Sliding door with Thermal Bridge Break DIVA ECOENERGY is the first Thermal Break automatic door. Combining technical performance and style, it contributes to: Performance and thermal comfort New design with pure lines Thermal conductivity(1) Uw : 2 W/m2.K Insulation glazing up to 36 mm (1) Thermal conductivity on a bay H2700 x W4190 (passage H2500 x W2000 mm) / low emissivity glazing / calculation according to the EN14351 standard • improving thermal comfort in buildings in winter as in summer • facilitating the contribution made by natural light to reduce lighting needs (energy-saving) • acting on energy consumption in terms of heating and air conditioning syste

DOUBLE SLIDING SIMPLE SLIDING In summer as in winter, you benefit from optimal comfort guaranteeing natural light and energy savings The improvement of a building's energy performance implies consideration of all the elements of a façade. If glass illustrates trends in current buildings, on the inside as well as the outside, glazed façades as automatic doors must, more than ever, meet two objectives: allow maximum light to pass (sunlight) while optimizing heat and phonic insulation. The DIVA ECOENERGY thermal performance is based on a combination of three essential components: a Thermal Break...

Energy saving is now at the heart of people's concerns. In a sector that is changing and in which new construction rules are being imposed in order to improve the energy performance of buildings, Portalp is relying on its know-how and expertise to offer an innovative solution of automatic doors meeting the highest thermal requirements. Thermal comfort and security Proposed with a wide choice of finishes, DIVA ECOENERGY is definitely part of a sustainable energy approach, improving comfort and well-being in buildings. • An automatic retractable plinth is proposed to insure a perfect airtightness...

DIVA ECOENERGY SPECIFICATIONS MECHANICS DIVA ECOENERGY SLIDING - G50RPT Surface applied / Between walls / Against posts Applied Self supporting up to Passage width min/max PERFORMANCES Thermal transmission coefficient U(1) 1 x 140 kg / 2 x 140 kg with IME / for Emergency exit Opening speed per leaf Closing speed per leaf Hold open time Opening force Closing force 6 to 25 daN (1) Thermal conductivity on a bay H2700 x W4190 (passage H2500 x W2000 mm) /low emissivity glazing / calculation according to the EN14351 standard ELECTRICAL ENVIRONMENT Power supply Mains 50-60 Hz, 230V +10% with earth Average...