HAUTAU SBS 300 S User manual

HAUTAU SBS 300 S
HAUTAU SBS 500 S
24 V DC
07/2016208206J
t
D
Montageanleitung / Installation instructions
Mitglied im
Fachkreis
elektromotorisch
betriebene
Rauch- und Wärme-
abzugsanlagen
Inhaltsverzeichnis
Produkthaftungsvorschriften ............................................ 2
Wichtige Sicherheitsanweisungen .................................... 2
Technische Daten ............................................................ 6
Verpackungseinheiten ..................................................... 6
Anwendung ..................................................................... 7
Montage 1 ....................................................................... 7
Montage 2 ..................................................................... 12
Montage 3 ..................................................................... 16
Montage 4 ..................................................................... 19
Begrenzungsscheren SBS ............................................. 23
Gewährleistung .............................................................. 24
Entsorgung .................................................................... 24
Table of contents
Product liability instructions ................................................ 2
Important safety instructions .............................................. 2
Technical Data ................................................................... 6
Packaging units ................................................................. 6
Application ........................................................................ 7
Installation 1 ...................................................................... 7
Installation 2 .................................................................... 12
Installation 3 .................................................................... 16
Installation 4 .................................................................... 19
Restrictors SBS ............................................................... 23
Warranty .......................................................................... 24
Disposal .......................................................................... 24
Einbauerklärung Declaration of incorporation
Die Einbauerklärung finden Sie im Internet unter
www.HAUTAU.de
The declaration of incorporation is available on the Internet
at www.HAUTAU.de

2
The drive may only be operated at
very low safety voltage.
Before servicing work, disconnect
power supply and secure against
improper reconnection.
Danger of Pinching / Clamping:
During assembly work and operation,
do not reach into the window rabate
or into the moving spindle. Window
shuts automatically.
Warning
Danger of personal injury during
operation of device.
Warning
Danger of material damage due to
incorrect handling.
Der Antrieb darf nur mit Sicherheits-
kleinspannung betrieben werden.
Bei Wartungsarbeiten Netz abklemmen
und vor unsachgemäßem Wieder-
einschalten sichern.
Quetsch- und Klemmgefahr:
Bei der Montage und Bedienung nicht
in den Fensterfalz und in die laufende
Spindel greifen. Fenster schließt
automatisch.
Warnung
Gefährdung für Personen durch Ge fah-
ren aus dem Gerätebetrieb.
Warnung
Gefährdung für Material durch falsche
Hand habung.
WARNUNG:
Wichtige Sicherheits-
anweisungen!
Für die Sicherheit von Personen ist es
wichtig, die folgenden Anweisungen
zu befolgen. Falsche Montage kann zu
schweren Verletzungen führen!
WARNING:
Important safety
instructions!
The safety of personnel requires that the
following instructions be observed. Incorrect
installation can lead to severe injury!
Die Verklotzungs-Richtlinien für Ver glasungstechnik sind
einzuhalten. Bei aggressiven Hölzern sind die Beschlag-
aus fräsungen vor der Beschlagmontage zum Schutz der
Beschläge mit einem Schutzlack zu behandeln. Für die
ständige Funktionssicherheit des Beschlages ist folgendes
zu beachten:
1. Fachgerechte Montage des Beschlages entsprechend
dieser Montage anleitung.
2. Fachgerechte Montage der Elemente beim Fenstereinbau.
3. Der Gesamtbeschlag darf nur aus Original HAUTAU-
System teilen bestehen. Mitverwendung fremder
Beschlag teile (z. B. Zentralverschluss, Griff) schließt
jegliche Haftung für diese Bauteile aus.
Produkthaftung-Haftungsausschluss:
Der Beschlaghersteller haftet nicht für Funktions störungen
oder Beschä digungen der Beschläge sowie der damit
ausgestatteten Fenster oder Fenstertüren, wenn diese
auf Mitverwendung fremder Beschlagteile, unzureichende
Ausschreibung, Nichtbeachtung der Montage vor schriften
oder Anwendungsdiagramme zurück zuführen sind.
Der Verarbeiter ist für die Einhaltung der in dieser Montage-
anleitung bzw. der in der Werkstattzeichnung angegebenen
Funktionsmaße sowie für eine einwandfreie Beschlagmontage
und sichere Befestigung aller Bauteile verantwortlich.
Schutzvermerk zur Beschränkung der Nutzung von Unter-
lagen nach DIN ISO 16016.
© HAUTAU GmbH
Produkthaftungsvorschriften / Product liability instructions
The blocking guidelines for glazing techniques have to be
adhered to. The following points have to be observed for
the continuous functional reliability of the hard ware:
1. Professional installation of the hardware in accordance
with these mounting instruc tions.
2. Professional installation of the elements when the
window is fitted.
3. The hardware shall only consist of genuine HAUTAU
system parts. Use of any other hardware parts (e.g.
central lock, handle) will exclude any liability for these
compo nents.
Exclusion from product liability:
The manufacturer of the hardware shall not be liable for
any malfunctions of or damage to the hardware as well
as the windows or French doors fitted, if the malfunctions
of the tilt and slide hardware can be traced back to the
use of bought-in sash fasteners, insufficient invi tation to
tender, non-observation of the rebating instructions or
application diagrams.
The installing party shall be responsible for the adherence
to these mounting instructions, re spectively to the
functional dimensions given in the workshop drawing as
well as for a perfect installation of the hardware and safe
attachment of all components.
Proprietary note for a limited use of these documents
according to ISO 16016.
© HAUTAU GmbH

3
WARNUNG:
Wichtige Sicherheits-
anweisungen! (Forts.)
WARNING:
Important safety
instructions! (cont‘d)
Quetsch- und Scherstellen zwischen Fenster-
flügel und Rahmen, Lichtkuppeln und Aufsetz-
kranz müssen bis zu einer Höhe von 2,5 m durch
Einrichtungen gesichert sein, die bei Berührung
oder Unterbrechung durch eine Person die
Bewegung zum Stillstand bringen (Richt linie
für kraftbetätigte Fenster, Türen und Tore der
Berufsgenossenschaften BGR 232, 4.2.3).
Vor der Montage: Fenster und Sicherheits-
elemente testen. Die Unversehrtheit und Leicht-
gängigkeit des Fensters sind sicherzustellen.
Vor dem Einbau des Antriebs muss der
Installateur prüfen, ob der geltende Temperatur-
bereich auf die Umgebung abgestimmt ist.
Beim Betätigen eines Totmann-Schalters dürfen
sich keine weiteren Personen im Umfeld des
Antriebs aufhalten.
Montage und Installation sind nur von sach kun-
digem und sicherheits bewusstem Fach personal
durchzuführen. Lesen und beachten Sie die
Angaben in dieser Bedienungs- und Montage-
anleitung, um Schäden und Gefahren zu
vermeiden.
Diese Anleitung ist für späteren Gebrauch /
Wartung aufzubewahren. Bei der Installation
sind die einschlägigen Vorschriften (z.B.:
VDE 0833/0815, ZH 1/494) zu beachten.
Antrieb nur mit HAUTAU-Steuerungen betrei-
ben; nur so kann eine Funktions garantie
gewährleistet werden. Bei Ver wendung von
Fremd fabrikaten keine Service- oder Garantie-
leistungen.
Es sind flexible Zuleitungen zu verwenden (nicht
einputzen).
Bei der Verlegung sind Beschä dig ungen durch
Quetschung, Biegung und Zug zu verhindern.
Leitungen so kurz wie möglich verlegen, die
Leitungen zu den Antrieben sind in Abzweig-
dosen zu verklemmen. Abzweigdosen sind
für Wartungsarbeiten zugänglich zu machen.
Kabeltypen mit der örtlichen Abnahmebehörde
fest legen (Feuer wehr, Brand schutzbehörde,
TÜV etc). Netz- und Akku-Anschluss erst nach
Montage prüfung und Probelauf durchführen.
Den Antrieb vor Bauschmutz und Feuchtigkeit
schützen. Defekte Antriebe dürfen nicht geöffnet
werden (Garantieverlust), zur Reparatur sind
diese ans Werk zu schicken.
Achtung:
Die Montage und Installation hat sach gemäß,
sicherheits bewusst und nach An gaben der
Montageanleitung zu erfolgen. Werden Ersatz-
teile, Ausbauteile oder Erweiterungen benötigt,
sind aus schließlich Original-Ersatzteile zu
verwenden.
Für eine ausreichende Befestigung der
Beschlagteile ist zu sorgen.
Crush and shear points between window
sashes and frames, light domes, and metal
curb must be secured up to a height of 2.5 m
by devices that will stop the movement by the
touch or interruption of a person (guideline
BGR 232, 4.2.3 or equivalent local regulations).
Before mounting the drives: Test window
and safety elements. The physical integrity
and smooth operation of the window must be
ensured.
Before installing the drive, the installer must
verify that the drive‘s temperature range has
been adapted to its operating environment.
No other persons are allowed in the vicinity of
the drive when the deadman switch is actuated.
Assembly and installation by competent and
safety-conscious professionals only. Read and
observe the contents of these Assembly and
Operating Instructions to avoid danger and risk.
These instructions are also intended for use/
servicing at a later date and should be kept in a
safe place. During installation, observe pertinent
regulations (e.g.: VDE 0833/0815, ZH 1/494 or
equivalent local regulations).
Operate drive using HAUTAU-controls, as
guaranteed functioning can only then be given.
No warranty or service guarantee if other
makes are used. Flexible wiring must be used
(do not plaster in). During installation, avoid
damage due to pinching, twisting and pulling.
Lay wiring as short as possible, clamping the
lines to the drives in branch boxes. Branch
boxes must be readily accessible for servicing
work. Determine types of cables with the local
inspection authorities (fire brigade, fire-protec-
tion authority, technical supervisory authority,
etc). Mains and rechargeable-battery connec-
tions only after assembly inspection and trial
run. Protect drive from dirt and humidity.
Defective drives must not be opened (loss of
guarantee). Send to works for repair.
Attention
Assembly and installation must be carried out
in a proper and safety- conscious manner in
keeping with the details of the instructions.
If replacement parts, extension elements
or enlargements are required, use original parts
only. Ensure adequate fastening of the fitments.
Operation of the drive requires an additional
control (e. g. double pushbutton). These drives
must be solely operated by controls from the
same manufacturer. On use of other makes,
the warranty and service guarantees extinguish.
Assembly and installation must be carried out
in a proper and safety-conscious manner in
keeping with the details of these Assembly and
Operating Instructions.

4
Zum Betrieb des Antriebs ist ein zusätzliches
Bedienelement (z. B. Doppeltaster) notwendig.
Diese Antriebe sind ausschließlich mit Steue-
rungen des gleichen Herstellers zu betreiben.
Bei Verwendung von Fremdfabrikaten erlischt
die Garantie- und Service leistung. Die Montage
und Installation muss sachgemäß, sicherheits-
bewusst und nach den Angaben dieser
Montage- und Bedien anleitung erfolgen.
Die einschlägigen Verarbeitungsrichtlinien
der Profilhersteller sind zu beachten.
Bei RWA-Anlagen müssen beim Schließen der
Fenster Personen von den Fenstern fern gehalten
werden.
Dieses Gerät kann von Kindern ab 8 Jahren
und darüber sowie von Personen mit verringer-
ten physischen, sensorischen oder mentalen
Fähigkeiten oder Mangel an Erfahrung und
Wissen benutzt werden, wenn sie beaufsichtigt
oder bezüglich des sicheren Gebrauchs des
Gerätes unterwiesen wurden und die daraus
resultierenden Gefahren verstehen. Kinder
dürfen nicht mit dem Gerät spielen. Reinigung
und Benutzer-Wartung dürfen nicht von Kindern
ohne Beaufsichtigung durchgeführt werden.
Wartungsarbeiten
Die Stromzufuhr zum Gerät muss unter brochen
werden, wenn Reinigungs- oder andere
Wartungs arbeiten durchgeführt werden.
Die Fenster und Antriebe müssen regelmäßig
auf Unversehrtheit überprüft werden.
Werden die Antriebe in Rauch- und Wärme-
abzugsanlagen (kurz RWA) eingesetzt, müssen
sie mindestens einmal jährlich geprüft und
gewartet werden. Bei reinen Lüftungsanlagen ist
dies auch zu empfehlen.
Die Geräte von Verunreinigungen befreien.
Befestigungs- und Klemm schrauben auf festen
Sitz prüfen. Die Geräte durch Probelauf testen.
WARNUNG:
Wichtige Sicherheits-
anweisungen! (Forts.)
WARNING:
Important safety
instructions! (cont‘d)
The appropriate processing instructions of
the profile manufacturers have to be kept.
Smoke and heat exhaust systems require that
people be kept away from the windows when
they are being closed.
This device may be used by children age 8
and older as well as all persons without limited
physical, sensory or mental abilities or lack of
experience and knowledge provided they act
under supervision or have received prior instruc-
tions on the safe use of the device and any
hazards resulting from using the device. Children
are not allowed to play with the device. Cleaning
and user maintenance must not be carried out
by children without supervision.
Maintenance works
The power supply to the device must be inter-
rupted for the duration of any cleaning or other
types of maintenance operations.
Windows and drives must be checked for
physical integrity on a regular basis.
If the equipment is employed in smoke and heat
exhaust systems (in short SHE), they must be
checked, serviced and, if required, repaired at
least once per year. This is also recommended
for pure ventilation systems.
Free the equipment from any contamination.
Check the tightness of fixing and clamping
screws. Test the equipment by trial run.

5
KF
KF
KF
A
B
A
B
SBS ZV
ZV = Zusatzverriegelung
FTA 3 = Tandem-Folgesteuerung
SF 225 = Synchron-Folgesteuerung
keine Zusatzlasten
an den Flügel anbringen No additional encumbrances
keine Windlasten No wind load
ZV = Additional Locking
FTA 3 = Tandem Sequence Control
SF 225 = Synchronized Sequence Controller
Maximum glas weight
40 kg/m2
Maximales
Glasgewicht
40 kg/m2
Maximum sash weight
50 kg (1 SBS)
100 kg (2 SBS)
Maximales
Flügelgewicht
50 kg (1 SBS)
100 kg (2 SBS)
Der Einsatz von Falzscheren als
zusätz liche Sicherung gegen das
Herunterfallen von Kipp flügeln ist
vor geschrieben. Wir empfehlen
den Einsatz von Begrenzungs-
scheren SBS. Diese verhindern
Schäden, die bei unsach gemäßer
Montage und Handhabung
auf treten können.
The use of restrictors for additional
security, preventing the sashes falling
off, is compulsary. We recommend the
use of restrictors SBS. These avert
damages, which can occur in case of
faulty assembly and faulty usage.
All application charts are subject
to the following conditions:
Alle Anwendungsdiagramme gelten nur
unter nachfolgenden Bedingungen:
WARNUNG:
Wichtige Sicherheits-
anweisungen! (Forts.)
WARNING:
Important safety
instructions! (cont‘d)

6
KF
KF
KF
A
B
A
B
SBS ZV
KF
KF
KF
A
B
A
B
SBS ZV
KF
KF
KF
A
B
A
B
SBS ZV
KF
KF
KF
A
B
A
B
SBS ZV
KF
KF
KF
A
B
A
B
SBS ZV
KF
KF
KF
A
B
A
B
SBS ZV
KF
KF
KF
A
B
A
B
SBS ZV
KF
KF
KF
A
B
A
B
SBS ZV
KF
KF
KF
A
B
A
B
SBS ZV
KF
KF
KF
A
B
A
B
SBS ZV
12 ... 15
19 ... 22
23
16 ... 18
7 ... 11
Technische Daten / Technical Data
HAUTAU SBS 300 S HAUTAU SBS 500 S
Hub / Öffnungsweite 300 mm 500 mm
Nennspannung 24 V DC (-20 %/ +30 %) 24 V DC (-20 %/ +30 %)
Mindestabschaltspannung 19 V DC 19 V DC
Anlaufstrom 3,7 A 3,7 A
Stromaufnahme (bei Nennkraft) 0,9 A 0,9 A
Nennkraft 240 N 150 N
Laufzeit ca. 30 s ca. 45 s
Einschaltdauer max. 20 Zyklen ohne Pause; max. 20 Zyklen ohne Pause;
60 s EIN / 60 s AUS 60 s EIN / 60 s AUS
Arbeitsumgebungs-Temperatur -5 °C bis +75 °C -5 °C bis +75 °C
Schalldruckpegel LpA ≤70 dB(A) ≤70 dB(A)
Schutzart IP 40 IP 40
Elektrische Abschaltung integrierte elektronische Überlastabschaltung
Anschlussklemme steckbar, für max. 1,0 mm2 flexible Zuleitung
Abmessungen (B x H x T) 546 mm x 90 mm x 35 mm
Konformität (CE) EMV für den Haus- und Industriebereich
Achtung: SBS 300 S und SBS 500 S sind nicht für den Einsatz an Taktsteuerungen geeignet.
HAUTAU SBS 300 S HAUTAU SBS 500 S
Stroke / opening width 300 mm 500 mm
Rated voltage 24 V DC ( - 20 %/ +30 %) 24 V DC (-20 %/ +30 %)
Minimum cutoff voltage 19 V DC 19 V DC
Starting current 3,7 A 3,7 A
Current input (under rated force) 0,9 A 0,9 A
rated force 240 N 150 N
Operating time approx. 30 s approx. 45 s
switch-on time max. 20 cycles without break; max. 20 cycles without break;
60 s ON / 60 s OFF 60 s ON / 60 s OFF
working ambient temperature -5 °C till +75 °C -5 °C till +75 °C
Emission sound pressure level LpA ≤70 dB(A) ≤70 dB(A)
Protective system IP 40
Electrical shutdown integrated electronic overload shutdown
Connecting cable pluggable for max. 1,0 mm2 flexible wire
Dimensions (W x H x D) 546 mm x 90 mm x 35 mm
Conformity (CE) EMV for domestic and industrial sectors
Attention SBS 300 S and SBS 500 S are not for use with pulse control.
Begrenzungsschere 600 SBS
restrictor 600 SBS
Begrenzungsschere 400 SBS
restrictor 400 SBS
Verpackungseinheiten / Packaging units
Montage 1
Installation 1
Montage 3
Installation 3 Montage 4
Installation 4
Montage 2
Installation 2
t
D

7
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FH
FH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
2
2
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FH
FH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
31
1
Alle Maße in Millimeter (mm)!
All units in millimeters (mm)!
Anwendung / Application
Montage 1 / Installation 1

8
SBS 300 (1 SBS) SBS 500 (1 SBS)
1
2
3
1
2
3
SBS 300 (2 SBS)
SBS 500 (2 SBS)
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
4
6
5
4
6
5
4
5
6

9
*FH < 1000 = (M1) 500
FH 600 ... 1400
zy1 y2
min. 500 ... 700
min. 700 ... 900
~300 48 50
min. 700 ... 1700 ~300 53 45
48 50
~500
min. 900 ... 1700 53 45
~500
½ FH* ½ FH
M1
*FH < 1000 = (M1) 500
½ FH* ½ FH
M1
FB
FB
1 SBS
FB min. 530
FH 600 ... 1400
FB min. 530
xmin.1) = ½FB xmin.1) = ½FB
xmin.1) = ½FB
1)xmin = 500 (FB < 1000 )
2) 2) 2)
FH 1200 ... 3200
FB (1SBS)
min. 500 ... 700
min. 700 ... 900
min. 700 ... 1800
min. 900 ... 1800
FB (2SBS)SBS
300
500
y1
SBS y2
55
300
500 40
z
y1 y2
FH 1400 ... 2000
1 SBS + 2 ZV + FTA 3
1 SBS + ZV + FTA 3
1 SBS + ZV + FTA 3
2 SBS + FTA 3
(2 SBS + SYN 2K)
y1 y2
FB
FH 1400 ... 2000
M1
1 SBS + ZV + FTA 3
y1 y2
FH 1200 ... 2800
FB
M1
M2
y1 y2
2 SBS + ZV + FTA 3
(2 SBS + ZV/R + SF 225)
1 SBS + 2 ZV + FTA 3
FH 2800 ... 3200
FB
M1
M2
y1 y2
2 SBS + 2 ZV/R + SF 225
FH 1200 ... 3200
FB
M1
M2
y1 y2
y1
y2
FB min. 530
FH 1400 ... 2000
y1
y2
FH 1200 ... 3200
y1
y2
FH 600 ... 1400
FB min. = x + 500
FH 1200 ... 3200
FB < x + 500
FB min. = x + 500
y1
y2
xxx
y1
SBS y2
55
300
500 40
x
SBS
300 250 ... 330
400 ... 500
500
min. 70 min. 70 min. 70
2) FB max. = 900 (SBS 300)
FB max. = 1400 (SBS 500)
2 SBS + 2 ZV/R + SF 225
2 SBS + 2 ZV/R + SF 225 2 SBS + 2 ZV/R + SF 225
*FH < 1000 = (M1) 500
FH 600 ... 1400
zy1 y2
min. 500 ... 700
min. 700 ... 900
~300 48 50
min. 700 ... 1700 ~300 53 45
48 50
~500
min. 900 ... 1700 53 45
~500
½ FH* ½ FH
M1
*FH < 1000 = (M1) 500
½ FH* ½ FH
M1
FB FB
1 SBS
FB min. 530
FH 600 ... 1400
FB min. 530
xmin.1) = ½FB xmin.1) = ½FB
xmin.1) = ½FB
1)xmin = 500 (FB < 1000 )
2) 2) 2)
FH 1200 ... 3200
FB (1SBS)
min. 500 ... 700
min. 700 ... 900
min. 700 ... 1800
min. 900 ... 1800
FB (2SBS)SBS
300
500
y1
SBS y2
55
300
500 40
z
y1 y2
FH 1400 ... 2000
1 SBS + 2 ZV + FTA 3
1 SBS + ZV + FTA 3
1 SBS + ZV + FTA 3
2 SBS + FTA 3
(2 SBS + SYN 2K)
y1 y2
FB
FH 1400 ... 2000
M1
1 SBS + ZV + FTA 3
y1 y2
FH 1200 ... 2800
FB
M1
M2
y1 y2
2 SBS + ZV + FTA 3
(2 SBS + ZV/R + SF 225)
1 SBS + 2 ZV + FTA 3
FH 2800 ... 3200
FB
M1
M2
y1 y2
2 SBS + 2 ZV/R + SF 225
FH 1200 ... 3200
FB
M1
M2
y1 y2
y1
y2
FB min. 530
FH 1400 ... 2000
y1
y2
FH 1200 ... 3200
y1
y2
FH 600 ... 1400
FB min. = x + 500
FH 1200 ... 3200
FB < x + 500
FB min. = x + 500
y1
y2
xxx
y1
SBS y2
55
300
500 40
x
SBS
300 250 ... 330
400 ... 500
500
min. 70 min. 70 min. 70
2) FB max. = 900 (SBS 300)
FB max. = 1400 (SBS 500)
2 SBS + 2 ZV/R + SF 225
2 SBS + 2 ZV/R + SF 225 2 SBS + 2 ZV/R + SF 225
*FH < 1000 = (M1) 500
FH 600 ... 1400
zy1 y2
min. 500 ... 700
min. 700 ... 900
~300 48 50
min. 700 ... 1700 ~300 53 45
48 50
~500
min. 900 ... 1700 53 45
~500
½ FH* ½ FH
M1
*FH < 1000 = (M1) 500
½ FH* ½ FH
M1
FB FB
1 SBS
FB min. 530
FH 600 ... 1400
FB min. 530
xmin.1) = ½FB xmin.1) = ½FB
xmin.1) = ½FB
1)xmin = 500 (FB < 1000 )
2) 2) 2)
FH 1200 ... 3200
FB (1SBS)
min. 500 ... 700
min. 700 ... 900
min. 700 ... 1800
min. 900 ... 1800
FB (2SBS)SBS
300
500
y1
SBS y2
55
300
500 40
z
y1 y2
FH 1400 ... 2000
1 SBS + 2 ZV + FTA 3
1 SBS + ZV + FTA 3
1 SBS + ZV + FTA 3
2 SBS + FTA 3
(2 SBS + SYN 2K)
y1 y2
FB
FH 1400 ... 2000
M1
1 SBS + ZV + FTA 3
y1 y2
FH 1200 ... 2800
FB
M1
M2
y1 y2
2 SBS + ZV + FTA 3
(2 SBS + ZV/R + SF 225)
1 SBS + 2 ZV + FTA 3
FH 2800 ... 3200
FB
M1
M2
y1 y2
2 SBS + 2 ZV/R + SF 225
FH 1200 ... 3200
FB
M1
M2
y1 y2
y1
y2
FB min. 530
FH 1400 ... 2000
y1
y2
FH 1200 ... 3200
y1
y2
FH 600 ... 1400
FB min. = x + 500
FH 1200 ... 3200
FB < x + 500
FB min. = x + 500
y1
y2
xxx
y1
SBS y2
55
300
500 40
x
SBS
300 250 ... 330
400 ... 500
500
min. 70 min. 70 min. 70
2) FB max. = 900 (SBS 300)
FB max. = 1400 (SBS 500)
2 SBS + 2 ZV/R + SF 225
2 SBS + 2 ZV/R + SF 225 2 SBS + 2 ZV/R + SF 225
*FH < 1000 = (M1) 500
FH 600 ... 1400
zy1 y2
min. 500 ... 700
min. 700 ... 900
~300 48 50
min. 700 ... 1700 ~300 53 45
48 50
~500
min. 900 ... 1700 53 45
~500
½ FH* ½ FH
M1
*FH < 1000 = (M1) 500
½ FH* ½ FH
M1
FB FB
1 SBS
FB min. 530
FH 600 ... 1400
FB min. 530
xmin.1) = ½FB xmin.1) = ½FB
xmin.1) = ½FB
1)xmin = 500 (FB < 1000 )
2) 2) 2)
FH 1200 ... 3200
FB (1SBS)
min. 500 ... 700
min. 700 ... 900
min. 700 ... 1800
min. 900 ... 1800
FB (2SBS)SBS
300
500
y1
SBS y2
55
300
500 40
z
y1 y2
FH 1400 ... 2000
1 SBS + 2 ZV + FTA 3
1 SBS + ZV + FTA 3
1 SBS + ZV + FTA 3
2 SBS + FTA 3
(2 SBS + SYN 2K)
y1 y2
FB
FH 1400 ... 2000
M1
1 SBS + ZV + FTA 3
y1 y2
FH 1200 ... 2800
FB
M1
M2
y1 y2
2 SBS + ZV + FTA 3
(2 SBS + ZV/R + SF 225)
1 SBS + 2 ZV + FTA 3
FH 2800 ... 3200
FB
M1
M2
y1 y2
2 SBS + 2 ZV/R + SF 225
FH 1200 ... 3200
FB
M1
M2
y1 y2
y1
y2
FB min. 530
FH 1400 ... 2000
y1
y2
FH 1200 ... 3200
y1
y2
FH 600 ... 1400
FB min. = x + 500
FH 1200 ... 3200
FB < x + 500
FB min. = x + 500
y1
y2
xxx
y1
SBS y2
55
300
500 40
x
SBS
300 250 ... 330
400 ... 500
500
min. 70 min. 70 min. 70
2) FB max. = 900 (SBS 300)
FB max. = 1400 (SBS 500)
2 SBS + 2 ZV/R + SF 225
2 SBS + 2 ZV/R + SF 225 2 SBS + 2 ZV/R + SF 225
*FH < 1000 = (M1) 500
FH 600 ... 1400
zy1 y2
min. 500 ... 700
min. 700 ... 900
~300 48 50
min. 700 ... 1700 ~300 53 45
48 50
~500
min. 900 ... 1700 53 45
~500
½ FH* ½ FH
M1
*FH < 1000 = (M1) 500
½ FH* ½ FH
M1
FB
FB
1 SBS
FB min. 530
FH 600 ... 1400
FB min. 530
xmin.1) = ½FB xmin.1) = ½FB
xmin.1) = ½FB
1)xmin = 500 (FB < 1000 )
2) 2) 2)
FH 1200 ... 3200
FB (1SBS)
min. 500 ... 700
min. 700 ... 900
min. 700 ... 1800
min. 900 ... 1800
FB (2SBS)SBS
300
500
y1
SBS y2
55
300
500 40
z
y1 y2
FH 1400 ... 2000
1 SBS + 2 ZV + FTA 3
1 SBS + ZV + FTA 3
1 SBS + ZV + FTA 3
2 SBS + FTA 3
(2 SBS + SYN 2K)
y1 y2
FB
FH 1400 ... 2000
M1
1 SBS + ZV + FTA 3
y1 y2
FH 1200 ... 2800
FB
M1
M2
y1 y2
2 SBS + ZV + FTA 3
(2 SBS + ZV/R + SF 225)
1 SBS + 2 ZV + FTA 3
FH 2800 ... 3200
FB
M1
M2
y1 y2
2 SBS + 2 ZV/R + SF 225
FH 1200 ... 3200
FB
M1
M2
y1 y2
y1
y2
FB min. 530
FH 1400 ... 2000
y1
y2
FH 1200 ... 3200
y1
y2
FH 600 ... 1400
FB min. = x + 500
FH 1200 ... 3200
FB < x + 500
FB min. = x + 500
y1
y2
xxx
y1
SBS y2
55
300
500 40
x
SBS
300 250 ... 330
400 ... 500
500
min. 70 min. 70 min. 70
2) FB max. = 900 (SBS 300)
FB max. = 1400 (SBS 500)
2 SBS + 2 ZV/R + SF 225
2 SBS + 2 ZV/R + SF 225 2 SBS + 2 ZV/R + SF 225
*FH < 1000 = (M1) 500
FH 600 ... 1400
zy1 y2
min. 500 ... 700
min. 700 ... 900
~300 48 50
min. 700 ... 1700 ~300 53 45
48 50
~500
min. 900 ... 1700 53 45
~500
½ FH* ½ FH
M1
*FH < 1000 = (M1) 500
½ FH* ½ FH
M1
FB FB
1 SBS
FB min. 530
FH 600 ... 1400
FB min. 530
xmin.1) = ½FB xmin.1) = ½FB
xmin.1) = ½FB
1)xmin = 500 (FB < 1000 )
2) 2) 2)
FH 1200 ... 3200
FB (1SBS)
min. 500 ... 700
min. 700 ... 900
min. 700 ... 1800
min. 900 ... 1800
FB (2SBS)SBS
300
500
y1
SBS y2
55
300
500 40
z
y1 y2
FH 1400 ... 2000
1 SBS + 2 ZV + FTA 3
1 SBS + ZV + FTA 3
1 SBS + ZV + FTA 3
2 SBS + FTA 3
(2 SBS + SYN 2K)
y1 y2
FB
FH 1400 ... 2000
M1
1 SBS + ZV + FTA 3
y1 y2
FH 1200 ... 2800
FB
M1
M2
y1 y2
2 SBS + ZV + FTA 3
(2 SBS + ZV/R + SF 225)
1 SBS + 2 ZV + FTA 3
FH 2800 ... 3200
FB
M1
M2
y1 y2
2 SBS + 2 ZV/R + SF 225
FH 1200 ... 3200
FB
M1
M2
y1 y2
y1
y2
FB min. 530
FH 1400 ... 2000
y1
y2
FH 1200 ... 3200
y1
y2
FH 600 ... 1400
FB min. = x + 500
FH 1200 ... 3200
FB < x + 500
FB min. = x + 500
y1
y2
xxx
y1
SBS y2
55
300
500 40
x
SBS
300 250 ... 330
400 ... 500
500
min. 70 min. 70 min. 70
2) FB max. = 900 (SBS 300)
FB max. = 1400 (SBS 500)
2 SBS + 2 ZV/R + SF 225
2 SBS + 2 ZV/R + SF 225 2 SBS + 2 ZV/R + SF 225
*FH < 1000 = (M1) 500
FH 600 ... 1400
zy1 y2
min. 500 ... 700
min. 700 ... 900
~300 48 50
min. 700 ... 1700 ~300 53 45
48 50
~500
min. 900 ... 1700 53 45
~500
½ FH* ½ FH
M1
*FH < 1000 = (M1) 500
½ FH* ½ FH
M1
FB FB
1 SBS
FB min. 530
FH 600 ... 1400
FB min. 530
xmin.1) = ½FB xmin.1) = ½FB
xmin.1) = ½FB
1)xmin = 500 (FB < 1000 )
2) 2) 2)
FH 1200 ... 3200
FB (1SBS)
min. 500 ... 700
min. 700 ... 900
min. 700 ... 1800
min. 900 ... 1800
FB (2SBS)SBS
300
500
y1
SBS y2
55
300
500 40
z
y1 y2
FH 1400 ... 2000
1 SBS + 2 ZV + FTA 3
1 SBS + ZV + FTA 3
1 SBS + ZV + FTA 3
2 SBS + FTA 3
(2 SBS + SYN 2K)
y1 y2
FB
FH 1400 ... 2000
M1
1 SBS + ZV + FTA 3
y1 y2
FH 1200 ... 2800
FB
M1
M2
y1 y2
2 SBS + ZV + FTA 3
(2 SBS + ZV/R + SF 225)
1 SBS + 2 ZV + FTA 3
FH 2800 ... 3200
FB
M1
M2
y1 y2
2 SBS + 2 ZV/R + SF 225
FH 1200 ... 3200
FB
M1
M2
y1 y2
y1
y2
FB min. 530
FH 1400 ... 2000
y1
y2
FH 1200 ... 3200
y1
y2
FH 600 ... 1400
FB min. = x + 500
FH 1200 ... 3200
FB < x + 500
FB min. = x + 500
y1
y2
xxx
y1
SBS y2
55
300
500 40
x
SBS
300 250 ... 330
400 ... 500
500
min. 70 min. 70 min. 70
2) FB max. = 900 (SBS 300)
FB max. = 1400 (SBS 500)
2 SBS + 2 ZV/R + SF 225
2 SBS + 2 ZV/R + SF 225 2 SBS + 2 ZV/R + SF 225
SBS 300, 500 (2 SBS)SBS 300, 500 (1 SBS)
7
8
9
0
w
q
7
0qw
8 9

10
KF
KF
KF
A
B
A
B
SBS ZV
M 5 x 18

11
10
SW 13
size 13 12 Nm
-
+
-
+
1
2
4*
6* 7
1 2 3 4
5*
1 2 3 4
1 2 3 4
1SW 3
5 Nm 2
3
8
9
13
12
SW 3
4 Nm
ba a = b
11.1
11.2
SW 3
1234 1234
1
SBS-SYN
SBS-SYN
max. 3 m
2341234
1 = -
2=+
1=+
2 = -
Achtung:
Sicherungsfeder muss nach dem
Einhängen und Entfernen des
Schraubendrehers wieder in den
Ursprungszustand zurückspringen.
Zur Kontrolle der korrekten Ein hängung
drücken Sie den Scherenarm vom
Flügelbock weg. Der Kupplungsdorn
darf hierbei nicht aus dem Scherenarm
herauswandern, die Sicherungsfeder
muss ihn fixieren.
Attention:
The security spring must jump back
into the original condition after the
mounting has been made and the
screw driver has been removed.
In order to check the correct
mounting, push back the stay arm
from the sash bracket. The coupling
mandrel must not move out of the stay
arm, the security spring has to fix it.
max. 1,0 mm
2flexible Zuleitung
max. 1,0 mm
2 flexible wire
* bei SYN-Steuerung:
in case of SYN-control:
SYN-Steuerung / SYN-control
AUF / OPEN
ZU / CLOSE

12
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
*FB < 1000 = (M1) 500
*FBs < 1000 = (M1) 500
FB 600 ... 1400
zy1 y2
500 ... 700
700 ... 2400
~300 50
~300 45
700 ... 900
900 ... 2400
~500 50
~500 45
48
53
48
53
z
z
FB 2800 ... 3200
½ FB ½ FB*
½ FBs ½ FBs*
M1
FH
FH
1 SBS
FB 300 ... 1800
1 SBS + ZV + FTA 3
FB 800 ... 2000
M1
M1
M1
M2
M1 M2
2 SBS + FTA 3 (2 SBS + SYN 2K)
2 SBS + FTA 3 (2 SBS + SYN 2K)
FB 1500 ... 3200
min. 30
FB 300 ... 1800
min. 70
1 SBS + ZV + FTA 3
x (min. 500)
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
1 SBS
90...180°
FBs 600 ... 1400
1 SBS + ZV + FTA 3
90...180°
FHs
FHs
FBs 1400 ... 2000
500 ... 600
FH, FHs
SBS
300
500
zy1 y2
530 ... 2400 min. 300 55
530 ... 2400 min. 500 55
40
40
FHSBS
300
500
FB 1400 ... 2000
M1
FHFH
FH
min. 70
FH
min. 70
FH
min. 70
FH
1 SBS + ZV + FTA 3
FB 600 ... 1800
M1
1 SBS + 2 ZV + FTA 3
M1
M1
M2
y1
y2
y1
y2
y1
y2
FB 1200 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + ZV + FTA 3
FB 1200 ... 3200
FH
M1 M2
2 SBS + 2 ZV/R + SF 225
*FB < 1000 = (M1) 500
½ FB ½ FB*
e e
rr
SBS 500 (1 SBS)
max. 20 kg/m2
eSBS 500 (2 SBS)
max. 20 kg/m2
r
SBS 500 (1 SBS)
max. 25 kg/m2
eSBS 500 (2 SBS)
r
max. 25 kg/m2
max. 30 kg/m2
SBS 500 (1 SBS)
eSBS 500 (2 SBS) r
max. 30 kg/m2
Montage 2 / Installation 2

13
AB 2
AB 1
*FH < 1000 = (M1) 500
FH 600 ... 1400
zy1 y2
min. 500 ... 700
min. 700 ... 900
~300 48 50
min. 700 ... 1700 ~300 53 45
48 50
~500
min. 900 ... 1700 53 45
~500
½ FH* ½ FH
M1
*FH < 1000 = (M1) 500
½ FH* ½ FH
M1
FB FB
1 SBS
FB min. 530
FH 600 ... 1400
FB min. 530
xmin.1) = ½FB xmin.1) = ½FB
xmin.1) = ½FB
1)xmin = 500 (FB < 1000 )
2) 2) 2)
FH 1200 ... 3200
FB (1SBS)
min. 500 ... 700
min. 700 ... 900
min. 700 ... 1800
min. 900 ... 1800
FB (2SBS)SBS
300
500
y1
SBS y2
55
300
500 40
z
y1 y2
FH 1400 ... 2000
1 SBS + 2 ZV + FTA 3
1 SBS + ZV + FTA 3
1 SBS + ZV + FTA 3
2 SBS + FTA 3
(2 SBS + SYN 2K)
y1 y2
FB
FH 1400 ... 2000
M1
1 SBS + ZV + FTA 3
y1 y2
FH 1200 ... 2800
FB
M1
M2
y1 y2
2 SBS + ZV + FTA 3
(2 SBS + ZV/R + SF 225)
1 SBS + 2 ZV + FTA 3
FH 2800 ... 3200
FB
M1
M2
y1 y2
2 SBS + 2 ZV/R + SF 225
FH 1200 ... 3200
FB
M1
M2
y1 y2
y1
y2
FB min. 530
FH 1400 ... 2000
y1
y2
FH 1200 ... 3200
y1
y2
FH 600 ... 1400
FB min. = x + 500
FH 1200 ... 3200
FB < x + 500
FB min. = x + 500
y1
y2
xxx
y1
SBS y2
55
300
500 40
x
SBS
300 250 ... 330
400 ... 500
500
min. 70 min. 70 min. 70
2) FB max. = 900 (SBS 300)
FB max. = 1400 (SBS 500)
2 SBS + 2 ZV/R + SF 225
2 SBS + 2 ZV/R + SF 225 2 SBS + 2 ZV/R + SF 225
t uz
*FH < 1000 = (M1) 500
FH 600 ... 1400
zy1 y2
min. 500 ... 700
min. 700 ... 900
~300 48 50
min. 700 ... 1700 ~300 53 45
48 50
~500
min. 900 ... 1700 53 45
~500
½ FH* ½ FH
M1
*FH < 1000 = (M1) 500
½ FH* ½ FH
M1
FB FB
1 SBS
FB min. 530
FH 600 ... 1400
FB min. 530
xmin.1) = ½FB xmin.1) = ½FB
xmin.1) = ½FB
1)xmin = 500 (FB < 1000 )
2) 2) 2)
FH 1200 ... 3200
FB (1SBS)
min. 500 ... 700
min. 700 ... 900
min. 700 ... 1800
min. 900 ... 1800
FB (2SBS)SBS
300
500
y1
SBS y2
55
300
500 40
z
y1 y2
FH 1400 ... 2000
1 SBS + 2 ZV + FTA 3
1 SBS + ZV + FTA 3
1 SBS + ZV + FTA 3
2 SBS + FTA 3
(2 SBS + SYN 2K)
y1 y2
FB
FH 1400 ... 2000
M1
1 SBS + ZV + FTA 3
y1 y2
FH 1200 ... 2800
FB
M1
M2
y1 y2
2 SBS + ZV + FTA 3
(2 SBS + ZV/R + SF 225)
1 SBS + 2 ZV + FTA 3
FH 2800 ... 3200
FB
M1
M2
y1 y2
2 SBS + 2 ZV/R + SF 225
FH 1200 ... 3200
FB
M1
M2
y1 y2
y1
y2
FB min. 530
FH 1400 ... 2000
y1
y2
FH 1200 ... 3200
y1
y2
FH 600 ... 1400
FB min. = x + 500
FH 1200 ... 3200
FB < x + 500
FB min. = x + 500
y1
y2
xxx
y1
SBS y2
55
300
500 40
x
SBS
300 250 ... 330
400 ... 500
500
min. 70 min. 70 min. 70
2) FB max. = 900 (SBS 300)
FB max. = 1400 (SBS 500)
2 SBS + 2 ZV/R + SF 225
2 SBS + 2 ZV/R + SF 225 2 SBS + 2 ZV/R + SF 225
max. 40 kg/m2
SBS 500 (1 SBS)
eSBS 500 (2 SBS) r
max. 40 kg/m2

14
SBS 300, 500 (1 SBS) SBS 300, 500 (2 SBS)
t
z
u
KF
KF
KF
A
B
A
B
SBS ZV
KF
KF
KF
A
B
A
B
SBS ZV
AB 2
AB 1

15
1
2
-
+
-
+
1
2
3*
5* 6
1 2 3 4
4*
1 2 3 4
1 2 3 4
7
8
b
a
a = b
9.1
SW 3
10
SW 3
4 Nm
11
SW 13
size 13
12 Nm
12
9.2
1234 1234
1
SBS-SYN
SBS-SYN
max. 3 m
2341234
1 = -
2=+
1=+
2 = -
Achtung:
Sicherungsfeder muss nach dem Einhängen und
Entfernen des Schraubendrehers wieder in den
Ursprungszustand zurückspringen. Zur Kontrolle der
korrekten Einhängung drücken Sie den Scherenarm
vom Flügelbock weg.
Der Kupplungsdorn darf hierbei nicht aus dem
Scherenarm herauswandern, die Sicherungsfeder
muss ihn fixieren.
Attention:
The security spring must jump back into the original
condition after the mounting has been made and the
screw driver has been removed. In order to check the
correct mounting, push back the stay arm from the
sash bracket. The coupling mandrel must not move
out of the stay arm, the security spring has to fix it.
max. 1,0 mm2flexible Zuleitung
max. 1,0 mm2 flexible wire
* bei SYN-Steuerung:
in case of SYN-control:
SYN-Steuerung / SYN-control
AUF / OPEN
ZU / CLOSE

16
Anwendungsbereich SBS300 einscherig
Klappflügel auswärts untenliegend
Kippflügel auswärts obenliegend
 ohne Zusatzlasten 
SBS 300 (1 SBS)
i
o
p
SBS 500 (1 SBS)
i
o
p
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FHFH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FHSBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FHFH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FH
SBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FHFH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FHSBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FHFH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FHSBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FH
FH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FHSBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
ip o
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FHFH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FHSBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FHFH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FHSBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FH
FH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FHSBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FHFH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FHSBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FHFH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FHSBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
a
s
d
Montage 3 / Installation 3

17
a
d
s
SBS 300 (2 SBS) SBS 500 (2 SBS)
a
d
s
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FHFH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FHSBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FHFH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FHSBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FHFH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FHSBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FHFH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FHSBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
*FB < 1100 = (M1) 550
FB 650 ... 1400
zy1 y2
500 ... 2400
700 ... 2400
~300 42 50
42 50
~500
z
z
z
FB 2800 ... 3200
½ FB ½ FB*
M1
M1 M2
FH
y1
y2
y1
y2
y1
y2
y1
y2
FH
1 SBS
*FB < 1100 = (M1) 550
FB 650 ... 1400
FHFH
½ FB ½ FB*
M1
y1
y2
y1 y2
y1
y2
(2 SBS + SYN 2K)
2 SBS + ZV + FTA 3
FB 650 ... 1400
R
FH 1000 ... 2400
FB 650 ... 1400
FH 500 ... 1200
FHSBS
300
500
zy1 y2
min. 500
min. 700
~300 42 50
42 50
~500
RSBS
300
500
FB 1400 ... 2000
M1
FH
1 SBS + ZV + FTA 3
1 SBS + 2 ZV + FTA 3
FB 1300 ... 2800
M1 M2
FH
(2 SBS + ZV/R + SF 225)
2 SBS + 2 ZV/R + SF 225
2 SBS + FTA 3
y1
y2
FB 1300 ... 2800
M1 M2
FB 1000 ... 2400
FH 650 ... 1400
R
KF
KF
KF
A
B
A
B
SBS ZV
M 5 x 18

18
SW 2,5
1
4 Nm
2
3
SW 3
5
5 Nm
180°
4
-
+
-
+
1
2
6*
8*
9
1 2 3 4
7*
1 2 3 4
1 2 3 4
11
10
b
a
a = b
12.1
SW 3
SW 3
SW 13
size 13
4 Nm
12 Nm
12.3
13
12.2
1234 1234
1
SBS-SYN
SBS-SYN
max. 3 m
2341234
1 = -
2=+
1=+
2 = -
Achtung:
Sicherungsfeder muss nach
dem Einhängen und Entfernen
des Schraubendrehers wieder
in den Ursprungszustand
zurückspringen. Zur Kontrolle
der korrekten Einhängung
drücken Sie den Scherenarm
vom Flügelbock weg.
Der Kupplungsdorn darf
hierbei nicht aus dem
Scherenarm herauswandern,
die Sicherungsfeder muss
ihn fixieren.
Attention:
The security spring must
jump back into the original
condition after the mounting
has been made and the screw
driver has been removed.
In order to check the correct
mounting, push back the stay
arm from the sash bracket.
The coupling mandrel must
not move out of the stay arm,
the security spring has to fix it.
AUF / OPEN
ZU / CLOSE
max. 1,0 mm2flexible Zuleitung
max. 1,0 mm2 flexible wire

19
700
SBS 500 (1 SBS)
FH 800/900
700
SBS 500 (2 SBS)
max. 20 kg/m2max. 20 kg/m2
≥ 80
y1
y2
1SBS+ZV+FTA3
FB 300 ...1400
M1
FH
1SBS+ZV+FTA 3
FB 300 ...1400
M1
FH
FB 800 ... 2000
M1 M2
2 SBS+FTA 3(2 SBS+SYN 2K)
FH
M1 M2
FB 1500 ... 2800
(2 SBS+ZV/R+SF 225)
2SBS+ZV+FTA3
FH
zy1 y2
800 ... 1600 ~ 300
800 ... 1600 ~ 500
40
40
55
55
FHSBS
300
500
„F „F
„G „G
„F „G
FH 900
FH 1000
700
FH 1200
FH 1400
FH 1600
FH 800
SBS 500 (1 SBS)
max. 25 kg/m2
FH 1600
700
SBS 500 (2 SBS)
„F „G
max. 25 kg/m2
700
max. 30 kg/m2
FH 1200
FH 1400
700 FH 800
FH 900
FH 1000
FH 1600
SBS 500 (1 SBS) SBS 500 (2 SBS)
„F „G
max. 30 kg/m2
≥ 80
≥ 80
≥ 80
≥ 80
xmin. = 700
xmin. = 700
xmin. = 700
xmin. = 700
z
xmin. = 700
FH 800
FH 900
FH 1000
FH 1200
FH 1400
FH 1600
FH 800
FH 900
FH 1000
FH 1200
FH 1400
FH 1600
FH 1000
FH 1200
FH 1400
FH 1600
FH 800
FH 900
FH 1000
FH 1200
FH 1400
Montage 4 / Installation 4

20
700
FB FB
FH 800 ... 2000
FH 1500 ... 2800
≥ 80 ≥ 80
xmin. = 700
(FB > 1400: x
min.
= ½ FB)
xmin. = 700
(FB > 1400: x
min.
= ½ FB)
22
SBS + ZV + FTA 3
(2 SBS + SYN 2K) (2 SBS + ZV/R + SF 225)
SBS+FTA3
y1
y2
„K„J
SBS 500 (2 SBS)
max. 40 kg/m2
SBS 500 (1 SBS)
„F „G
max. 40 kg/m2
FB
FH 600 ... 1400
xmin. = 700
(FB > 1400: x
min.
= ½ FB)
≥ 80
1 SBS+ZV+FTA 3
y1
y2
„H
1 SBS +ZV+FTA3
„H
FB
FH 600 ... 1400
xmin. = 700
(FB > 1400: x
min.
= ½ FB)
≥ 80
y1
y2
y1 y2
800 ... 1600
800 ... 1600
40
40
55
55
FBSBS
α
300
500
FH 800
FH 900
FH 1000
FH 1200
FH 1400
FH 1600
FH 800
FH 900
FH 1000
700
FH 1200
FH 1400
FH 1600