Rabel 60 Super Thermal

Heavy Duty Sliding System up to 200Kg

Although the Rabel 60 super thermal represents the entry edition in the Rabel 60, 600, 6000 Super thermal family of sliders, it still outperforms the majority of sliders in the market. Having a maximum weight capability of 200 Kg per sash using synthetic rollers / 400Kg per sash using Stainless Steel rollers, its relatively flat bottom track and a max height of 3.0 meters, can be the ideal choice to satisfy the needs of the most demanding projects.

It is equipped with a custom made multipoint locking system that fulfils the highest standards for burglary resistance and is powered by a selection of design handles or recessed latches. It is available in all common typologies as well as 90 degrees corners without a fixed mullion. It comes with a sophisticated high performance water drainage system that is hidden below the frame. Having a profile 60mm in width it can accommodate very thick acoustical double glazing panes for soundproofing as well as triple glazing panes for enhanced thermal performance. All of these features and performance characteristics come with a very small sash width and central mullion measuring 80mm.

All sliders in the Rabel 60, 600, 6000 Super thermal family have the capability to fabricate a 90 degrees corner without fixed mullion. The fabrication has been optimised so that the corner mullion is not visible when looking at the inner corner thus providing consistent aesthetics with the remaining fabrication. They also have the capability to fabricate a 90 degrees inner and also outer corner, making it thus possible to design and fabricate continuous doors in a "Z" formation.

Technical Specifications

Technical characteristics
Frame Height49 mm
Frame Visible Width80 mm
Sash Height80 mm
Sash Depth60 mm
Sash Visible Width60 mm
Center Mullion Width80 mm
Max. Weight per Sash400* Kg
Glazing Width Possibilities34 / 40 mm
Maximum Locking Points4/5
Thermal Break Width24 / 64 mm
Sealing TypeBrush with Cloth
* The maximum dimensions of the construction are determined by the manufacturer according to the typology and conditions of the project

Fabrication Thermal Transmittance EN ISO 10077-2 (Uw)≥1.3 W/(m2K)