• Designed for use as a roof mounted natural ventilation device or automated smoke ventilator
• Sizes available between 1200mm x 900mm and 3000mm x 1800mm
• Typically constructed from aluminium (steel available upon request) and suitable for salt-spray zones and other corrosive environments when powdercoated appropriately
• Multiple control options available, including electric actuators and pneumatic systems
• Certified for use as a smoke ventilation device as part of the building fire safety system
• The 8-Series roof ventilators can be specially designed to link up to BMS and FIP arrangements through specifically designed control panels

Installation requirements for the 8-Series ventilators vary dependent on the site wind loads, panel sizes, roof type and primary structure detailing. Ventüer provides full shop drawings for all installations which show sequencing, fixing type and sizing, flashing requirements and sealant details. Installers should make themselves fully conversant with these shop drawings prior to installation commencing.

• When sized correctly, the 8-Series ventilator complies with the requirements for natural ventilation of buildings under the New Zealand Building Code clause G4
• When installed in accordance with Ventüer technical literature, shop drawings and site-specific engineering the 8-Series ventilator complies with the requirements for structure under the New Zealand Building Code clause B1
• When installed in accordance with Ventüer technical literature and shop drawings the 8-Series Ventilator complies with the requirements around external moisture as outline in New Zealand Building Code clause E2

The 8-Series roof ventilators have be extensively used in theatres, public halls, stages and entertainment complexes throughout Australia and New Zealand.

• Minimum 0.85 Coefficient of Discharge
• Designed for BCA Fire & Smoke Requirements
• CSIRO and NATA tested for ventilation and acoustic performance

Environmental Information

Effective use of passive ventilation devices such as roof top ventilators can significantly reduce the energy consumption of a building, reducing both its carbon footprint and whole of life cost.