BFT VISTA SW SXL User manual

ISTRUZIONI D’USO E DI INSTALLAZIONE INSTALLATION AND USER’S MANUAL INSTRUCTIONS D’UTILISATION ET D’INSTALLATION INSTALLATIONS-UND GEBRAUCHSANLEITUNG INSTRUCCIONES DE USO Y DE INSTALACION GEBRUIKS- EN INSTALLATIEAANWIJZINGEN
D812034 00100_03 04-12-14
AUTOMAZIONI PORTE
AUTOMATION DOORS
AUTOMATIONS POUR PORTES
AUTOMATICTUREN
AUTOMATIZACIONES PARA PUERTAS
AUTOMATISERINGSSYSTEMEN DEUREN
Attenzione! Leggere attentamente le “Avvertenze” all’interno! Caution! Read “Warnings” inside carefully! Attention! Veuillez lire attentivement les Avertissements qui se trouvent à l’intérieur!
Achtung! Bitte lesen Sie aufmerksam die„Hinweise“ im Inneren! ¡Atención¡ Leer atentamente las“Advertencias”en el interior! Let op! Lees de“Waarschuwingen”aan de binnenkant zorgvuldig!
VISTA SW SXL
www.BFTGateOpeners.com
[phone]

D812034 00100_03 D812034 00100_03
2 - VISTA SW SXL
BRACCIO A SLITTA / SLIDE ARM / BRAS À GLISSIÈRE
SCHLITTENARM/ BRAZO DE CORREDERA/ SCHUIFARM
BRACCIO ARTICOLATO / DOUBLE LEVER ARM/ BRAS ARTICULÉ
GELENKARM/ BRAZO ARTICULADO/ SCHARNIERARM
BRACCIO ARTICOLATO LUNGO / LONG DOUBLE LEVER ARM /BRAS ARTICULÉ
LANGER GELENKARMLUNGO LONG/BRAZO ARTICULADO LARGO/ANGE SCHARNIERARM
2
230V ~
3
3
x1.5 mm
3x1.5 mm
2
ON/OFF
x0.5
mm
2
8x0.22mm
2
PREDISPOSIZIONE DELL’IMPIANTO ELETTRICO/ ELECTRICAL SYSTEM SETUP
PRÉDISPOSITION DE L’INSTALLATION ÉLECTRIQUE / VORBEREITUNG DER ELEKTISCHEN ANLAGE
PREPARACIÓN DE LA INSTALACIÓN ELÉCTRICA / VOORBEREIDING VAN DE ELEKTRISCHE INSTALLATIE
AVISTA SW SXL - VISTA SW MXL
B
C
56
676
13
12.5
20
55
55
25
12.5
220
94 88
134
Peso dell’anta (kg) / Door weight (kg)/ Poids du vantail (kg) Gewicht des Flügels (kg)/ Peso de la hoja (kg)/ Gewicht van de deur (kg)
Larghezza dell’anta (m) / Door leaf width (m) / Largeur du vantail (m)
Breite des Flügels (m) / Anchura de la hoja (m) / Breedte van de deur (m)
Passaggio cavi / Cable routing
Passage des câbles / Kageldurchführung
Paso de los cables / Kabeldoorgang
C1
0÷150 mm
150÷300 mm
+100
-50

D812034 00100_03D812034 00100_03
VISTA SW SXL - 3
ENGLISH
Smontaggio Automazione/ Dismantling the Automatic Door Operator / Démontage Automatisation
Ausbau der Automatisierung/ Desmontaje Automatización / Demontage Automatiseringssysteem
*
*
*
*
V1
7
*
3
3
V3
V3
6
5
1
V2
*
8
V4
2
V2
4
4
V4
2
VISTA SW SXL VISTA SW MXL
11
14
9
13
12
*Non in dotazione.
Not supplied.
Ne sont pas fournis.
Nicht im lieferum.
No asignadas en
el equipamiento base.
Niet meegeleverd.
2
*Non in dotazione
Not supplied
Ne sont pas fournis
Nicht im lieferum
No asignadas en el equipamiento base
Niet meegeleverd
M6
Fissaggio Trave / Fastening the header / Fixation poutres/ Befestigung des Trägers/ Fijación viga/ Bevestiging dwarsdrager
2A 2B 2C
*
V2
M6
20
4,8
9,5
V1
M4
10
V3
M6
10
V4
*
standard/ estándar
standaard
P111563 00001
10
P111563 00002
P111563 00004P111563 00003
L=90 L=50
L=70
1

D812034 00100_03 D812034 00100_03
4 - VISTA SW SXL
8
16
6
12
8.4
13
Installazione Braccio Rigido / Installing the Single Lever Arm / Installation du Bras Rigide / Installation des starren Arms
Instalación Brazo Rígido/ Installatie Scharnierloze arm
Posizionamento braccio /Arm positioning/ Positionnement bras/
Positionierung des Arms/ Posicionamiento brazo/ Plaatsen van de arm
Precarico molla/Spring preload/ Préchargement ressort/
Vorspannung der Feder/ Precarga muelle / Voorbelasting van de veer
Regolazione Molla/Spring adjustment/ Réglage ressort/
Einstellung der Feder/ Regulación muelle
Afstelling van de veer
D
Asse motoriduttore
Gearmotor Axis
Axe motoréducteur
Achse Getriebemotor
Eje motorreductor
As reductiemotor
Asse motoriduttore
Gearmotor Axis
Axe motoréducteur
Achse Getriebemotor
Eje motorreductor
As reductiemotor
Traversa
Header
Entretoise
Querträger
travesaño
Dwarsdrager
Asse cerniera
Hinge axis
Axe charnière
Achse des Scharniers
Eje bisagra
Scharnieras
R1
V1
D3 D4
D5
Braccio rigido
Single lever arm
Bras rigide
Starrer Arm
Brazo rígido
Scharnierloze arm
600
180
15
*
*
V2
R1
V1
V2
35
+100-50
56
L+5
L+5
Asse motoriduttore
Gearmotor Axis
Axe motoréducteur
Achse Getriebemotor
Eje motorreductor
As reductiemotor
Braccio rigido
Single lever arm
Bras rigide
Starrer Arm
Brazo rígido
Scharnierloze arm
600
180
15
L+5
Guida
guide
Führung
Guía
Geleider
Guida
guide
Führung
Guía
Geleider
L
standard/ estándar
standaard
P111563 00001
P111563 00002 P111563 00004P111563 00003
L=90
L=50
L=70
Vedere/See / Cf. /Siehe/ Véase /Zie Fig. D
220 220
Assemblaggio Guida/Fitting the guide
Assemblage rail/
Montage der Führung
Ensamblaje guía/ Montage geleider
D2
V1
V1 9.5
2.9
D1
Braccio NON preforato / Arm NOT pre-drilled / Bras PAS pré-percé
NICHT vorgebohrter Arm / Brazo NO perforado / NIET geperforeerde arm
12 47
19
*
*

D812034 00100_03D812034 00100_03
VISTA SW SXL - 5
E
E2
E1
L
standard/ estándar
standaard
P111563 00001
P111563 00002 P111563 00004P111563 00003
L=90
L=50
L=70
Fissaggio braccio all’anta / Fastening the arm to the door leaf
Fixation bras sur vantail /
Befestigung des Arms am Flügel
Fijación brazo a la hoja / Bevestiging arm aan de deur
Fissaggio braccio all’automazione /Fastening the arm to the
automatic door operator/ Fixation bras sur l’automatisation/
Befestigung des Arms an der Automatisierung/
Fijación brazo a la automatización/ Bevestiging arm aan het automatiseringssysteem
Traversa
Header
Entretoise
Querträger
travesaño
Dwarsdrager
220
Asse motoriduttore
Gearmotor Axis
Axe motoréducteur
Achse Getriebemotor
Eje motorreductor
As reductiemotor
Asse cerniera
Hinge axis
Axe charnière
Achse des Scharniers
Eje bisagra
Scharnieras
L-22
27
55
56
292.5
Attacco anta
Door leaf
Attachment tting
Raccord vantail
Fijación hoja
Bevestiging deur
220
Asse motoriduttore
Gearmotor Axis
Axe motoréducteur
Achse Getriebemotor
Eje motorreductor
As reductiemotor
L-22
27
55292.5
Attacco anta
Door leaf
Attachment tting
Raccord vantail
Fijación hoja
Bevestiging deur
Asse motoriduttore
Gearmotor Axis
Axe motoréducteur
Achse Getriebemotor
Eje motorreductor
As reductiemotor
27
0÷300
L-22
E4
E3
Regolazione Molla/Spring adjustment
Réglage ressort/ Einstellung der Feder
Regulación muelle / Afstelling van de veer
Vedere / See
Cf. /Siehe
Véase /Zie
Fig. D
18
*
*
90°
12
16
8.4
16
6
8
8
R1
V2
V3
V1
V1
V2
V3
R1
ß/2
ß/2
ß
Installazione Braccio Articolato /Installing the double lever arm/ Installation bras articulé
Installation des Gelenkarms/ Instalación brazo articulado/ Installatie scharnierarm
21
9
80
55
6.5
7,5
3
*
*
Regolazione braccio /Arm adjustment / Réglage bras
Einstellung des Arms / Regulación brazo / Afstelling van de arm
ENGLISH

D812034 00100_03 D812034 00100_03
6 - VISTA SW SXL
MIN
MAX
Collegamenti VISTA SW SXL/ VISTA SW SXL connections/ Connexions VISTA SW SXL
Anschlüsse VISTA SW SXL/ Conexiones VISTA SW SXL / Aansluitingen VISTA SW SXL
Collegamenti VISTA SW MXL / VISTA SW MXL connections / Connexions VISTA SW MXL
Anschlüsse VISTA SW MXL/ Conexiones VISTA SW MXL/ Aansluitingen VISTA SW MXL
Interruttore selezione logiche / Logic selection switch
Interrupteur sélection logiques / Schalter Auswahl der Logiken
Interruptor selección lógicas / Schakelaar keuze logica’s
1
910 11 12 13 14
2 3 4 5 6 7 8
10
1
915 11
2 3 4 5 6 7
1213
28V
0V
Interruttore ON/OFF // ON/OFF switch
Interrupteur ON/OFF// Schalter ON/OFF
Interruptor ON/OFF // ON/OFF schakelaar
Selezione livello frenatura
Braking level selection
Sélection niveau de freinage
Auswahl des Bremspegels
Selección nivel frenado
Keuze remniveau
1.Display e pulsanti
2. Dip Switchs
3. Connettore uscite ausiliarie
4. Connettori comandi/ingressi
5. Alimentazione Sensori/Accessori
6. Connettore seletore multilogiche
7. Connettore elettroserratura
8. Connettore Selezione livello freno
9. Connettore trasformator
10. Connettore interruto ON-OFF
11. Connettore interruttore selezioni logiche
12. Connettore encoder
13. Connettore motore
14. Selettore tipologie braccio
15. Connettore batterie
1.Display and pushbuttons
2.Dip switches
3.Auxiliary outputs connector
4.Inputs/commands connectors
5.Sensors/Accessories Power Supply
6.Multilogic selector connector
7.Solenoid lock connector
8.Brake level selection connector
9.Transformer connector
10.ON-OFF switch connector
11.Logic selection switch connector
12.Encoder connector
13.Motor connector
14.Arm type selector
15.Battery connector
1. Acheur et touches
2. Commutateurs Dip
3. Connecteur sorties auxiliaires
4. Connecteurs commandes/entrées
5. Alimentation Capteurs/Accessoires
6. Connecteur sélecteur multilogiques
7. Connecteur serrure électrique
8. Connecteur Sélection niveau frein
9. Connecteur transformateur
10. Connecteur interrupteur ON-OFF
11.
Connecteur interrupteur sélections logiques
12. Connecteur encodeur
13. Connecteur moteur
14. Sélecteur types de bras
15. Connecteur batteries
1.Display und Tasten
2.DIP-Switches
3.Steckverbindung Hilfsausgänge
4.Steckverbindungen Befehle/Eingänge
5.Stromversorgung Sensoren/Zubehör
6.Steckverbindung Wahlschalter Multilogiken
7.Steckverbindung Elektroschloss
8.Steckverbindung Auswahl des Bremspegels
9.Steckverbindung Transformator
10.Steckverbindung Schalter ON-OFF
11.Steckverbindung Schalter Auswahl Logiken
12.Steckverbindung Encoder
13.Steckverbindung Motor
14.Steckverbindung Armtyp
15.Steckverbindung Batterien
1.Pantalla y pulsadores
2 Conmutadores DIP
3.Conectores salidas auxiliares
4.Conectores mandos/entradas
5.Alimentación Sensores/Accesorios
6.Conector selector multilógicas
7.Conector cerradura eléctrica
8.Conector Selección nivel freno
9.Conector transformador
10.Conector interruptor ON-OFF
11.Conector interruptor selecciones lógicas
12.Conector encoder
13.Conector motor
14.Selector tipologías brazos
15.Conector baterías
1.Display en knoppen
2.Dip Switches
3.Connector secundaire outputs
4.Connectors commando’s/inputs
5.Voeding Sensors/Accessoires
6.Connector keuzeschakelaar multilogica’s
7.Connector elektroslot
8.Connector Keuze remniveau
9.Connector transformator
10.Connector ON-OFF schakelaar
11.Connector schakelaar logische selecties
12.Connector encoder
13.Connector motor
14.Keuzeschakelaar armtypes
15.Connector batterijen
N
M
L
GI
O
MANUALE / MANUAL
MANUEL/ MANUELL
MANUAL/ HANDMATIG
DUE RADAR/TWO RADARS
DEUX RADARS/ ZWEI RADAR
DUE RADAR / TWEE RADARS
STOP APERTO/ STOP OPEN
ARRÊT À L’AIR LIBRE
STOPP BEI ÖFFNUNG
STOP ABIERTO/ STOP OPEN
STOP CHIUSO/ STOP CLOSED
ARRÊT FERMÉ
STOPP GESCHLOSSEN
STOP CERRADO/ STOP GESLOTEN
DUE RADAR/TWO RADARS DEUX
RADARS/ ZWEI RADAR DUE
RADAR / TWEE RADARS
STOP APERTO/ STOP OPEN
ARRÊT À L’AIR LIBRE
STOPP BEI ÖFFNUNG
STOP ABIERTO/ STOP OPEN
VISTA SW SXL VISTA SW MXL
Selezione tipologia braccio
Arm type selection
Sélection type de bras
Auswahl des Armtyps
Selección tipología brazo
Keuze armtypes
H

D812034 00100_03
+-
++
TEST
-
OPEN SAFETY
-
A
B
A
B
AUX-OUT 1 AUX-OUT 2
COM COM
OUT
15 VDC
COM
RST
PWF
DATA
GND
LOCK
PHOT OP
AUX-IN 1 AUX-IN 2
PHOT CL
KEY
RADAR EXT.
RADAR INT.
A
B
A
B
AUX-OUT 1 AUX-OUT 2
COM COM
OUT
15 VDC
COM
RST
PWF
DATA
GND
LOCK
PHOT OP
AUX-IN 1 AUX-IN 2
PHOT CL
KEY
RADAR EXT.
RADAR INT.
+-
+TEST
-
OPEN SAFETY
OPEN SAFETY
+-
OUT 15 V
OUT 15 V
+OUT 15 V
17 = 0
30 = 1
A
B
+OUT 15 V
18 = 0
31 = 1
A
B
P
R
Collegamento sensori rilevamento / sicurezza con verica in apertura // Connecting detectors/safety sensors with testing during opening
Connexion capteurs détection/sécurité avec vérication à l’ouverture// Verbindung Sensoren Erfassung/Sicherheit mit Überprüfung bei Önung
Conexión sensores detección/seguridad con control en fase de apertura // Aansluiting detectie/veiligheid sensors met controle bij openen
Collegamento sensori rilevamento / sicurezza con verica in chiusura
Connecting detectors/safety sensors with testing during closing
Connexion capteurs détection/sécurité avec vérication à la fermeture
Verbindung Sensoren Erfassung/Sicherheit mit Überprüfung bei Schließung
Conexión sensores detección/seguridad con control en fase de cierre
Aansluiting detectie/veiligheid sensors met controle bij sluiten
1
2
Installazione Vista SW Doppio / Installing pair of VISTA SW operators/ Installation VISTA SW double/ Doppelte Installation VISTA SW
Instalación VISTA SW doble/ Installatie dubbele VISTA SW
Q
S
T
Non in dotazione
Not supplied
Ne sont pas fournis
Nicht im lieferum
No asignadas en el equipamiento base
Niet meegeleverd
Peso dell’anta (kg) / Door weight (kg)/ Poids du vantail (kg) Gewicht des Flügels (kg)/ Peso de la hoja (kg) Gewicht van de deur (kg)
Larghezza dell’anta (m) / Door leaf width (m) / Largeur du vantail (m)
Breite des Flügels (m) / Anchura de la hoja (m) / Breedte van de deur (m)
Installazione batterie / Installing the batteries
Installation batteries/ Installation der Batterien
Instalación baterías/ Installatie batterijen
V1
VISTA SW MXL
Scheda caricabatteria / Battery charger board
Carte chargeur de batterie / Batterieladekarte
Tarjeta cargador de baterías / Kaart batterijoplader
V1
VISTA SW SXL - 7

D812034 00100_03
8 - VISTA SW SXL
3
V1
V1
D1
D1
M4
D1
1
2
Asse cerniera destra
Right hinge axis
Axe charnière droite
rechte Scharnierachse
Eje bisagra derecha
As scharnier rechts
Asse cerniera sinistra
Left hinge axis
Axe charnière gauche
linke Scharnierachse
Eje bisagra izquierda
As scharnier links
Collegamento ad uso interblocco / Connection for interlocking feature / Connexion pour interverrouillage
Verbindung mit Verwendung Verblockung / Conexión con uso interbloqueo/ Aansluiting voor interlock gebruik
Scheda con priorità / Board with priority / Carte avec priorité
Karte mit Vorrang / Tarjeta con prioridad / Kaart met voorrang
15 = 2
17 = 1
Scheda senza priorità/ Board without priority
Carte sans priorité/ Karte Ohne Vorrang
Tarjeta sin prioridad/ Kaart zonder voorrang
15 = 3
17 = 1
Togliere Jumper / Remove jumper
Retirer Cavalier / Jumper entfernen
Quitar el Jumper / Jumper verwijderen
U
AA
AB
MASTER
MASTER
1
2
SLAVE
3
Scheda master / Master board/ Carte master
Karte Master/ Tarjeta master / Master kaart
13 = 1
Scheda slave / Slave board
Carte slave/Karte Slave
Tarjeta slave/ Slave kaart
13 = 2
Collegamento VISTA SEL
SW (opzionale)*
* VISTA SEL SW connection (option) / Connexion VISTA SEL SW (option) / Verbindung VISTA SEL SW (Option)/ Conexión VISTA SEL SW (opcional) / Aansluiting VISTA SEL SW (optie)
1
3
2
A
B
A
B
AUX-OUT 1 AUX-OUT 2
COM COM
OUT
15 VDC
COM
RST
PWF
DATA
GND
LOCK
PHOT OP
AUX-IN 1 AUX-IN 2
PHOT CL
KEY
RADAR EXT.
RADAR INT.
A
B
A
B
AUX-OUT 1 AUX-OUT 2
COM COM
OUT
15 VDC
COM
RST
PWF
DATA
GND
LOCK
PHOT OP
AUX-IN 1 AUX-IN 2
PHOT CL
KEY
RADAR EXT.
RADAR INT.
A
B
A
B
AUX-OUT 1 AUX-OUT 2
COM

D812034 00100_03
VISTA
SW SXL - 9
ENGLISH
INSTALLATION MANUAL
INSTALLER WARNINGS
Anything that is not explicitly provided for in the installation ma-
nual is not allowed. The operator’s proper operation can only be
guaranteed if the information given is complied with. The Firm shall
not be answerable for damage caused by failure to comply with the
instructions featured herein.
Whilewewillnotaltertheproduct’sessentialfeatures,theFirmreserves
the right, at any time, to make those changes deemed opportune to
improve the product from a technical, design or commercial point of
view, and will not be required to update this publication accordingly.
WARNING! Important safety instructions. Carefully read and comply with
all the warnings and instructions that come with the product as incorrect
installationcan cause injury to people andanimalsanddamage to property.
Thewarnings and instructionsgiveimportantinformation regarding safety,
installation, use and maintenance. Keep hold of instructions so that you can
attach them to the technical le and keep them handy for future reference.
GENERAL SAFETY
This product has been designed and built solely for the purpose indicated herein.
Uses other than those indicated herein might cause damage to the product and
create a hazard.
-Theunitsmakingup the machineanditsinstallationmust meet therequirements
of the following European Directives, where applicable: 2004/108/EC, 2006/95/
EC, 2006/42/EC, 89/106/EC, 99/05/EC and later amendments. For all countries
outside the EEC, it is advisable to comply with the standards mentioned, in ad-
dition to any national standards in force, to achieve a good level of safety.
-The Manufacturer of this product (hereinafter referred to as the “Firm”) disclaims
all responsibility resulting from improper use or any use other than that for
which the product has been designed, as indicated herein, as well as for failure
to apply Good Practice in the construction of entry systems (doors, gates, etc.)
and for deformation that could occur during use.
-Installation must be carried out by qualied personnel (professional installer,
according to EN 12635), in compliance with Good Practice and current code.
-Before installing the product, make all structural changes required to produce
safety gaps and to provide protection from or isolate all crushing, shearing and
dragging hazard areas and danger zones in general in accordance with the
provisions of standards EN 16005 or any local installation standards. Check that
the existing structure meets the necessary strength and stability requirements.
-Before commencing installation, check the product for damage.
-The Firm is not responsible for failure to apply Good Practice in the construction
and maintenance of the doors, gates, etc. to be motorized, or for deformation
that might occur during use.
-Make sure the stated temperature range is compatible with the site in which
the automated system is due to be installed.
-Do not install this product in an explosive atmosphere: the presence of am-
mable fumes or gas constitutes a serious safety hazard.
-Disconnect the electricity supply before performing any work on the system.
Also disconnect buer batteries, if any are connected.
-Before connecting the power supply, make sure the product’s ratings match the
mains ratings and that a suitable residual current circuit breaker and overcurrent
protection device have been installed upline from the electrical system. Have
the automated system’s mains power supply tted with a switch or omnipolar
thermal-magnetic circuit breaker with a contact separation that meets code
requirements.
-Make sure that upline from the mains power supply there is a residual current
circuit breaker that trips at no more than 0.03A as well as any other equipment
required by code.
-Make sure the earth system has been installed correctly: earth all the metal parts
belonging to the entry system (doors, gates, etc.) and all parts of the system
featuring an earth terminal.
-Installation must be carried out using safety devices and controls that meet
standards EN 12978 and EN 16005.
-Impact forces can be reduced by using deformable edges.
-Intheeventimpactforcesexceedthevalueslaiddown by the relevant standards,
apply electro-sensitive or pressure-sensitive devices.
-Apply all safety devices (photocells, safety edges, etc.) required to keep the
area free of impact, crushing, dragging and shearing hazards. Bear in mind the
standards and directives in force, Good Practice criteria, intended use, the instal-
lation environment, the operating logic of the system and forces generated by
the automated system.
-Apply all signs required by current code to identify hazardous areas (residual
risks). All installations must be visibly identied.
-Once installation is complete, apply a nameplate featuring the door/gate’s data.
-If the automated system is installed at a height of less than 2.5 m or is accessible,
the electrical and mechanical parts must be suitably protected.
-Install any xed controls in a position where they will not cause a hazard, away
from moving parts. More specically, hold-to-run controls must be positioned
within direct sight of the part being controlled and, unless they are key operated,
must be installed at a height of at least 1.5 m and in a place where they cannot
be reached by the public.
-Attach a label near the operating device, in a permanent fashion, with informa-
tion on how to operate the automated system’s manual release.
-Make sure that, during operation, mechanical risks are avoided or relevant
protective measures taken and, more specically, that nothing can be banged,
crushed, caught or cut between the part being operated and surrounding parts.
-Once installation is complete, make sure the motor automation settings are
correct and that the safety and release systems are working properly.
-Only use original spare parts for any maintenance or repair work. The Firm dis-
claims all responsibility for the correct operation and safety of the automated
system if parts from other manufacturers are used.
-Do not make any modications to the automated system’s components unless
explicitly authorized by the Firm.
-Instruct the system’s user on what residual risks may be encountered, on the
control systems that have been applied and on how to open the system manu-
ally in an emergency. give the user guide to the end user.
-Dispose of packaging materials (plastic, cardboard, polystyrene, etc.) in accord-
ance with the provisions of the laws in force. Keep nylon bags and polystyrene
out of reach of children.
WIRING
WARNING! For connection to the mains power supply, use: a multicore cable
with a cross-sectional area of at least 5x1.5mm2or 4x1.5mm2when dealing
with three-phase power supplies or 3x1.5mm2for single-phase supplies (by
way of example, type H05 VV-F cable can be used with a cross-sectional area
of 4x1.5mm2). To connect auxiliary equipment, use wires with a cross-sectional
area of at least 0.5 mm2.
- Only use pushbuttons with a capacity of 10A-250V or more.
- Wiresmust be secured with additionalfasteningneartheterminals (for example,
using cable clamps) in order to keep live parts well separated from safety extra
low voltage parts.
- During installation, the power cable must be stripped to allow the earth wire
to be connected to the relevant terminal, while leaving the live wires as short
as possible. The earth wire must be the last to be pulled taut in the event the
cable’s fastening device comes loose.
WARNING! safety extra low voltage wires must be kept physically separate from
low voltage wires.
Only qualied personnel (professional installer) should be allowed to access
live parts.
CHECKING THE AUTOMATED SYSTEM AND MAINTENANCE
Beforethe automated systemisnallyput into operation,andduringmaintenance
work, perform the following checks meticulously:
-Make sure all components are fastened securely.
-Check starting and stopping operations in the case of manual control.
-Check the logic for normal or personalized operation.
-Check that all safety devices are working properly and that the anti-crush safety
device (if tted) is set correctly.
-Impact forces can be reduced by using deformable edges.
-Make sure that the emergency operation works, where this feature is provided.
-Check opening and closing operations with the control devices applied.
-Check that electrical connections and cabling are intact, making extra sure that
insulating sheaths and cable glands are undamaged.
- While performing maintenance, clean the sensors’ optics.
- When the automatic door operator is out of service for any length of time,
activate the emergency release (see “EMERGENCY OPERATION” section) so
that the operated part is made idle, thus allowing the door to be opened and
closed manually.
- If the power cord is damaged, it must be replaced by the manufacturer or their
technical assistance department or other such qualied person to avoid any risk .
-The maintenance described above must be repeated at least once yearly or at
shorter intervals where site or installation conditions make this necessary.
WARNING!
Remember that the drive is designed to make the gate/door easier to use and
will not solve problems as a result of defective or poorly performed installation
or lack of maintenance
SCRAPPING
Materials must be disposed of in accordance with the regulations in
force. Do not throw away your discarded equipment or used batteries
with household waste. You are responsible for taking all your waste
electrical and electronic equipment to a suitable recycling centre.
DISMANTLING
Ifthe automated system is beingdismantledinorderto be reassembled at another
site, you are required to:
-Cut o the power and disconnect the whole electrical system.
-Remove the actuator from the base it is mounted on.
-Remove all the installation’s components.
-See to the replacement of any components that cannot be removed or happen
to be damaged.
THE DECLARATION OF CONFORMITY CAN BEVIEWED ON THIS WEBSITE:
WWW.BFT.IT IN THE PRODUCT SECTION.
AVVERTENZE INSTALLATORE (PORTE) D812061 00200_02

D812034 00100_03
10 - VISTA SW SXL
INSTALLATION MANUAL
1) GENERAL INFORMATION
Motorized header for automatic swing doors, complete with control panel. Ac-
cessories available for producing a complete installation.
2) TECHNICAL SPECIFICATIONS
MECHANICAL SPECIFICATIONS
Leaf width min. 700mm max. 1400mm
Leaf weight see Fig. R
Opening speed max. 70°/s - min. 20°/s (3 - 6 sec.)
Closing speed max. 40°/s - min. 10°/s (4 - 15 sec.)
Max. opening angle 110°
Header size See Fig. B
Actuator weight 11 kg
ELECTRICAL SPECIFICATIONS
Power supply 220 - 230V~ ±10%, 50/60 Hz single phase
Fuses see Fig. G
Accessories power supply 15Vdc - max. 12W
Rated power 85W
Temperature range from -10°C to + 50°C (inside cover)
Operating cycle Continuous at 25°C
Anti-crush Anti-crush safety device when
obstacles are detected
Backup batteries (optional extras) 2 x 12V 1.2Ah
Protection rating IP 40
3) PREPARING THE ELECTRICAL SYSTEM
Prepare the electrical system (Fig. A), referring to the standards in force. Keep
mains power connections well separated from service connections (photocells,
safetyedges,controldevices,etc.).Keep mainspowerconnections wellseparated
from safety extra low voltage connections.
4) IDENTIFICATION OF PARTS Fig. 1
The VISTA SW automatic door operator comprises:
1. Load-bearing aluminium header
2. Power supply unit
3. Microprocessor-based control unit
4. DC gearbox
5. End panel on power unit end
6. End panel on gearmotor end
7. Anodized aluminium cover
The following optional accessories are available to complete installation:
8. BBV SW MXL backup batteries kit for VISTA SW MXL only
9. VISTA SEL SW Digital function control station
10. EXT ASW XL 30-50-70-90 arm attachment ttings
11. TSWP XL PROFILES for VISTA SW IN PAIR(see FIG. U)
12. ASW XL ART
13. ASW XL ARTL
14. ASW XL
5) FASTENING METHOD
- Dismantling the parts Fig. 1
- Fastening the load-bearing header Fig. 2
- Cable routing Fig. B
- Reassembling the parts Fig. 1
7) INSTALLATION OPTIONS Fig. C
- With SLIDE ARM, pull option; use when automatic door operator is installed
on the pull side).
- With DOUBLE LEVER ARM, push option; use when automatic door operator
is installed on the push side).
7.1) INSTALLING THE SLIDE ARM Fig. D
- D1. Fasten the guide on the door leaf
- D2. Assemble the guide
- D3. Remove the arm, slide out the arm attachment tting, rotate it by 1 or 2
teeth in the direction the door closes and t it back in the shaft (for VISTA
SW SXL only). Fasten the arm.
- D4. With the door closed, insert the arm in the automatic door operator’s shaft,
lining up the other end with the slide’s axis.
- D5. Adjust the spring to level 4 (for VISTA SW SXL only).
7.2) INSTALLING THE DOUBLE LEVER ARM Fig. E
- E1. Fasten the arm to the leaf.
- E2. Assemble the arm and fasten it to the actuator’s output shaft.
- E3. Adjust the spring to level 4 (for VISTA SW SXL only).
- E4. Loosen screwsV3, position the main arm correctly at a 90° angle to the door
(Fig. E4), rotate the main arm so that the two arms sit at the same angle to
the door, then fasten screws V3.
8) SPRING ADJUSTMENT (for VISTA SW SXL only) Fig. C1
Spring power must be adjusted based on the width of the DOOR leaves and
taking into consideration the power sizes according to standard EN 1154, in the
range from 4 to 6.
9) CONTROL PANEL
9.1) CONNECTIONS Fig. G, L, M
WARNINGS - When performing wiring and installation, refer to the standards
in force and, whatever the case, apply good practice principles.
The wires carrying a very low safe voltage (24V) must be kept physically separate
from low-voltage wires, or they must be suitably insulated with at least 1mm of
additional insulation.
Wiresmust be secured withadditional fasteningnear the terminals,using devices
such as cable clamps.
Terminal Denition Description
L Line
Single-phase power supply 220-
230V~ 50/60 Hz
Earth
N Neutral
Key Locking signal (NC)
Locking signal. If the contact
opens,thecontrolunitcommands
the leaves to close completely.
The signal must be connected
with COM if there are no devices
connected.
RADAR EXT EXT RADAR input (NO) Opening signal. If this contact
closes, the leaves are opened.
RADAR INT INT RADAR input (NO) Opening signal. If this contact
closes, the leaves are opened.
PHOT OP OPENING PHOTOCELL
input (NC)
Opening safety signal. If the door
is opening and the contact opens,
the control unit commands the
door to stop moving immediately.
The signal must be connected
with COM if there are no devices
connected.
PHOT CL CLOSING PHOTOCELL
input (NC)
Closing safety signal. If the door is
closingand thecontact opens,the
control unit commands the door
to reverse immediately. The signal
must be connected with COM if
there are no (internal or external)
devices connected.
COM Commands common
AUX IN 1/2 Auxiliary inputs
congurable
This signal can be set to any of
the conguration options given
for parameters 15 and 16, see
the OPERATING PARAMETER
MANAGEMENT-DISPLAY table
AUX OUT 1/2 Auxiliary outputs
congurable
This signal can be set to any of
the conguration options given
for parameters 17 and 18, see
the OPERATING PARAMETER
MANAGEMENT-DISPLAY table
OUT 15 VDC Peripheral unit power
supply 15Vdc output max. 12W
RST
Serial connection for
Master/Slave connection
and selector
PWF
DATA
GND
LOCK Solenoid lock output
max. 15W
12and24VDCsolenoidlockoutput,
see OPERATING PARAMETER
MANAGEMENT-DISPLAY table,
parameter 09,10

D812034 00100_03
VISTA SW SXL - 11
ENGLISH
INSTALLATION MANUAL
9.2) AUXILIARY OUTPUT CONNECTIONS Fig. N
9.3) CONNECTING DETECTORS/SAFETY SENSORS WITH TESTING DURING
OPENING AND CLOSING Fig. P, Q
10)ARM TYPE SELECTION Fig. H
11) OPERATING PARAMETER MANAGEMENT - DIP SWITCH
DIP
SW Logic Default Cross out setting used Description
1 Arm type OFF OFF Double lever
ON Single lever
2 LOW ENERGY OFF OFF Standard
ON Low Energy *
3 PUSH & GO OFF OFF Disabled
ON Enabled **
4 KEY mode OFF OFF Latching
ON Non-latching
5 Actuator type OFF OFF VISTA SW MXL
ON ON VISTA SW SXL
6
Operating mode 1 OFF
VISTA SW SXL: OFF Motor-driven
closing
VISTA SW SXL: ON Spring-oper-
ated closing
VISTA SW MXL***: OFF Continuous
operation
VISTA SW MXL***: ON Panic opening
7Operating
mode 2 OFF
VISTA SW SXL****:
OFF
No reopen-
ing when
obstacle is
detected dur-
ing spring-
operated
closing
VISTA SW SXL****: ON
Reopening
when obsta-
cle is detected
during spring-
operated
closing
VISTA SW MXL*****:
OFF
No batteries
tted
VISTA SW MXL*****:
ON
Batteries
tted
8 Not used OFF
* Reduced-speed opening with increased hold time (disabled hold time)
using the disabled opening command (on congurable output) [AUX IN 1, by
setting parameter 15=0 (“Operating parameter management-display”section)].
Subsequent closing is spring operated with obstacle management
** Moving the leaf manually while stationary in the closed position triggers its
automatic opening and closing.
*** Battery-powered panic mode
**** Motor-driven reopening in event of collision during spring-operated closing
****** Use of batteries
WARNING: conrm with RESET each DIP variation.

D812034 00100_03
12 - VISTA SW SXL
INSTALLATION MANUAL
12) OPERATING PARAMETER MANAGEMENT - DISPLAY
PARAMETER DEFINITION MIN. MAX. DEFAULT CUSTOM DESCRIPTION
01 Opening speed [°/s] 20 70 60  Motor speed during opening
02 Closing speed [°/s] 10 40 20  Motor speed during closing
03 TCA [s] 0 60 0  Waiting time before automatic closing.
04 Disabled hold time [s] 5 60 5  Waiting time before automatic closing using the disabled opening command
or in Low Energy mode
05
VISTA SW SXL:
Spring-operated
closing speed
1 9 5  Spring-operated closing speed (1=minimum speed, 9=maximum speed)
VISTA SW MXL:
Wind protection with
door closed
0 9 0  Sets wind protection strength with door closed
(0=wind protection disabled, 9=max. wind protection)
06 Opening force and
Closing force 1 9 5  Force exerted by leaf during opening and closing before obstacle alarm is generated. (1=most sensitive; 9=least sensitive)
07 Acceleration and
Deceleration 5 30 30  Acceleration and deceleration speed
08 Approach angle 10 40 20  Adjusts approach angle (closing is 1/2 of opening)
09 Solenoid lock voltage 0 1 0  0 = 12Vdc solenoid lock output
1 = 24Vdc solenoid lock output
10 Solenoid lock type 0 6 0 
0 = Not used
1 = Pulse mode with relock when door closes again
2 = Standard magnetic (maglock)
N.B. Maglocks can be supplied only with 24V, set the “Solenoid lock
voltage” parameter to 24V.
3 = Fail-safe magnetic
4 = Motorized
5 = Pulse mode with relock when power is cut o
6 = maglock with activation delay while closing
N.B. Maglocks can be supplied only with 24V, set the “Solenoid lock
voltage” parameter to 24V.
11
Solenoid lock
management time
Opening delay after lock
release
0 9 2 
The time depends on the solenoid lock type:
- Pulse mode with relock when door closes again 50-500 ms
- Magnetic & Fail-safe 200 to 2000 ms
- Motorized 500 to 5000 ms
- Pulse mode with relock when power is cut o 100-1000 ms
12 Closing limit switch
pressure 0 9 5  Force exerted by the leaf to allow lock to engage
13 Single/Master/Slave 0 2 0 
0 = Single board
1 = Board connected as Master
2 = Board connected as Slave
14 Door locked closed with
motor and lock 0 3 3 
0 = Disabled
1 = Enabled with“Internal radar” mode
2 = Enabled with“Standard radar”mode
3 = Enabled with“Internal radar” and “Standard radar” mode
15 Auxiliary input 1
conguration 0 12 0 
0 = Input congured as Disabled opening
1 = Input congured as Emergency opening
2 = Input congured as Interlock door with priority
3 = Input congured as Interlock door without priority
4 = Input congured as Lock Release Feedback
5 = Input congured as Lock release
6 = Input congured as Single Command with Master/Slave operating mode
7 = Input congured as Standby. If activated, it sets the door to standby only
with the door in the closed position.
8 = Input congured as wake up from Standby. If activated, it restores
operation following a Standby
9 = Input congured as step-by-step command, meaning that with a pulse
the door opens and stays open, standing by for another pulse to close, again
with the use of Int. Radar or Ext. Radar
10 = input congured as Temporary Stand By. If activated, the door is in stand
by and therefore the closing movement is spring-loaded. If deactivated, the
door works normally.
11 = Input congured as manual operation. If active, the operation of the
selector in the head is disabled.
12 = Input congured as Stop Closed operation. If active, the operation of the
selector in the head is disabled.

D812034 00100_03
VISTA SW SXL - 13
ENGLISH
INSTALLATION MANUAL
PARAMETER DEFINITION MIN. MAX. DEFAULT CUSTOM DESCRIPTION
16 Auxiliary input 2
conguration 0 12 1 
0 = Input congured as Disabled opening
1 = Input congured as Emergency opening
2 = Input congured as Interlock door with priority
3 = Input congured as Interlock door without priority
4 = Input congured as Lock Release Feedback
5 = Input congured as Lock release
6 = Input congured as Single Command with Master/Slave operating mode
7 = Input congured as Standby. If activated, it sets the door to standby only
with the door in the closed position.
8 = Input congured as wake up from Standby. If activated, it restores
operation following a Standby
9 = Input congured as step-by-step command, meaning that with a pulse
the door opens and stays open, standing by for another pulse to close, again
with the use of Int. Radar or Ext. Radar
10 = input congured as Temporary Stand By. If activated, the door is in stand
by and therefore the closing movement is spring-loaded. If deactivated, the
door works normally.
11 = Input congured as manual operation. If active, the operation of the
selector in the head is disabled.
12 = Input congured as Stop Closed operation. If active, the operation of the
selector in the head is disabled.
17 Auxiliary output 1
conguration 0 5 0 
0 = Output congured as Sensor supervision
1 = Output congured as Interlock
2 = Output congured as Door State open.
3 = Output congured as Door State closed.
4 = Output congured as Fault
5 = Output congured as Lock command repeat
18 Auxiliary output 2
conguration 0 5 1 
0 = Output congured as Sensor supervision
1 = Output congured as Interlock
2 = Output congured as Door State open.
3 = Output congured as Door State closed.
4 = Output congured as Fault
5 = Output congured as Lock command repeat
19 Not used 0 0 0  Not used, must be kept at = 0
20 Safety disabling angle
during opening [%] 0 40 0  Safety disabling angle during opening, percentage of total travel
21 Master/Slave Connection
Opening Time Lag [s] 0 100 0  Slave motor opening delay time with respect to master motor. 100ms increments
22 Master/Slave Connection
Closing Time Lag [s] 0 100 0  Master motor closing delay time with respect to slave motor. 100ms steps
23 PHOT OPEN input
polarity 0 1 1  0 = N.O. Normally open
1 = N.C. Normally closed
24 PHOT CLOSE input
polarity 0 1 1  0 = N.O. Normally open
1 = N.C. Normally closed
25 KEY input polarity 0 1 1  0 = N.O. Normally open
1 = N.C. Normally closed
26 RADAR EXT input
polarity 0 1 0  0 = N.O. Normally open
1 = N.C. Normally closed
27 RADAR INT input polarity 0 1 0  0 = N.O. Normally open
1 = N.C. Normally closed
28 AUX-IN 1 input polarity 0 1 0 
0 = N.O. Normally open
1 = N.C. Normally closed

D812034 00100_03
14 - VISTA SW SXL
INSTALLATION MANUAL
PARAMETER DEFINITION MIN. MAX. DEFAULT CUSTOM DESCRIPTION
29 AUX-IN 2 input polarity 0 1 0 
0 = N.O. Normally open
1 = N.C. Normally closed
30 AUX-OUT 1 input
polarity 0 1 0 
0 = N.O. Normally open
1 = N.C. Normally closed
31 AUX-OUT 2 input
polarity 0 1 0  0 = N.O. Normally open
1 = N.C. Normally closed
32 Force during reset 0 9 5  Adjusts motor force at time for rst operation following reset (0 = least force,
9 = most force)
33
Opening angle
reduction percentage
level [%]
0 50 0 
During normal operation, swing will be smaller than the angle detected
during the stops acquisition procedure so as to allow operation when there is
no mechanical stop.
34 Assembly on lintel or on
door leaf 0 2 0 
0 = Motor installed on lintel
1 = Motor installed on door leaf
2 = not available
35 Disabled opening 0 1 0
0 = the speed of movement with“disabled” opening control is reduced
1 = the speed of movement with “disabled” opening control is equal to
parameters 01 and 02
36
Battery operation (Logic
active only with Vista
SW SXL) 0 2 0
0 = standard operation
1 = continuous operation
2 = panic operation
TS Test 0 2 0 
0 = Normal operation
1 = Cyclic testing, automatic opening and closing
2 = Intensive cyclic testing, automatic opening and closing
SD Default    /
Restores all parameters to default values and resets the acquired travel.
Procedure:
1-Select command with [+] and [-] keys;
2-Press [ENT];
3-When display reads [--], hold [ENT] down for 5 seconds to validate;
4-When [--] disappears, release the [ENT] key
LP Autoset    /
Travel acquisition.
Procedure:
1-Select command with [+] and [-] keys;
2-Press [ENT];
3-When display reads [--], hold [ENT] down for 5 seconds to validate;
4-When [--] disappears, release the [ENT] key.
LS Acquisition of
supervised sensors
Acquisition of connected supervised sensors.
Procedure:
1-Select command with [+] and [-] keys;
2-Press [ENT];
3-When display reads [--], hold [ENT] down for 5 seconds to validate;
4-When [--] disappears, release the [ENT] key.
5-When acquisition is done, conrm sensors detected with [ENT] or press
[ESC] to cancel.
13 ) DOOR OPERATING MODE (WithVISTA SEL or logic selection switch) Fig.O
EXTERNAL RADAR: Only the RADAR EXT input on the control circuit board is
monitored.
A signal from a sensor connected to this input causes the door leaf to open and
consequently close.
The solenoid lock, where tted, locks the door leaf whenever it reaches the fully
closed position.
INTERNAL RADAR: Only the RADAR INT input on the control circuit board is
monitored.
A signal from a sensor connected to this input causes the door leaf to open and
consequently close.
The solenoid lock, where tted, locks the door leaf whenever it reaches the fully
closed position.
RADAR IN STANDARD MODE: Both RADAR EXT and RADAR INT inputs on the
control circuit board are monitored. A signal from a sensor connected to one of
these inputs causes the door leaf to open and consequently close.
The solenoid lock, where tted, locks the door leaf whenever it reaches the fully
closed position.
DOOR CLOSED BY DAY: The door is locked in closed state. Panic feature, if
enabled, is on.
Theautomaticdoor operatorcommandsthedoor leafto close fully.Withthis logic
selected, the RADAR EXT and RADAR INT inputs on the control circuit board are
not monitored; the solenoid lock, where tted, locks the door leaf.
DOOR CLOSED AT NIGHT: The door is locked in closed state. Panic feature, if
enabled, is o.
Theautomaticdoor operatorcommandsthedoor leafto close fully.Withthis logic
selected, the RADAR EXT and RADAR INT inputs on the control circuit board are
not monitored; the solenoid lock, where tted, locks the door leaf.
DOORTOTAL OPEN:Thedooris locked inopen state.Theautomaticdoor operator
commands the door leaf to open fully. With this logic selected, the RADAR EXT
and RADAR INT inputs on the control circuit board are not monitored;
MANUALLY OPENED DOOR: Withthis logicselected, theRADAR EXTand RADAR
INT inputs are disabled. The door is opened and closed manually. The opening
safetysensor and closingsafety sensor areonlyactiveinthe eventof motor-driven
opening for the disabled.

D812034 00100_03
VISTA SW SXL - 15
ENGLISH
INSTALLATION MANUAL
14) PUTTING INTO OPERATION
1. ON/OFF switch set to 0, Fig. O.
2. Double-check you have set the Dip switches correctly, especially n° 1 and 5.
3. Double-check that the KEY, PHOT CLOSE and PHOT OPEN contacts are
connected properly or, if not used, are connected to COM.
4. Power up the automatic door operator
5. Set the ON/OFF switch to 1, Fig. O
6. Check that the display reads E6
7. Set the jumper so that the display is set up correctly, Fig. AD
8. If a solenoid lock is installed, set parameter 10
9. Run the Supervised sensor acquisition procedure Select LS by pressing the
[+] and [-] keys; press [ENT]. When the display reads [--], hold [ENT] down for 5
secondsto validate thecommand; when[--] disappears,releasethe [ENT] key;
conrm the sensors detected with [ENT] or press [ESC] to cancel acquisition.
10. Run the Autoset procedure; Select LP by pressing the [+] and [-] keys; press
[ENT]. When the display reads [--], hold [ENT] down for 5 seconds to
validate the command; when [--] disappears, release the [ENT] key. The door
will open and the self-learning cycle will start.
CAUTION: During opening, stop the door leaf in the position where you want
travel to end in order to determine the maximum swing. Straight afterwards, the
door will close fully and the message CL will ash on the display.
Once the door has reached the fully closed position and CL is no longer ashing,
you can test the automatic door operator’s operation by pressing the [ENT] key:
the door will open and close as usual.
During normal operation, swing will be smaller than the angle detected during
the stops acquisition procedure so as to allow operation when there is no
mechanical stop.
Every time the system is switched back on (RESET operation), when the rst
command is given, the automatic door operator will try to reach the fully open
position and will then close at reduced speed.
15) BRAKING LEVEL SELECTION (for VISTA SW SXL only) Fig. I
16) LOGIC SELECTION SWITCH Fig. O
In addition to managing the logic selector, you have the option of connecting a
pushbutton logic selection switch, which can be used to select the three main
logic modes:
- Manually opened door
- Radar in standard mode
- Door total open
If the logic selector is tted, operation of the pushbutton logic selection switch
is inhibited
17) INSTALLINGTHE BATTERIES (optional extra for VISTA SW MXL only) Fig. S
1. Fit the batteries
2. Connect the batteries to the circuit board
3. Attach the battery charger board to the circuit board
4. Set Dip Switch 7=ON and Dip Switch 6 (OFF=Continuous operation; or
ON=Panic opening).
18) SOLENOID LOCK MANAGEMENT
The system is compatible with the following solenoid lock options, which can
be chosen with parameter 10 (see the “Operating parameter management-
display” section)
Key
Command
Command
Command
Command
Command
Command
t=50÷500 ms (Parameter 11)
t=200÷2000 ms (Parameter 11)
t=200÷2000 ms (Parameter 11)
t=200÷2000 ms (Parameter 11)
t=500÷5000 ms (Parameter 11)
t=500÷5000 ms (Parameter 11)
Lock power 12/24VLock power 24VLock power 12/24VLock power 12/24VLock power 12/24VLock power 24V
= HAMMER = DOOR ALMOST CLOSED
=OPENING ACTIVATION
= DOOR OPEN BY 10°
= DOOR CLOSED
LOCK IN PULSE MODE WITH RELOCK WHEN DOOR CLOSED AGAIN
(Parameter 10=1)
STANDARD MAGNETIC LOCK (Parameter 10=2)
MOTORIZED LOCK (Parameter 10=4)
FAIL-SAFE LOCK (Parameter 10=3)
t[ms]
Magnetic ( maglock) with activation delay while closing (Parameter 10=6)
t[ms]
LOCK WITH RELOCK WHEN POWER IS CUT OFF (Parameter 10=5)

D812034 00100_03
16 - VISTA SW SXL
INSTALLATION MANUAL
You have the option of directly managing 12 and 24VDC solenoid locks, which
can be set with parameter 09 (see the “Operating parameter management-
display”section). The system provides a maximum power of 15W for solenoid
locks.
There is the option of managing a lock feedback command that indicates
when the lock is released and activates movement. The management logic,
in conjunction with the time parameter, works so that once the command is
given, the control unit waits for an enabling signal from the lock and, if no
such signal is received within the maximum time, it opens the door anyway
[set with parameters 15 and 16 (see the“Operating parameter management-
display” section)].
Depending on the type of solenoid lock, you have the option of editing the
length of the activation pulse or the delay after the lock release command for
movement to start. The parameter has a dierent meaning and adjustment
range depending on the type of lock selected [set with parameter 11 (see
the“Operating parameter management-display” section)].
PULSE MODEWITH RELOCKWHEN
DOOR CLOSES AGAIN
determines the length of the release
pulse. The door leaf starts moving when
the feedback signal is activated or when
the pulse ends.
MAGNETIC (with or without bolt):
determines the maximum delay after the
release command for movement to start.
The release signal stays active until the
door has closed again.
MOTORIZED:
determines the maximum delay after the
release command for movement to start.
The release signal stays active until the
door has closed again.
PULSE MODEWITH RELOCKWHEN
POWER IS CUT OFF:
determinesthelength of thereleasepulse.The
door leaf starts moving when the feedback
signal is activated or when the pulse ends. In
addition,powerto thelock is maintained until
the door opens by approx. 10°.
MAGNETIC (maglock) with
activation delay while closing
Determines the maximum delay of the
relock command after the door has
closed again.
To ensure that the solenoid lock relocks, you can adjust closing force [set with
parameter 12 (see the“Operating parameter management-display”section)].
Option of using one of the auxiliary inputs as a manual lock release command
working in parallel with the automatic release command, used to open the
door in manual mode [set with parameters
15 and 16 (see the“Operating parameter management-display” section)].
19) VISTA SW MASTER/SLAVE
VISTA SW Master/Slave is a connection between two automatic door operators
for double swing doors. This connection can be made in two ways Fig. T:
1. using two singleVISTA SW operators, one installed on each door leaf, but with
a connection made between the two operators
2. using two single VISTA SW operators joined together with an extension kit
(TSWP XL) Fig. U:
 • Removetheendpanelsfrombothautomaticdooroperators.
 • Connectthetwoheadersateachendtothekit’scentralheaderusingthe
two couplers (Fig. U).
 • Connecttheendpanelswitchestothecontrolpanelusingthecabling
provided in the kit.
19.1) CONNECTING THE BOARDS
The selector’s terminal strips must be connected so that the two boards can
communicate with each other and exchange the information required for the
double doors to be operated correctly.The basic concept consists in making one
board a “Master” board that will process the operating logic, while the other is
designated a“Slave”board and will carry out the commands issued by the Master.
CAUTION: in both cases, determine which is the Master door leaf and which the
Slave leaf before making any connections.
MASTER LEAF: therstto open, the last toclose (whenusing thetime lagfeature)
SLAVE LEAF: the last to open, the rst to close (when using the time lag feature)
Connect the selector’s two terminal strips to allow communication between the
twoboards and ensurethe twoautomatic door operatorswork correctly.(Fig.AA)
19.2) CONFIGURING THE BOARDS
- On the MASTER board, set parameter 13=1
- On the SLAVE board, set parameter 13=2
CAUTION: the two automatic door operators must be connected on the same
power supply branch and no switches or fuses must be placed between the two
operators. Peripheral units, if any - PHOT CLOSE, KEY, RADAR EXT and RADAR
INT - must be connected to the MASTER board only.
Safety sensors (PHOT OPEN and PHOT CLOSE), on the other hand, must be
connected and managed separately on the two individual boards.
- SYNCHRONOUS leaves: set parameter 21=0 and parameter 22=0 on the
MASTER board only
- NON-SYNCHRONOUS leaves: set parameter 21 and parameter 22 to a value
higher than 0 on the MASTER board only.
To put the automatic door operators into operation, repeat the procedure given
in the “Putting into operation” section, making sure you only run the Autoset
procedure on the board congured as MASTER.
CAUTION: when the Autoset operation starts, only the Master door leaf starts
rst. This means you will need to stop the door when it reaches the position you
want as the maximum opening position. The Slave door leaf will start to move
straight afterwards and you will need to stop this leaf as well when it reaches
the position you want as the maximum opening position. Both doors will then
immediately close fully and the message CL will ash on the display. Once both
leaves have closed, CL will stay on the display without ashing and the door will
be ready to work.
Both doors will reverse (RADAR EXT or INT, PHOT OPEN and PHOT CLOSE, anti-
crush devices) at the same time.
You cancontrolthe solenoid lockwith the relevantoperating logiconboth boards,
just as you would if the automatic door operators were being used on their own.
Push&Go mode can be activated on both automatic door operators, in exactly
the same way as it would be if the automatic door operators were being used on
their own. An attempt to open the door, no matter which of the two automatic
door operators detects it, will cause both doors to open.
The anti-crush devices and obstacle detectors are managed separately and
independently by both boards.
If one board detects triggering of an anti-crush device during closing, it will stop
both leaves and make the doors slowly open fully.
If one board detects triggering of an anti-crush device during opening, it will stop
the door leaf in question and make it slowly close fully. The other leaf, which will
have opened to the fully open position in the meantime, will wait for the leaf in
question before it starts to close.
20) CONNECTION FOR INTERLOCKING FEATURE
The VISTA SW automatic door operator’s control unit comes with the option of
working in interlocked mode: simply connect it to an electronic control unit from
the same family. In interlocked mode, a door can only be opened if the other leaf
is not moving. To interlock two automatic door operators, proceed as follows
(Fig. AB):
• connecttheAUXIN1terminalontheboardWITHPRIORITYtotheAUXOUT
1 - A terminal on the board WITHOUT PRIORITY
• connecttheCOMterminalontheboardWITHPRIORITYtotheAUXOUT1-B
terminal on the board WITHOUT PRIORITY
• connecttheAUXOUT1-AterminalontheboardWITHPRIORITYtotheAUX
IN 1 terminal on the board WITHOUT PRIORITY
• connecttheAUXOUT1-BterminalontheboardWITHPRIORITYtotheCOM
terminal on the board WITHOUT PRIORITY
For connection, use a 4x0.22 shielded cable and do not connect the shielding.
In the eventopening requestsarereceivedfrom sensors atthe same time on both
doors, you need to establish opening priority; do this by setting one door toWITH
PRIORITY mode andtheothertoWITHOUT PRIORITY mode bymeans of the settings
on each display (see the“Operating parameter management-display”section)
• setparameter15=2ontheboardWITHPRIORITY;
• setparameter17=1ontheboardWITHPRIORITY;
• setparameter15=3ontheboardWITHOUTPRIORITY;
• setparameter17=1ontheboardWITHOUTPRIORITY;
In the event opening signals are received at the same time, the door selected as
WITH PRIORITY will be opened.
CAUTION: Remove the jumper located near the terminal strip on the AUX OUT-
1 connector side, on both the board with priority and board without priority
(Fig. AB )