PAREO UP BALAUSTRA
Double or triple-panel telescopic railing
“Transparent and always open to the world, The barrier is no longer confining.”
The only railing without handrail composed of two or three tempered and laminated glass panels. The internationally patented Up & Down pneumatic system raises the panels to heights up to 2.7 metres with a touch, for modular protection against wind, noise and rain.
Safety, design and transparency at any height. Pareo Up Balaustra is equipped with a fixed safety-glass module serving as a railing in installation contexts above one metre. The structure is also certified by the Istituto Giordano for wind resistance (Class 6 – UNI EN 13561:2015) and dynamic load (2 kN – UNI 11678:2017).
It’s easy to raise or lower the panels incrementally manually or with the press of a button, even with corner modules.
The lifting system is concealed inside the aluminium structure that can be customised with any smooth finish and elegant LED lighting.
Configurations
3 Panels
UP 2/A – UP 2/B – UP 2/C – UP 2/D
2 Panels
UP 1/A – UP 1/B – UP 1/C
Technical information
International patent
PCT/IB2018/051311
Horizontal static load resistance
UNI 11678:2017 2.0 kN/m (Istituto Giordano)
Wind load resistance
UNI EN 13561:2015 Class 6 (Istituto Giordano)
Width
Up to 1,350 mm
Height
Up to 2,700 mm
Profiles
Aluminium
Safety glass
- 10.10.2 laminated tempered glass fixed module
- 8.8.2 laminated tempered glass fixed module
- 6 mm tempered glass retractable module
Glass
- Transparent
- Extra clear
- Smoked
- Bronze-tinted
- Frosted
Base
Stainless steel (painted to match)
Optional
LED lighting
Characteristics
Five-year warranty
Stainless steel screws
Rain resistant
Sun resistant
Wind resistant
Patented Up & Down system with up to three panels
FINITURE
ST01 RAL9010
Bianco opaco
ST11 RAL7037
Grigio polvere opaco
PL09
Grigio grafite
ST03 RAL8017
Marrone opaco
ST02 RAL1013
Avorio opaco
ST10 RAL7016
Grigio antracite opaco
ACCESSORI
Illuminazione LED bianco / RGB
Sistema Up & Down
Resistenza al carico statico orizzontale 2,0 kN/m (Istituto Giordano)
