BFT VISTA SL Instructions D'utilisation Et D'installation page 20

1) GENERAL OUTLINE
Motor-driven header for automatic sliding doors with one leaf (mod. VISTA SL
1) or two (mod. VISTA SL 2).
Complete with control panel. Accessories available for producing a complete
installation.
For VISTA SL1 models the door will be delivered with the actual door opening
PU on the left (looking at the door from the inside)(Fig. AI).
2) TECHNICAL SPECIFICATIONS
MECHANICAL SPECIFICATIONS
VISTA SL1 mod. doorway opening
VISTA SL2 mod. doorway opening
Single-leaf capacity load
Double-leaf capacity load
ELECTRICAL SPECIFICATIONS
Power supply
Fuses
Accessories power supply
Current demand (mains)
Opening/closing speed
Approach speed
Temperature range
Operating cycle
Anti-crush
Emergency batteries
Protection rating
Crosspiece dimensions
Radio-receiver built-in
Rolling-Code
Coding
N° of combinations
Max. n° of remotes that
can be memorized
Usable transmitter versions:
All ROLLING CODE transmitters compatible with
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,
safety edges, control devices, etc.).
Keep mains power connections well separated from safety extra low voltage
connections. Secure the power cable by means of the cable clamp located in
the transformer's cover. Connect the power cable so that the earth wire (yellow/
green) is longer than the other wires.
WARNING! For connection to the mains power supply, use a multicore cable
with a cross-section of at least 3x1.5mm
gulations mentioned above (by way of example, if the cable is not protected,
it must be rated H07 RN-F or higher, while if it is protected it must be rated
at least H05 VV-F with a cross-section of 3x1.5mm
4) IDENTIFICATION OF COMPONENTS (Fig. AA)
In the standard composition, the automated VISTA SL system is made up of:
1 Load-bearing header in oxidized aluminium
2 Power supply unit complete with bipolar switch, mains fuse and noise filter
3 Microprocessor-based control unit ARIA
4 DC gearbox
5 Optical encoder for detecting travel and checking for obstacles
6 Driven pulley
7 Drive belt
8 2 Door runners with 2 wheels on bearings, anti-derailment wheel, height and
depth adjustable
9 Profile for fastening door leaves
10 Rubber travel limit stops
11 Rubber hinge
12 Cable raceway
13 WMP Wall Mounting Profile
20
- VISTA SL
INSTALLATION MANUAL
min 750mm max 2500mm
min 800mm max 2900mm
mod. VISTA SL1 150 kg
mod. VISTA SL2 120+120 kg
230V~ ±10%, 50Hz single-phase
115V~ ±15% 50/60Hz
see Fig. Q
24V~ (500mA max)
24Vsafe (180mA max)
1A
Adjustable up to 1 m/s (VISTA SL1)
Adjustable up to 2 m/s (VISTA SL2)
In the range 5 to 10 cm/s in automatic
mode (VISTA SL1)
In the range 10 to 20cm/s in automatic
mode (VISTA SL2)
0°C a + 50°C (inside cover)
Continuous at 25°C
Anti-crush safety device when obstacles
are detected
(optional extras) 2 x 12V 1.2Ah
IP X0 (Not for installation outdoors)
See Fig. D
Frequency 433.92 MHz
Rolling-Code algorithm
4 billion
63
of the kind provided for by the re-
2
).
2
The following accessories are available to complete installation:
14 BBV Battery-powered panic device
15 ERV Electromagnetic bolt and manual release
16 VISTA SEL Digital function pushbutton unit (optional extra)
17 SBV Supporting beam in oxidized aluminium
18 PGI Bottom door guide profile for framed doors
19 PPR Slide for bottom door guide
20 RIP Infrared radar operating over a narrow angle
21 FPA1 Photocells (1 amplifier, 1 transmitter, 1 receiver)
FPA2 Photocells (1 amplifier, 2 transmitters, 2 receivers)
22 CRTV Cover
23 SASAM1-2 Breakout door device.
PPA Clamp for glass doors (Fig. AE).
5) FASTENING METHOD
- Assembling the Cover (Fig. B).
- Cable routing (Fig. C).
WARNING- When fastening the header, only use flat countersunk screws
as shown in Fig. I Rif. 1 or screws with heads no more than 5 mm high. If
this condition is not met, collisions may occur with the runners.
6) DETERMINING HEADER FASTENING HEIGHT (Fig. E)
The fastening height HFT of the VISTA SL header must be measured where the floor
is at its highest (Fig. E). This is to prevent the possibility of the moving door leaf
getting stuck once installation is finished. Once installed, the height of the doors
can still be adjusted by means of the special adjusters on the runners (Fig. L).
WARNING: The VISTA SL header must be fastened so that it is perfectly
horizontal. This condition must be met to ensure that the automated system
operates properly.
6.1) Fastening to wall (above an opening) (Fig. F - G)
6.2) Mounting between two walls (inside door opening space) (Fig. H)
To position the header symmetrically with respect to the doorway opening, no
matter what kind of installation you are dealing with (above an opening, inside
an opening, etc.), you need to mark both the centre line of the structural opening
and centre line of the VISTA SL header. Fasten the VISTA SL header, lining up the
two marks (Fig. H).
7) POSSIBLE INSTALLATIONS
A number of installation methods for the automated system are listed below:
- Wall mounted.
Ceiling mounted (with supporting beam SBV).
-
Incorporated in door frame (with or without supporting beam SBV).
-
7.1) Wall mounting (Fig. I)
There is a wall mounting profile (WMP) to help with wall mounting (Fig. I). It is
best to attach shims in line with the fastening holes already made in the header.
That way, the fastening points will sit on a solid base and you will avoid the track
bending while screws are being fastened. In the event fastening holes have to
be drilled in addition to those already made, drill them approx. every 600-800
mm: this will also depend on what kind of surface you are dealing with (concrete,
brick, wood, iron, etc.).
7.2) Ceiling mounting (with supporting beam SBV Fig. AB - AC)
This type of installation is particularly suitable if the door leaf and fixed panel are
made from frameless glass, and hence are not load-bearing.
7.3) Incorporated in door frame (with or without supporting beam Fig. AD)
The supporting beam is incorporated in a load-bearing door frame or a flat profile
is built into the frame that must be thick enough to fasten the VISTA SL header
securely. If the supporting beam SBV is used, it will be easier to fasten the VISTA
SL header with the screws and plates provided.
8) DOOR ASSEMBLY AND ADJUSTMENT
8.1) Framed doors
Before removing the door leaf mounting profile in order to fasten it to the actual
leaf, it is advisable to mark the position where the runners are fastened to the
door leaf mounting profile (Fig. AI - AJ). This will make final adjustment of the
door leaves' travel limit brackets and centring of the ERV easier. If the top rail of
the framed door leaf is less than 6-7mm thick and the leaf is heavy (>120Kg), it
must be reinforced inside with an iron profile or plate into which the door leaf
mounting profile can be screwed at various points.
8.2) Glass doors (Fig. AE)
The clamping system PPA can be used only for 10 or 12mm-thick tempered
glass doors or laminated safety glass doors.
It must not be used with double glazing. For the sake of simplicity, reference is
made to glass doors from hereon in.
- No holes must be made in the sheet of glass
- Clamp PPA must be fastened to the door mounting profile as illustrated in Fig.
AE.
- Seals G, of a suitable thickness, must be placed on both sides of the sheet of glass,
between the clamp and glass. Use only seals provided for this purpose.
9) DOOR INSTALLATION AND ADJUSTMENT
- Installing the Doors (Fig. K).
- Adjusting the Doors (Fig. L).