Spider Fitting for Point Fixed Architectural Glass and Solar Shading - Stainless Steel AISI 316
Specially designed for the integration of glass shading solutions
- Specially designed for the integration of glass shading solutions on transparent facades
- Controls the entry of light into the building: natural light preserved with visibility to the exterior
- Mounting on fixed or motorized shaft
- Possibility of integrating screen-printed glass to create shadow zones and make the facades attractive.
- Possibility of integrating photovoltaic panels
Sun-screen spider
S 3000 AX casted stainless steel spider
The spider has been specially designed for the integration of solar shading on the transparent glass facades; in order to preserve natural lighting while cutting glare or reflection or radiation from the sun.
The transparency of the glass is kept, while protecting you from the sun.
Articulate sun-screen and energy saving
Possibility of articulate the solar shading: this allows the slats of venetian blinds in the optimal position relative to the sun and also contributes to an even greater power efficiency.
An optimal use of passive solar energy allows to reduce need for heating and consequently saves energy.
Possibility of including silkscreen glass in order to make shadow areas and make attractive facades.
Suggested mounting instruction
Fit 2 seal rings with inner diameter Ø of 24,6 mm torus of Ø 3.6 mm ( allowing the absorption of mounting kits ) in the 2 groove of spider S3000AX. Inserting the fastener in a Ø 25 axis having a flat anti-rotation ( see the design of axis section ). And mount the locking screw M10 flat end ( DIN913 ) 12 mm lengt.
The slotted holes Ø 17×24 mm and free holes Ø 24 mm in the spider are not to be used to adjust the spider ! They are needed to absorb the manufacturing tolerances and the thermal deformation of the glass and of the structure. The spiders are standardized for M14 / M12fittings ( FXR, FXV ).
Maintenance recommendations
SADEV reco mmends using thread locking compound, except in case of specific mounting constraints.