Large Louvre Blades ALB – active with concealed drive

Schüco ALB large louvre blades – active

Solar shading systems with active, manually / electrically adjustable, horizontal / vertical, extruded, corrosion-resistant, aluminium louvre blades.
The regulations and requirements of the local building authority must be observed in all designs.

Design features
Follow-on text option:
The width of the elliptical aluminium louvre blade is 155 / 205 / 305 / 360 / 400 / 470 mm. The blades are sealed flush with side caps.
Or
The width of the extruded needle blade is 225 / 300 mm.
Or
The width of the “hi-tech” louvre blade is 360 mm.
End of selection

The louvre blade spacing in the configuration without overlapping is 160 / 210 / 260 / 310 / 365 / 405 / 475 / …. mm. If the distance is less than this (for configurations with overlapping louvre blades), it must be ensured that the louvre blades are not able to collide with one another.

Follow-on text option
The horizontal louvre blades and connecting rods are mounted and held using maintenance-free plastic liners in the structural mullions designed to connect to the Schüco façade system (see also enclosed system illustration). The louvre blades are installed individually.
Or
The horizontal louvre blades and connecting rods are mounted and held using maintenance-free plastic liners in an add-on construction (carrier mullion) on the existing substructure (see also enclosed system illustration). The louvre blades are installed individually.
Or
The horizontal / vertical louvre blades and connecting rods are mounted and held using maintenance-free plastic liners in support tracks on the existing substructure (see also enclosed system illustration). The louvre blades are installed individually.
Or
The installation can be fixed to the mullion/transom construction using point-fixed, system-specific anchor fixings.
Or
The installation can be fixed to the façade using brackets as per the
enclosed design proposals.
End of selection

Control and shading
Follow-on text option
The individual louvre blades are fully connected to one another by a set of rods and can be adjusted by hand to the recommended angle, to correspond with seasonal requirements.
Or
The individual louvre blades are fully connected to one another by a set of rods and can be adjusted using the pre-set 230 V AC electric drives. The angle of the elliptical aluminium louvre blades can be freely adjusted between 0° and 110°. The drives must be fitted with motor brackets and concealed cable channels. The Schüco e-Sun control system for the drives is specified separately.
Or
The individual louvre blades are fully connected to one another by a set of rods and can be adjusted using the pre-set 230 V AC electric drives. The angle of the needle blade can be freely adjusted between 5° and 110°. The drives must be fitted with motor brackets and concealed cable channels. The Schüco e-Sun control system for the drives is specified separately.
End of selection

Note:
Please choose the required versions and adapt the specifications accordingly in line with the requirements.

The degree of shading must take into account the physical properties and alignment of the building. Internal anti-glare protection must also be taken into account and separately specified, for example when arranging computer workstations.

Schüco ALB large louvre blades – active

Solar shading systems with active, electrically adjustable, horizontal / vertical, extruded, corrosion-resistant, aluminium louvre blades.
The regulations and requirements of the local building authority must be observed in all designs.

Design features
The width of the elliptical aluminium louvre blade is 155 / 205 / 255 / 305 mm. The blades are sealed flush with side caps.

The louvre blade spacing in the configuration without overlapping is 160 / 210 / 260 / 310 / …. mm. If the distance is less than this (for configurations with overlapping louvre blades), it must be ensured that the louvre blades are not able to collide with one another.

Follow-on text option
Horizontal / vertical louvre blades are installed and stored using maintenance-free plastic liners in the drive mullion. The louvre blades are installed individually.

Follow-on text option
The installation can be fixed to the mullion/transom construction using point-fixed, system-specific anchor fixings.

The louvre blades must be fixed in the drive mullion on one side and in the sliding bearing mullion on the other side. The drive mullion must be designed with a face width of 60 mm. It accommodates the concealed drive components. The sliding bearing mullion must be designed with a face width of 60 mm and allow for expansion of +/- 8 mm of the louvre blades.
The drive motor can be installed either at the top or bottom in the drive mullion

Drive
The drive consists of a drive shaft, gearbox, coupling, flange adapter and motor, which are concealed in the drive mullion. The louvre blades must be fixed to the flange adapter on the drive side in such a way that a gap <= 11 mm is created between the drive mullion and louvre blade.
The drive must allow the louvre blade axis to be adjusted.
The louvre blade rotation speed is 336°/min.
The drive consists of a maintenance-free 230 V electric motor with fitted planetary gearing, comfort setting and temperature control. The top and bottom end positions can be set. The complete drive unit has VDE and CE marks and EMV radio suppression seal.
Control and shading
The individual louvre blades are connected to one another by a profile roller located in the drive mullion and can be aligned using the pre-set 230 V AC electric motors. The louvre blade rotation angle is 360°. Due to the end stop setting on the drive motor, the rotation angle can be freely set. The drives must be fitted with motor brackets and concealed cable channels.

Note:
Please choose the required versions and adapt the specifications accordingly in line with the requirements.

The degree of shading must take into account the physical properties and alignment of the building. Internal anti-glare protection must also be taken into account and separately specified, for example when arranging computer workstations.

Schüco ALB AT large louvre blades – active, “hi-tech” louvre blades

Solar shading systems with active, manually / electrically adjustable, horizontal louvre blade blades made from perforated sheet aluminium.
The regulations and requirements of the local building authority must be observed in all designs.

Design features
The width of the pre-bent blade with round/square perforations is 360 mm, the thickness of the sheet metal is 2.5 mm. The louvre blade with square perforations has a free cross section of 11% with a hole width of 5 mm and spacing of 15 mm.

The distance between the louvre blades is 370 / …. mm. If the distance is less than this (for configurations with overlapping louvre blades), it must be ensured that the louvre blades are not able to collide with one another.

The permissible length of the carrier tube (with / without reinforcement) must be determined from the
system manufacturer’s design charts.

The louvre blades are mounted using blade supports with concealed drainage, which are pushed onto a carrier tube and fixed. The louvre blades are screwed / riveted to system-specific blade clips. The number of fixing points will depend on the dimensions of the sheet metal louvre blade.

Follow-on text option
The horizontal louvre blades and connecting rods are mounted and held using maintenance-free plastic liners, in system-specific structural mullions, for connection to the Schüco façade structure (see also enclosed system illustration). The louvre blades are installed individually.
Or
The horizontal louvre blades and connecting rods are mounted and held using maintenance-free plastic liners in an add-on construction (carrier mullion) on the existing substructure (see also enclosed system illustration). The louvre blades are installed individually.
Or
The horizontal louvre blades and connecting rods are mounted and held using maintenance-free plastic liners in support tracks on the existing substructure (see also enclosed system illustration). The louvre blades are installed individually.
Or
The installation can be fixed to the mullion/transom construction using point-fixed, system-specific anchor fixings.
Or
The installation can be fixed to the façade using fixing brackets as per the enclosed design proposals.
End of selection

Louvre blade settings and control
Follow-on text option
The individual louvre blades are fully connected to one another by a set of rods and can be adjusted by hand to the recommended angle, to correspond with seasonal requirements.
Or
The individual louvre blades are fully connected to one another by a set of rods and can be adjusted using the pre-set 230 V AC electric drives. The angle may be freely adjusted between 0° and 110°. The drives must be fitted with motor brackets and concealed cable channels. The Schüco e-Sun control system for the drives is specified separately.
End of selection

Note:
Please choose the required versions and adapt the specifications accordingly in line with the requirements.

The degree of shading must take into account the physical properties and alignment of the building. Internal anti-glare protection must also be taken into account and separately specified, for example when arranging computer workstations.

Schüco ALB PV large louvre blades – active, photovoltaic louvre blades

Solar shading systems with active, manually / electrically adjustable, horizontal louvre blade blades comprising photovoltaic modules.
The regulations and requirements of the local building authority must be observed in all designs.

Design features
The width of the flat louvre blade is 400 mm.

Follow-on text option
Photovoltaic module glazing composition: 5/2/5
Cell type: 156 x 156 mm, polycrystalline solar cell, blue

Glazing: photovoltaic glass, see project description
End of selection

The distance between the louvre blades is 430 / …. mm. If the distance is less than this (for configurations with overlapping louvre blades), it must be ensured that the louvre blades are not able to collide with one another.

The permissible length of the carrier tube (with / without reinforcement) must be determined from the
system manufacturer’s design charts.

The louvre blades are mounted using EPDM glazing supports with concealed drainage, which are pushed onto a carrier tube and fixed. The photovoltaic modules must be fixed without drill holes and / or penetrations. The clamp fixing brackets must not cast any shade on the edges of the photovoltaic modules. The number of fixing points will depend on the dimensions of the photovoltaic modules. (Glass dimensions in accordance with the applicable standards and the specifications of the glass manufacturer)
The cables are concealed and guided through the outer clamp fixing brackets at the side.

Follow-on text option
The horizontal louvre blades and connecting rods are mounted and held using maintenance-free plastic liners, in system-specific structural mullions, for connection to the Schüco façade structure (see also enclosed system illustration). The louvre blades are installed individually.

The horizontal louvre blades and connecting rods are mounted and held using maintenance-free plastic liners in an add-on construction (carrier mullion) on the existing substructure (see also enclosed system illustration). The louvre blades are installed individually.

The horizontal louvre blades and connecting rods are mounted and held using maintenance-free plastic liners in support tracks on the existing substructure (see also enclosed system illustration). The louvre blades are installed individually.

The installation can be fixed to the mullion/transom construction using point-fixed, system-specific anchor fixings.

The installation can be fixed to the façade using fixing brackets as per the enclosed design proposals.
End of selection

Louvre blade settings and control
Follow-on text option:
The individual louvre blades are fully connected to one another by a set of rods and can be adjusted by hand to the recommended angle, to correspond with seasonal requirements.

The individual louvre blades are fully connected to one another by a set of rods and can be aligned using the pre-set 230 V AC electric drives. The angle may be freely adjusted between 0° and 110°. The drives must be fitted with motor brackets and concealed cable channels. The Schüco e-Sun control system for the drives is specified separately.

The individual louvre blades are fully connected to one another by a set of rods and can be adjusted using the pre-set 230 V AC electric drives. The angle may be freely adjusted between 0° and 110°. The drives must be fitted with motor brackets and concealed cable channels. The Schüco e-Sun control system for the drives is specified separately.
End of selection

Note:
Please choose the required versions and adapt the specifications accordingly in line with the requirements.

The degree of shading must take into account the physical properties and alignment of the building. Internal anti-glare protection must also be taken into account and separately specified, for example when arranging computer workstations.

Schüco ALB AG large louvre blades – active, glass louvre blades

Solar shading systems with active, manually / electrically adjustable, horizontal, glass louvre blades.
The regulations and requirements of the local building authority must be observed in all designs.

Design features
The width of the flat louvre blade is 300 / 400 mm.

Follow-on text option
Glazing: 12 mm float

Glazing: 12 mm toughened safety glass

Glazing: laminated safety glass consisting of 2 x 6 mm heat-strengthened glass

Glazing: laminated safety glass consisting of 2 x 6 mm float

Glazing: photovoltaic glass, see project description
End of selection

The design of the glass will depend on particular usage or requirements. (For detailed description, see Glass section)

The distance between the louvre blades is 330 / 430 mm. If the distance is less than this (for configurations with overlapping louvre blades), it must be ensured that the louvre blades are not able to collide with one another.

The permissible length of the carrier tube (with / without reinforcement) must be determined from the
system manufacturer’s design charts.

The louvre blades are mounted using EPDM glazing supports with concealed drainage, which are pushed onto a carrier tube and fixed. The glass louvre blades must be fixed without drill holes and/or penetrations. The number of fixing points will depend on the dimensions of the glass pane. (Glass dimensions in accordance with the applicable standards and the specifications of the glass manufacturer)

Follow-on text option
The horizontal louvre blades and connecting rods are mounted and held using maintenance-free plastic liners, in system-specific structural mullions, for connection to the Schüco façade structure (see also enclosed system illustration). The louvre blades are installed individually.

The horizontal louvre blades and connecting rods are mounted and held using maintenance-free plastic liners in an add-on construction (carrier mullion) on the existing substructure (see also enclosed system illustration). The louvre blades are installed individually.

The horizontal louvre blades and connecting rods are mounted and held using maintenance-free plastic liners in support tracks on the existing substructure (see also enclosed system illustration). The louvre blades are installed individually.

The installation can be fixed to the mullion/transom construction using point-fixed, system-specific anchor fixings.

The installation can be fixed to the façade using fixing brackets as per the enclosed design proposals.
End of selection

Louvre blade settings and control
Follow-on text option:
The individual louvre blades are fully connected to one another by a set of rods and can be adjusted by hand to the recommended angle, to correspond with seasonal requirements.

The individual louvre blades are fully connected to one another by a set of rods and can be aligned using the pre-set 230 V AC electric drives. The angle may be freely adjusted between 0° and 110°. The drives must be fitted with motor brackets and concealed cable channels. The Schüco e-Sun control system for the drives is specified separately.

The individual louvre blades are fully connected to one another by a set of rods and can be adjusted using the pre-set 230 V AC electric drives. The angle may be freely adjusted between 0° and 110°. The drives must be fitted with motor brackets and concealed cable channels. The Schüco e-Sun control system for the drives is specified separately.
End of selection

Note:
Please choose the required versions and adapt the specifications accordingly in line with the requirements.

The degree of shading must take into account the physical properties and alignment of the building. Internal anti-glare protection must also be taken into account and separately specified, for example when arranging computer workstations.

Universal linear drive

The alternating current drive is designed for optimised use on large louvre blade systems and is fitted with 2 limit switches and an overload cut-out.

Design
A2 stainless steel housing
Stroke length universally adjustable, max. 300 mm
UV-resistant connecting cable (1.5 m) with Hirschmann STAS 3 plug

Technical data
Rated voltage: AC 50 Hz, 230 V
Nominal current: 0.8 A
Duty type: S3 ED 15%
Reversing break: 0.5 s
Stroke length: Max. 300 mm
Lifting capacity: 1600 N
Stroke speed: 5 mm/s
Protection rating: IP 65 S when installed
Piston rod, bottom
Diameter: 62 mm
Length in/out: 1030 mm / 1330 mm

Manufacturer: Schüco
Type: Universal linear drive
Article No.: 262917

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