Rabel 720 Super Thermal

Legacy Casement System

Rabel 720 Super Thermal has been engineered without compromise to make high quality super thermal hinged doors and windows with a tight budget. Its sash is characterised by triple joining means to withstand acoustic glass having a weight up to 150Kg per sash. It is available in simple hinged typologies, tilt only, tilt and turn and many other not so common.

It is available in two aesthetic lines, namely sofline and flat design to accommodate classical and modern architecture. Having a frame thermal performance Uf >=1.6 W/(m2K) and a fabrication thermal performance Uw of up to 1.2 W/(m2K) makes it is suitable for use in passive houses to reach zero energy consumption. It comes with a burglary resistant multipoint perimeter locking system and a choice of safety and acoustic glass.

Rabel 720 Super Thermal has been engineered without compromise to make high quality super thermal hinged doors and windows with a tight budget. Its sash is characterised by triple joining means to withstand acoustic glass having a weight up to 150Kg per sash. It is available in simple hinged typologies, tilt only, tilt and turn and many other not so common.

It is available in two aesthetic lines, namely sofline and flat design to accommodate classical and modern architecture. Having a frame thermal performance Uf >=1.6 W/(m2K) and a fabrication thermal performance Uw of up to 1.2 W/(m2K) makes it is suitable for use in passive houses to reach zero energy consumption. It comes with a burglary resistant multipoint perimeter locking system and a choice of safety and acoustic glass.

Technical Specifications

Technical characteristics
Frame Height59 mm
Frame Visible Width69-96.5 mm
Sash Height69-96.5 mm
Sash Depth72 mm
Sash Visible Width72 mm
TypeHinged
Max. Sash Width1.6 m
Max. Sash Height2.4 m
Max. Weight per Sash150 Kg
Glazing Width Possibilities33 mm
Maximum Locking Points9
Thermal Break Width24 / 28 mm
Sealing Type3 Gaskets

Performances
Fabrication Thermal Transmittance EN ISO 10077-2 (Uw)1.2-1.8 W/(m2K)