommended by the Manufacturing Company. In
observance of the current directives, any automation is to be regarded as a “machine”. Therefore it is required that all the applicable safety norms are strictly complied with by
installation agents, who are also required to issue a Declaration of Conformity. The manufacturing company is not liable for incorrect applications or misuse of its products that are
declared to be produced in compliance with the following norms:
- Analysis of the risk and actions to cure them:.....................................EN 12445 & EN 12453
- Low Voltage Directive:..............................................................................2006/95 CE
- Electro-magnetic Compatibility Directive:.............................................2004/108/CE & 92/31 CEE
In order to certify the product the Manufacturer declares under his own responsibility the compliance
with the PRODUCT regulations under the NORMS.........................EN 13241-1
DECLARATION OF CONFORMITY of the Manufacturer
DECLARATION OF CONFORMITY of the Manufacturer
the gate opener
the gate opener
Pic. 1
1 2 3 4 5 6 7
MAIN COMPONENTS FOR INSTALLATION
1 - Junior series sliding electro-mechanical Junior 633/
Junior 650 operator complete with programmer Elpro 63
2 - n° 2 coded keys for manual unlocking
3 - Base plate
4 - n° 4 Anchor bolts
5 - n° 8xM 10 hexagonal nuts+washers
6 - LH magnet bracket for limit switch
7 - RH magnet bracket for limit switch
8 - Nylon gear rack (not supplied in the kit)
9 - 30x8 steel gear rack (not supplied in the kit)
10 - n° 30 pcs. Self-threading screws with square washer for
nylon gear rack (not supplied in the kit)
11 - n° 30 pcs. Washers and fixing bolts for steel gear rack
(not supplied in the kit)
8 9 10 11

page 15
GB
A - Led light, blue and amber colours,
for automation status indication
B - Casing fixing screws
C - Casing
D - Power cord for LED
E - Elpro 63 programmer for Junior 633 and Junior 650
F - Condenser 12.5μF
G - Programmer support
H - 230V input power supply terminals with removable fuse
I - Junior series gear box
L - Manual unlock handle with coded key
M - Plug-in radio receiver
N - Encoder
O - Electrical Motor 230V - 0.33 HP
P - Electrical power disconnection microswitch for the unlocking handle
MAIN COMPONENT LIST
Pic. 2
Q
R
S
T
E
F
G
H
I
L
M
N
U
P
A
B
C
D
B
Q
R
S
T
Q - Magnetic limit switch
R - m4 Z18 pinion
S - Programmer cover
T - 230V - 24V - 20VA Transformer for Junior 633 and Junior 650
U - Electrical motor 230V - 0.5 HP
!
!
!
!
SYSTEM ACCESSORIES AND ELECTRICAL CONNECTIONS
4x1mm2
2x1mm2
+
RG58
6
1
2
4
3
4x1mm2
1
2x1mm2
8
4x1mm2
5
3
7
2
2x1mm
2
230V 50Hz ± 10%
5 - 230V - 50Hz magneto-thermal differential line circuit breaker, 0.03A
6 - Miri 4 flasher with rod aerial
7 - Radio transmitter
8 - Key-switch CHIS 37
1- Fit 55 photocell receiver
2 - Gate end stop
3 - Fit 55 photocell projector
4 - Junior 633/Junior 650 with programmer Elpro 63 and plug-in radio receiver
= Attention: verify the integrity of the structure and the linearity of the gate movement, removing any noted friction or resistance
Pic. 3
E
F
G
H
I
L
M
N
O
P

page 16
GB
Pic. 4
CASING OPENING ANCHOR PLATE
ATTENTION: once the two side screws Have
been removed, lift the casing and vertically
pull out the LED card cable connector very
carefully to avoid damaging.
1234567
ATTENTION: the nut under the plate must be
47 mm from the end of the bolt
Pic. 5
- n°1 Base plate
- n°4 Anchor bolts
- n°8xM10 hexagonal nuts+washers
ANCHORING WITH A BASE PLATE ANCHORING WITH PLUGS (not supplied)
position and anchor the base plate at a distance of 60 mm from the gate to be
opened, levelling it flat
It is important that the threading should project 40 mm from the ground
!
!
60 mm
Junction box
Pic. 6 Pic. 7
!
!
60 mm
Junction box
M10 Plug
(not supplied)
must be anchored
projecting 40mm
from the ground
40 mm

page 17
GB
2° 3°
17
1°
!
ANCHORING THE JUNIOR
2 mm
Pic. 8
!
NO
230V
!
NO
230V
ELECTRICAL POWER SUPPLY TO THE PROGRAMMER
Pic. 9
ATTENTION: disconnect the 230V
electrical power supply from the
electrical system
terminal board for Junior
power supply
DISTINCTION OF JUNIOR INSTALLED ON THE RIGHT OR LEFT
The first operation to be performed is to identify the Junior installation with respect to the opening of the gate, moving Dip-Switch n°11 on the Elpro 63 programmer
(already installed on the Junior 633/Junior 650), depending on the position of Junior as seen inside the gate to be opened.
opening direction
Junior installed to the LEFT:
position Dip-Switch n°11
to OFF
opening direction
Junior installed to the RIGHT:
position Dip-Switch
n°11 to ON
Pic. 10

page 18
GB
Pic. 11
!
!
!
!
!ATTENTION: do not open and invert the single magnets inside the limit switch plastic brackets. These have already
been properly installed to be identified by programmer logic
NOTE WELL: IT IS MOST IMPORTANT THAT THE GATE DOES NOT RUN INTO THE GATE STOPS IN OPENING AND CLOSING CYCLES. A 30-50 mm
CLEARANCE IS RECOMMENDED ON LIMIT SWITCH ENGAGING, AS INDICATED.
30-50 mm
30-50 mm
min 5 mm
max 10 mm
Right bracket Dx
of the magnetic limit switch
Sx Left bracket
of the magnetic limit switch
FASTENING THE LIMIT SWITCH BRACKETS TO THE GEAR RACK

page 19
GB
1 2 3 4 5 6 7 8 9 10 13 14 18 19
NC
15 16 1711 12
20 21 22 23
-
+
NC +--
+
LP
NC
L20
L2
L4 L5
L6
L7 L10
1 2 3 4 5 6 7 8 9 10 11 12
Y
X
-
+
-
+
M
NC
L22
L21
AP
CH
C
-
+
!
!
External Electrical power
supply 230V 50Hz ±10%
for longer distances of
50m over, increase the
section wires
Terminals
with fuse
5A 230 V OUTPUT
230V-25W
for flasher Condenser
12,5µF
F1=630mA
Transformer
Transformer
20V
24V
12V
0V 230 V
Common ground
Encoder Unlocking handle
Switch
Led
limit switch
Led
limit switch
Plug-on radio
connector
Programming
button
Limit switch
connector
Torque
Trimmer
Elpro 63
for Junior 633
and Junior 650
Common +
Auxiliary for
2
nd
Junior
Pedestrian
Output for 2nd
sliding gate
Relay output.
Courtesy lamp
max 24Vdc 50mA
Output 24Vdc for
Tx photocell used for
DSA control
24Vdc OUTPUT for max load 500mA:
n°2 pairs of photocells
n°1 Radio receiver
n°1 Led key-switch Chis 37 and Chis-E37
Photocell
Safety edge
COMMON +
OPEN
CLOSE
STOP
Radio contact
Pilot light 24V - 1W
PLEASE NOTE:
The LEDs shown here are in the
normal state for the proper functioning
of the board Elpro 63. The green LED
should be always on.
LED on
LED off
LED Card
cover
Dip-Switch
OFF ON
NOTE: all of the possible connections to the programmer
terminal boards are also illustrated in the respective
instructions sheets for each individual accessory.
ATTENTION: USING ACCESSORIES THAT ARE NOT FADINI
MAY RESULT INTO DAMAGES TO THE BOARD.
ALWAYS USE CLEAN CONTACTS
FOR THE NO-NC INPUTS
Junior 650
Junior 633
max 1200 kg
max 600 kg
Pedestrian Trimmer
max 3m
Pause Trimmer
from 1s - 120s
Junior 633
max 600 kg
Junior 650
max 1200 kg
ON
Elpro 63
Pic. 12

page 20
GB
General description: The Elpro 63 is a PCB card with microprocessor for the command and management of the Junior 633 and Junior 650 sliding gate
opener with programming for self-learning of the different movement phases of the gate.
Power Supply: 230V 50Hz±10% monophase corresponding to the 2006/95/CE Low Voltage directive and the 2004/108/CE & 92/31/CEE Electro-magnetic
Compatibility Directive.
Logic Operation: given the open command impulse, it performs the function for open, pause, close in automatic or semi-automatic with programmable
slowdown, possibility of step by step radio command, radio no reverse on opening, with or without pre-flashing, reverse run upon contact with an
obstacle and LED diagnostics. Rh and Lh installations are made selectable by Dip-switch, Blue/Amber LED diffuser on the cover casing for the gate
opener status signal.
DIAGNOSTIC LED: LED status during proper operation of the system, the green LEDs must always be on; the red LEDs must always be off.
L2 (green on) = Photocells, turns off with obstacle present
L4 (red off) = Open, lights up with the opening command impulse
L5 (red off) = Close, lights up with the closing command impulse
L6 (green on) = Stop, goes off with the stop command impulse
L7 (red off) = Radio, lights up with each transmitter impulse
L10 (red off) = Lights up in case of short circuit with 24 Vdc. Goes off when circuit problem is corrected
L20 (red off) = Pedestrian, lights up with the open command for pedestrians
L21 (green on) = Photocell in open, turns off in case of ostacle
L22 (green on) = 2nd Junior input
LP (red off) = Program led, it lights on in phase of programming
X (red) = led limit switch, always alight during the movement
Y (red) = led limit switch, always alight during the movement
DIP-SWITCH enables the performance of all of the possible functions of the Junior 633 and Junior 650 sliding gate opener
1 = OFF: Photocell does not stop gate in opening
2 = OFF: Radio stops and reverses in opening
3 = OFF: Semiautomatic operation
4 = OFF: Without pre-flashing before opening
5 = OFF: Radio reverses direction on every impulse
6 = OFF: Slowdowns (to be programmed)
7 = OFF: Activates “Reverse”: running is reversed upon contact
8 = OFF: Flasher on in pause
9 = OFF: No closing after passage by the photocell
10 = OFF: No DSA control on the photocells
11 = OFF: Junior 633/Junior 650 installed on the Left
12 = OFF: Single Elpro 63, or 1st Junior 633/Junior 650 as MASTER
1 = ON: Photocell stops gate in opening
2 = ON: Radio does not reverse (and does not stop) in openig
3 = ON: Close in automatic after pause time
4 = ON: Pre-flashing before opening
5 = ON: Radio switch: open-stop-close-stop
6 = ON: No slowdowns
7 = ON: No direction reversing upon contact
8 = ON: Flasher off in pause
9 = ON: Closing after passage by the photocell
10 = ON: DSA Photocell control before start up
11 = ON: Junior 633/Junior 650 installed on the Right
12 = ON: Elpro 63 SLAVE, 2nd Junior 633/Junior 650
LED on
LED off
LED X on
LED Y off
LED X off
LED Y on
Fully Open
Fully Open
Junior Sx
Junior Sx
Junior Dx
Junior Dx
ATTENTION !! The installation of this product must be performed by professionally trained and qualified personnel according to the safety regulations in
force. It is important to carefully read and follow the instructions so as to avoid incorrect use of this same product. The ELPRO 63 electronic programmer
was conceived and manufactured for the managements of the Junior 633 and Junior 650 electromechanical sliding operators with 230V motors. Any other
use different from that specified in this instruction booklet is to be considered prohibited.
ATTENTION !! The Meccanica Fadini Company declines any responsibility for damages caused to properties and/or people due to any improper instal-
lation or the lack of bringing the system to compliance whit the laws and regulations in force. The application of the Machine Directive 2006/42/CE is
required. All of the maintenance and/or test operations of the status of the product must be performed by professionally trained and qualified personnel.
ATTENTION !! Important: before carrying out any procedure on the PCB card, disconnect the electrical power supply mains.
It is furthermore recommended that the “Safety Regulations” made available by Meccanica Fadini be examined throughly.
Elpro 63

page 21
GB
ELECTRICAL CONNECTIONS TO THE TERMINALS AND THEIR FUNCTIONS
Accessory Electrical connections Dip-switches and LED indication of their functions
Photocells and
Safety edge on closing:
Key-switch:
Radio contact:
Warning Lamp Output
24V- 1W:
24V Output:
Output 24V dc/ac for DSA
control:
All of the NC contacts on the safety
accessories such as Photocells receivers
and Safety edges in closing phase must
be connected in series to the terminals
1 and 2.
NO and NC contacts to be connected
to the respective terminals of the key or
button-switches.
All the possible configurations are
attached to their respective command
accessories.
NC
NC
COMMON OPEN CLOSE STOP
NC
COMMON
RADIO
CONTACT
By connecting any NO contact between the
two terminals, each impulse can perform:
- Only opening: Dip 2=ON and Dip 5=OFF
- Reverse direction on each impulse
Dip 2=OFF and Dip 5=OFF
- Step by Step: Open-Stop-Close-Stop
Dip 2=OFF and Dip 5=ON
Output for a possible automation status
warning lamp:
Warning Lamp On= Gate Open
Warning Lamp Off= Gate Closed
Flashing at 0.5s (fast)= closing movement
Flashing at 1s (normally)= opening movement
Flashing at 2s (slowly)= automation stopped
24V dc OUTPUT for max load:
n° 2 pairs of photocells
n° 1 Radio receiver
n° 1 Led key-switch Chis 37/Chis-E37
All the instructions are attached to their
respective command accessories
24V Output to power the photocell
trasmitters (connected in parallel) for the
DSA control: Autotest Safety Device=
before each movement of the gate, if this
function is enabled, all safety accessories
are checked to make sure that they are free
of obstacles, should they not, there is no
start and the light turns to amber colour.
DIP-SWITCH 10
ON: DSA control of the photocells. The
photocell projectors, outputs 13-14, must be
powered
OFF: No DSA control of the photocells
10
DIP-SWITCH 2 and 5
(MUST NOT ever be simultaneously ON)
ON: Does not reverse and does not stop in opening
OFF: In opening always stops and reverses
2
ON: Step by step with intermediate stop
OFF: Reverses direction on every impulse
5
L7 red On = no RADIO contact, it lights on at
every impulse to radio contact
L4 red Off= no contact OPEN, it lights up with
each opening impulse
L5 red Off= no contact CLOSE, it lights up with
each closing impulse
L6 green On= STOP contact closed, it turns off at
each stop contact
L2 green On= no obstacle, it turns off in case of
obstacle
ON: stops gate on opening and reverses it on
closing once obstacle is removed
OFF: no stop on opening, gate is reversed on
closing in case of an obstacle
1
DIP-SWITCH 1
Fit 55 Orbita 57
Chis 37 Chis-E 37
Astro 43 M.Q.B.
Jubi 433
Siti 63
Birio 868
Chis 37
Chis-E 37
DGT 61
Sape 69
Fit 55
projector Orbita 57
projector
Elpro 63

page 22
GB Elpro 63
Flashing lamp
230V max 25W:
OUTPUT 230V max 25W for flashing lamp
ON: Pre-flashing before opening
OFF: without pre-flashing
4
ON: Flasher desactivated during pause in
automatic operation (with Dip 3= ON)
OFF: It flashes during pause in automatic
Operation (with Dip 3= ON)
8
DIP-SWITCH 4 and 8
Output for courtesy
lamp relay 24V 50mA Output for courtesy lamp relay
max 24V 50mA
Photocelles input on
opening Photocell NC input on opening cycle: in case
an obstacle is detected, travel direction
is reversed for about 20 cm allowing the
removal of the obstacle, then gate stops
waiting for a command.
COMMON
NC
NC contact for
2nd Junior input Pre-fitted Jumper.
NC contact for connection to 2nd Junior
ELECTRICAL CONNECTIONS TO THE TERMINALS AND THEIR FUNCTIONS
Accessory Electrical connections Dip-switches and LED indication of their functions
Connections for n°2
Junior 633 or Junior 650
sliding gate operators
It is important to determine which Elpro 63 MASTER will command and
control the Elpro 63 SLAVE. All the accessories for command, signalling
and safety must be connected to the terminals of the Elpro 63 MASTER
that manages and controls the entire system.
Carry out the following connections:
Elpro 63 MASTER Elpro 63 SLAVE
Dip-Switch 12=OFF: Dip-Switch 12=ON:
terminal 15 (open) terminal 4 (open)
terminal 16 (close) terminal 5 (close)
terminal 17-23 (common) terminal 3 (common)
terminal 22 terminal 16 (close)
terminal 17 jumper with 23
terminal 1 jumper with 2
terminal 3 (common) jumper with 6 (stop)
DIP-SWITCH 12
ON: Elpro 63 SLAVE (2nd Junior 633/Junior 650)
OFF:
Elpro 63 MASTER (1
st
Junior 633/Junior 650)
12
Refer to the previous pages for the
Dip-Switch arrangements relative to the
individual accessories and functions.
Master Slave
n° 4x1
PROGRAMME JUNIOR MASTER AND SLAVE SEPARATELY ONCE THE ELECTRICAL
CONNECTIONS HAVE BEEN MADE AND THE DIP-SWITCHES SET CORRECTLY
L21 and L22 green =ON with both programmers
to confirm proper communication between
the two Elpro 63s.
A 4-wire cable is necessary
for the connection
between the two Elpro 63
programmers
COMMON
OPEN
CLOSE
STOP
Pedestrian Input COMMON
PEDESTRIAN
NO input for external contact for
pedestrian opening
Pedestrian Trimmer: the opening
distance of the gate is adjusted up to 3
metres. In Automatic function (Dip 3= ON,
closes after pause time completed)

page 23
GB Elpro 63
FUNCTIONS: DESCRIPTION OF THE FUNCTIONS OF THE JUNIOR 633 AND JUNIOR 650 SLIDING GATE OPERATORS
ATTENTION: each variation or action on the Dip-Switches for the required functions, will be executed with the next opening or closing command!
Description Dip - Switch and LED indication of their functions
Automatic/Semiautomatic:
Automatic cycle: upon open command impulse, the gate opens, stops in pause for the time
set in the Pause Trimmer, then recloses automatically.
Semiautomatic Cycle: with an open command impulse the gate moves to opening. To close
the passage it is necessary to give the close command.
DIP-SWITCH 3
ON: Closes in Automatic Mode
OFF: Semiautomatic Mode
3
Pause Trimmer: the pause time can be
adjusted in the automatic mode from 1s
to 120s.
DIP-SWITCH 6
ON: Slowdowns out of service
OFF: Slowdowns in service, as set
6
Torque Trimmer: adjust the torque
applied on to the gate.
Slowdowns:
During programming it is recommended that the starting positions of slowingdown in opening
and in closing be set. Afterwards, these may be removed or reset by way of the Dip-switch 6.
The slowdown speed on final run of the gate is factory set, while the torque is proportional to
the force required to be exerted by the Junior, by the Torque Trimmer.
Reverse direction upon contact with obstacle:
This function enables the inversion of the movement on contact with an obstacle.
- Opening phase: the function reverses the direction for 10 cm freeing the obstacle.
- Closing phase: the function reverses the direction up to the opening limit switch.
The sensitivity of the function is proportional to the torque exerted by the Junior by way of
the Torque Trimmer
PLEASE NOTE: If the gate detects an obstacle for 5 consecutive times during a complete
open - stop - close cycle, the gate will remain open and the lamp will flash with a Blue light,
waiting for a command.
Torque Trimmer: regulates the torque
applied to the gate.
Closing after passage by the pair of photocells:
This function enables the automatic closing 3s after the passage through the pair of photocells.
DIP-SWITCH 9
ON: Enables the automatic closing after the
passage through the pair of photocells
OFF: No automatic closing
9
DIP-SWITCH 10
ON: DSA control of the photocells.
The photocell projectors, outputs 13-14, must
be powered
OFF: No DSA control of the photocells
10
DSA: Check photocells before start up
Device for Safety Autotest = before every gate movement, if this function is enabled and
photocell projectors outputs 13-14 are powered, a check is performed of all safety devices to
ensure they are free from obstacles. If they are not, the gate opener will not start and this will
be signalled on the Junior with an Amber coloured light.
Opening by way of external clock:
Connection: connect the NO contact of the clock with terminal 4 OPEN and terminal 3
COMMON in parallel, and enable the automatic closing with the Dipswitch 3= ON
Operation: program the opening time on the clock, at the time set the gate will open and
remain open (the flasher goes off) and it will not accept other commands (not even radio) until
the time that has been set on the clock runs out. Once that time has expired, after the pause
time, the automatic closing will follow.
ON: Closes in Automatic Mode
3
External clock
COMMON
COMMON
OPEN
NO
ADJUSTMENT OF TORQUE: The adjustment of the torque by the Trimmer must be sufficient to move the gate. This adjustment also determines the
torque on slowing down and impact resistance with an obstacle. Too high torque in relation with the inertia of the gate leads to incorrect installation
according to safety standards EN 12445 and EN 12453.
Therefore, the installer, once adjusted the force applied to the automated gate, must check the forces as determined by the regulations EN 12445 and
EN 12453 documented in the manual “Safety Standards” that the manufacturer provides on request.

page 24
GB
1) 2) 3)
= =
CLICK
4) 5) 6)
7) 8) 9) 10)
PROGRAMMING AND SELF-LEARNING OF THE GATE RUN
IMPORTANT: programming Junior is performed at first installation. Even in absence of mains power, programming is retained in the memory. Any
time position of the limit switch brackets is changed, the gate run setting is to be re-programmed accordingly, following the same procedure. For
installation with n° 2 Junior (Master and Slave) it is necessary to programme individually on each Junior
IMPORTANT: verify the presence of the opening and closing gate stops, while the opening and closing limit switch brackets must be fastened on the
gear rack in the required positions.
1st Operation: Unlock the release handle with the coded key and open it until it stops (beyond 90°), thus freeing the gate from the Junior operator. Then push the
gate at about halfway of its run. Reset locking condition by closing the handle. As safety measure, when the release handle is disengaged, the electrical power
supply to Elpro 63 PCB is disconnected.
IMPORTANT: DURING ALL PROGRAMMING, IT IS NECESSARY TO WAIT FOR AUTOMATIC READING OF THE MAGNETIC LIMIT SWITCH OF THE
JUNIOR ON THE OPENING AND CLOSING BRACKETS ANCHORED TO THE GEAR RACK.
At the end of the program wait until the LP LED stops flashing definitely.
Push with an impulse:
the Junior will begin to
move the gate in opening
direction
Beginning of the slowdown in
opening: Push with an impulse when
the start of the slowdown phase is
desired and wait until the limit switch
is reached for reading
Push with an impulse: the
Junior will move the gate
in closing direction
Beginning of the slowdown in
closing: Push with an impulse when
the start of the slowdown phase
is desired and wait until the limit
switch is reached for reading
2nd Operation: learning the run pattern and slowdowns.
Remove the electrical power supply to the electronic PCB by completely extracting the 230 V line fuse from its seat, found in the front, underneath the Elpro 63
PCB. Push and hold down the P button and afterwards fit back the line fuse. After 4-5 seconds release the P button: the LP LED will begin to flash signalling the
programming phase.
+90°
LP LP
LP
4-5 sec
LP
LP
LP
LP
LP
Elpro 63
Pic. 13

page 25
GB
OPENING OF THE UNLOCKING HANDLE FOR THE MANUAL OPERATION OF THE GATE
By opening the unlocking handle with the coded key, the electrical
power supply is always disconnected from the system. For
unlocking action and subsequent manual movement of the gate,
it is necessary that the handle be opened until it stops beyond 90°.
Upon closing and subsequent locking of the lock, the electrical
power supply to the PCB is reset.
IMPORTANT: Once the electrical power supply has been disconnected
using the unlocking key, upon return of the mains electrical power,
the first movement of the Junior operator is always towards closing
at a normal operational speed with no programmed slowdowns. All
of the programmed functions are resumed completely with the next
complete cycle (opening-pause-closing).
1) Insert the
Customised key 2) Turn the key: power supply is disconnected
(blue light off)
3) Open the handle:
fully open the handle
to its stop
The “LED” device on the protective casing enables the installer and the end user to see if the system is actually working properly showing Blue light; or if there is
some fault that does not permit proper operation showing amber light.
The gate doesn’t move
Cover LED lamp off
Lampada a led sul carter
rimane sempre di color ambra
The gate starts moving then stops or
reverses direction
POSSIBLE MALFUNCTIONS
- Check all NC contacts
- Check the state of fuses
- The gate might have run into either gate stops.
Adjust the limit switch brackets (see page 18).
- Enable the Torque Trimmer to increase it
- One or more NC contacts are open
- Burnt fuses
- Torque too low
- Lack of mains electrical power supply 230V
- 5A line fuse burnt
- 8A fuse burnt, for 24 V line
- Torque too low for the gate inertia
- Detects the continuous presence of an obstacle or
possible friction during movement
- Increase the torque by the trimmer
- Remove possible causes of friction scorrevole on the
sliding gate guides
- Detects the continuous presence of an obstacle
or possible friction during movements
- Torque too low for the gate inertia - Increase the torque by the trimmer
- Unlocking handle not locked - Close and remove the key from the lock
- Check the line and all fuses
- The gate might have run into either gate stops.
Adjust the limit switch brackets (see page 18).
- Remove obstacles
- Remove possible causes of friction on the sliding gate
track/guides
Faults Causes Actions to cure
- Photocells not aligned - Align photocells
Pic. 14

pag. 74
I - MANUTENZIONE ORDINARIA E SMALTIMENTO DEI RIFIUTI
Per una resa ottimale dell’impianto nel tempo e secondo le normative di sicurezza, è necessario eseguire una corretta manutenzione e monitoraggio dell’intera
installazione per l’automazione, per le apparecchiature elettroniche installate e anche per i cablaggi ad esse effettuate. Tutta l’installazione deve essere eseguita
da personale tecnico qualificato, compilando il Manuale di Manutenzione indicato nel Libretto Normative (da richiedere):
1° - Automazione Elettromeccanica: controllo di manutenzione almeno ogni 6 mesi.
2° - Apparecchiature elettroniche e sistemi di sicurezza: un controllo di manutenzione almeno mensilmente.
3° - Le manutenzioni ordinarie e straordinarie devono essere concordate tra il committente e la ditta che esegue i lavori.
4° - Affidare gli involucri dell’imballo come cartone, nylon, polistirolo, ecc. a ditte specializzate nel recupero rifiuti.
GB - ORDINARY MAINTENANCE AND DISPOSAL
For optimum performance of system over time according to safety regulations, it is necessary to perform proper maintenance and monitoring of the entire installation:
the automation, the electronic equipment and the cables connected to these. The entire installation must be carried out by qualified technical personnel, filling in
the Maintenance Manual indicated in the Safety Regulation Book (to be requested):
1 - Electromechanical automation: maintenance inspection at least every 6 months
2 - Electronic equipment and safety systems: inspection at least once every month.
3 - Ordinary and extraordinary maintenance must be agreed to between the principal and the maintenance firm.
4 - Dispose of the packaging containers, such as the cardboard, plastic sheeting, foam padding, etc., through specialized waste disposal firms.
F - ENTRETIEN ORDINAIRE ET ELIMINATION DECHETS
Pour un rendement optimal de l’installation dans le temps conformement aux réglementations de sécurité, il est nécessaire d’effectuer un entretien correct et un
contrôle de toute la structure (pour l’automatisation, les équipements électroniques installés et pour les câblages réalisés). Toute l’installation doit être effectuée
par un technicien qualifié, en remplissant le Manuel d’Entretien indiqué dans le Manuel des Réglementations (à demander):
1 - Automation électromécanique: contrôle d’entretien au moins tous les 6 mois.
2 - Equipements électroniques et systèmes de sécurité: contrôle d’entretien tous les mois au minimum.
3 - L’entretien ordinaire et extraordinaire doit être concordé entre le client et l’entreprise chargée d’effectuer l’interventions.
4 - Confier les emballages comme le carton, le nylon, le polystyrène, etc., à centres spécialisés de récupération des déchets.
D - ORDENTLICHE WARTUNG UND ENTSORGUNG
Um eine dauerhaft optimale Leistung und vorschriftsgemäße Sicherheit der Anlage zu gewährleisten, müssen die gesamte Anlage, die installierten Elektronikgeräte und
die Kabel und Kabelverbindungen korrekt gewartet und überholt werden. Wartungsmaßnahmen dürfen grundsätzlich ausschließlich von qualifiziertem Fachpersonal
vorgenommen werden. Das in den Sicherheitsvorschriften genannte Wartungshandbuch, das dabei ausgefüllt werden muss, kann angefordert werden.
1 - Elektromechanischer Automatikbetrieb: Wartung mindestens alle 6 Monate.
2 - Elektronische Geräte und Sicherheitsvorrichtungen: Wartung mindestens einmal pro Monat.
3 - Die ordentliche und außerordentliche Wartung muss zwischen dem Auftraggeber und der Firma, welche die Wartung vornimmt, vereinbart werden.
4 - Verpackungsmaterialien wie Karton, Nylon, Styropor, usw. muss in Wertstoffhöfen entsorgt werden.
E - MANUTENZIONE ORDINARIA E SMALTIMENTO DEI RIFIUTI
Para un rendimiento optimal de la instalación en el tiempo y según las normas de seguridad, es necesario ejecutar un mantenimiento correcto y monitorear toda
la instalación (para la automatización, los aparatos electrónicos instalados y para los cableados realizados a éstos). Toda la instalación debe ser realizada por
personal técnico calificado, completando el Manual de mantenimiento indicado en el respectivo Manual Normativas (a solicitar):
1 - Automatización electromecánica: control de mantenimiento por lo menos cada 6 meses.
2 - Aparatos electrónicos y sistemas de seguridad: control de mantenimiento por lo menos mensualmente.
3 - Las mantenimientos ordinarios y extraordinarios deben ser acordados entre el comitente y la empresa que ejecuta los trabajos.
4 - Los materiales de embalaje como: carton, nylon y polistireno deben ser entregados a empresas especializadas en la recuperación de desechos.
NL - NORMAAL ONDERHOUD EN AFDANKING
Voor een optimaal rendement van de installatie in overeenstemming met de veiligheidsnormen is een correct onderhoud en controle van de gehele installatie voor
de automatisering, de geïnstalleerde elektronische apparatuur en de bedradingen noodzakelijk. De installatie moet door ervaren technisch personeel worden
uitgevoerd. Dit personeel moet vervolgens de Onderhoudshandleiding invullen die in de Handleiding Veiligheidsnormen vermeld wordt:
1 - Elektromechanische automatisering: onderhoudscontrole minstens eens in de 6 maanden.
2 - Elektronische apparatuur en beveiligingen: onderhoudscontrole minstens eenmaal per maand.
3 - De normale en buitengewone onderhoudswerkzaamheden moeten overeengekomen worden tussen de opdrachtgever en het bedrijf dat de werkzaamheden
uitvoert.
4 - Lever het verpakkingsmateriaal zoals karton, nylon, piepschuim, enz. in bij gespecialiseerde afvalverzamelcentra.

pag. 75
Technische gegevens JUNIOR 633 JUNIOR 650
Voedingsspanning 230V - 50Hz 230V - 50Hz
Motorspanning 230Vac 230Vac
Geabsorbeerd vermogen 400W 510W
Geabsorbeerde stroom 2A 2,4A
Maximum duwkracht 600N 1.000N
Maximaal gewicht poort 600Kg 1.200Kg
Toerental motor 1.350rpm 1.350rpm
Snelheid 10m/1’ 10m/1’
Verhouding 1:31 1:31
Beschermingsgraad IP54 IP54
Hydraulische olie, type Oil Fadini Oil Fadini
Bedrijfstemperatuur -20°C +50°C 20°C +50°C
Gewicht 11,3 Kg 13,5 Kg
Functioneringstijd: 60s openen/sluiten - 60s pauze
Complete cyclustijd: 240s = maximaal 15 cycli/uur
De Fabrikant behoudt zich het recht om zonder mededeling wijzigingen aan deze handleiding
uit te voeren. Bovendien acht de Fabrikant zich niet verantwoordelijk voor eventuele fouten
of schade aan personen of voorwerpen.
TECHNISCHE GEGEVENS EN AFMETINGEN
Datos técnicos JUNIOR 633 JUNIOR 650
Tensión de alimentación 230V - 50Hz 230V - 50Hz
Tensión del motor 230Vac 230Vac
Potencia absorbida 400W 510W
Corriente absorbida 2A 2,4A
Fuerza de empuje máxima 600N 1.000N
Peso de la puerta 600Kg 1.200Kg
Número de revoluciones motor 1.350rpm 1.350rpm
Velocidad 10m/1’ 10m/1’
Relación 1:31 1:31
Grado de protección IP54 IP54
Aceite hidráulico tipo Oil Fadini Oil Fadini
Temperatura di lavoro -20°C +50°C 20°C +50°C
Peso 11,3 Kg 13,5 Kg
Ciclo de servicio: 60s abertura/cierre - 60s pausa
Tiempo ciclo completo: 240s = máximo 15 ciclos/hora
El fabricante se reserva el derecho a aportar modificaciones al presente manual sin previo
aviso, además no se asume ninguna responsabilidad por posibles errores o daños a cosas
y personas.
DATOS TÉCNICOS Y MEDIDAS TOTALES
Technische Daten JUNIOR 633 JUNIOR 650
Versorgungsspannung 230V - 50Hz 230V - 50Hz
Motorspannung 230Vac 230Vac
Max. Leistungsaufnahme 400W 510W
Max. Stromaufnahme 2A 2,4A
Max. Schubkraft 600N 1.000N
Gewicht des Tores 600Kg 1.200Kg
Motordrehzahl 1.350 Upm 1.350 Upm
Geschwindigkeit 10m/1’ 10m/1’
Verhältnis 1:31 1:31
Schutzgrad IP54 IP54
Hydrauliköltyp Oil Fadini Oil Fadini
Betriebstemperatur -20°C +50°C 20°C +50°C
Gewicht 11,3 Kg 13,5 Kg
Betriebszyklus: 60 Sek. Öffnen/Schließen -60 Sek. Pause
Zyklusdauer gesamt: 240 Sek. = höchstens 15 Zyklen/Stunde
Der Hersteller behält sich vor, etwaige Änderungen an diesem Handbuch ohne Vorankün-
digung vorzunehmen und übernimmt für etwaige Fehler bzw. Sach- und Personenschäden
keinerlei Haftung.
TECHNISCHE DATEN UND ABMESSUNGEN
Données techniques JUNIOR 633 JUNIOR 650
Tension d’alimentation 230V - 50Hz 230V - 50Hz
Tension moteur 230Vac 230Vac
Puissance absorbée max. 400W 510W
Courant absorbé max. 2A 2,4A
Force de poussée maximale 600N 1.000N
Poids max du portail 600Kg 1.200Kg
Nombre de tours du moteur 1.350rpm 1.350rpm
Vitesse 10m/1’ 10m/1’
Rapport 1:31 1:31
Degré de protection IP54 IP54
Type d’huile Oil Fadini Oil Fadini
Température de service -20°C +50°C 20°C +50°C
Poids 11,3 Kg 13,5 Kg
Cycle de service: 60s ouverture/fermeture - 60s pause
Temps de cycle complet: 240s = maximum 15 cycles/heure
Le fabricant se réserve le droit de modifier ce manuel d’instructions sans préavis et décline
toute responsabilité en cas d’erreurs et/ou dommages matériels ou personnels.
DONNEES TECHNIQUES ET ENCOMBREMENT
Technical specifications JUNIOR 633 JUNIOR 650
Electrical power supply voltage 230V - 50Hz 230V - 50Hz
Motor power supply 230Vac 230Vac
Power absorbed max 400W 510W
Current Absorbed max 2A 2.4A
Maximum thrust force 600N 1.000N
Weight of the gate 600Kg 1.200Kg
Motor revolutions 1.350rpm 1.350rpm
Speed 10m/1’ 10m/1’
Ratio 1:31 1:31
Protection Grade IP54 IP54
Oil type Oil Fadini Oil Fadini
Operational temperature -20°C +50°C 20°C +50°C
Junior weight 11.3 Kg 13.5 Kg
Duty cycle: 60s opening/closing - 60s pause
Complete cycle time: 240s = maximum 15 cycles/hour
The manufacturing firm reserves the right to modify this manual without notice; in addition it
assumes no responsibility for possible errors or damages to properties or persons.
TECHNICAL SPECIFICATIONS AND DIMENSIONS
Dati tecnici JUNIOR 633 JUNIOR 650
Tensione di alimentazione 230V - 50Hz 230V - 50Hz
Tensione motore 230Vac 230Vac
Potenza assorbita max. 400W 510W
Corrente assorbita max. 2A 2,4A
Forza di spinta massima 600N 1.000N
Peso massimo cancello 600Kg 1.200Kg
Numero di giri motore 1.350rpm 1.350rpm
Velocità 10m/1’ 10m/1’
Rapporto 1:31 1:31
Grado di protezione IP54 IP54
Olio idraulico tipo Oil Fadini Oil Fadini
Temperatura di lavoro -20°C +50°C 20°C +50°C
Peso 11,3 Kg 13,5 Kg
Ciclo di servizio: 60s apertura/chiusura - 60s pausa
Tempo ciclo completo: 240s = massimo 15 cicli/ora
La Ditta costruttrice si riserva di apportare modifiche al presente libretto senza preavviso,
inoltre non si assume nessuna responsabilità per eventuali errori o danni a cose e persone.
DATI TECNICI E MISURE DI INGOMBRO

Via Mantova, 177/A - C.P. 126 - 37053 Cerea (VR) Italy - Tel. [phone] - Fax [phone]
e-mail: [email protected] - www.fadini.net
Timbro dell’Installatore
Installer’s Stamp
Cachet de l’installateur
Stempel des Installateurs
Timbre del instalador
Stempel van de Installateur
04-2013
296
55
316
316
40 170 38
210
293
140
102
62,5
95 40
170
210
148
296
148
290
160
2
Ø10,2
170
55 M10
Piastra di fondazione
Base plate
Plaque de fondation
Verankerungsplatte
Placa de cimentación
Grondplaat