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DANOVENT ELECTRIC

Electric motorized opening skylight for air circulation

Product variations:
Rooflights
Electric-opening skylight made of double 3mm thickness methacrylate dome, fixed to a 15cm reinforced polyester basis, intended for overhead lighting and ventilation. Suitable for any roof in all kind of buildings.

Advantages & Benefits

  • Danosa skylights provide perfect diffusion of sunlight, significantly reducing electrical energy consumption and guaranteeing watertight protection and the absence of condensation.
  • Opening mechanism: The system is equipped with a wall-mounted push-button electric opening motor. The stem, attached to the PVC frame, raises the dome to the desired angle when the push button is pressed. The electric motor is supplied with brackets, cable and push button.

Instruction for Use

1- Centre the base-plinth on the open hole in the roof.
2- Using lag bolts or steel nails, fix the base-plinth to the roof:
  • Three units per metre on the heel periphery of the plinth.
  • On concrete roofs, this will be done with dowels, washers and Ø 6 mm lag bolts.
  • On sheet metal roofs with insulation and waterproofing, this will be done by direct screw fixing on the structure. If the roof is installed before the sheet metal, it shall be installed on an auxiliary frame fixed or welded to the structure. If the skylights are installed after the sheet metal is laid, they shall be fixed through the sheet metal onto the structure.
3- Apply the waterproofing layer, covering the outer wall of the skirting board, which prevents filtrations to the interior through the permeable polyester base. The waterproofing must be finished off correctly to avoid leakage from the skylight drip between the waterproofing membrane and the skirting board.
4- Remove the protective film from the valve and dome.
5- Place the valve on the baseboard, and place the self-adhesive washers on the upper face of the valve, making them coincide with the holes and on top of it the dome, making sure that the red marks coincide. Screw the dome onto the base of the plinth at the points drilled for this purpose. The use of a clutch drill with a low torque setting is recommended. The maximum torque for the screw used is 14Nm. Do not over-tighten the bolts, as:
  • There is a risk of dome breakage.
  • The effect of the expansion joint is cancelled.
6- Place the cover caps on the screws.
  • For further information, please contact our Technical Department.
IMPORTANT: Do not handle the dome until assembly of the base has been completed. This avoids possible permanent stains caused by the tarpaulin or any other damage.

Indications and Important Recommendations

  • This product is part of a construction system, so the Danosa Catalogue of Construction Solutions, Specifications and other Danosa documentation must be taken into account.
  • Work must not be carried out when weather conditions may be harmful, in particular when it is snowing or there is snow or ice on the roof, when it is raining or the roof is wet, or when there is a strong wind blowing.
  • All mandatory regulations in this regard will be taken into account.

Presentation

  • Length (cm): 100
  • Width (cm): 100
  • Outside dimension E x F (mm): 915x915
  • Light entry C x D (mm): 785x785
  • Ceiling opening (mm): 1000x1000
  • Weight (kg): 16
  • Eave G (mm): 65
  • Dome Height Hc (mm): 180
  • Product code: 555305
DANOVENT ELECTRICO

Technical Data

Concept Value Standard
Hazardous substances NPD -

Technical Data - Dome

Concept Value Standard
Water absorption (24h 23º) (%) 0.2 DIN EN ISO 62
Light absorption (%) 0.05 -
Elongation at break (%) 4 -
Specific heat 1.47 -
Linear dilation (mm/mºC) 0.07 -
Refractive index (nD20) 1.492 -
Elasticity module (N/mm²) DOME 2300 ISO 178
Loss by reflection (%) 5 -
Density (g/cm3) DOME 1.19 DIN 53479
Vicat softening point (ºC) 105 ISO 306
Bending resistance (N/mm²) 110 ISO 178
Tensile strength (N/mm²) DOME 70 ISO 527
Impact resistance Charpy (kJ/m²) DOME 2 -
Heat transfer: Both domes (kcal/m²hºC ) 2.2 -
Heat transfer: One dome (kcal/m²hºC ) 5.1 -
Light transmission - Ice (%) 75 -
Light transmission - Transparent (%) 92 -

Technical Data - Plinth

Concept Value Standard
Thermal conductivity (W/mK) PLINTH 0.23 -
Linear Expansion (m/mK) PLINTH 0.2 -
Specific Weight (g/cm³) PLINTH 1.5 DIN 53479
Softening point Vicat (ºC) PLINTH 125 DIN 57302
Compression resistance (kg/cm²) PLINTH 2000 DIN 53454
Bending resistance (kg/cm²) PLINTH 1600 DIN 53452
Tensile strength (kg/cm²) PLINTH 1000 DIN 53455
Impact resistance (kg/cm²) PLINTH 1000 DIN 53453

Standards and Certification

  • In accordance with the UNE-EN 1873 standard for prefabricated accessories for roofs. Individual skylights in plastic materials. Product specifications and test methods.
  • Complies with CE marking requirements.