H.E.R.A - Automated Box Rooflight - Sliding Box Rooflight

by IQ Glass

The system is fully thermally broken to ensure comfortable living temperatures are achieved all year round. As well as providing access to roof gardens, the box rooflight can be specified in a bi-parting configuration, or in a sliding over fixed configuration.

A heavy-duty bumper seal is included as standard with the HERA, as well as brush seals to ensure the sliding box rooflight is completely weathertight and suitable for extreme climates.

In order to offer a completely bespoke glazing system, various control options are available as well as a wide variety of colours and frame finishes. This allows architects and specifiers to tailor the system to meet any specific needs.

Specification Details for H.E.R.A - Automated Box Rooflight - Sliding Box Rooflight (Box Rooflights)

Please note that these product properties are not a replacement for the manufacturer's literature and it is always recommended that IQ Glass is consulted before specifying.

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There are two motors available to ensure large sizes can be accommodated, with the max sizes reaching a staggering 2000mm height x 6000mm width. From the internal view, the aluminium system is extremely minimal and can be finished in any RAL colour, to match the interior design.

H.E.R.A can be integrated within a complete smart home automation system of BMS, operating alongside other smart home technologies.

A weather sensor integration is available, which automatically closes the rooflight if rain or strong wind is detected. 

Specifiers can also include a dew point detector, which automatically opens the system if a pre-determined humidity level is reached.


There are a number of safety integrations with H.E.R.A, such as a UPS battery backup that provides protection in the event of a power outage, allowing the rooflight to be closed for security and weather tightness. The sliding box rooflight can be integrated to work as part of the building's fire protection system, which can signal to the rooflight in the event of a fire.

The frame uses sensors to offer obstruction detection, which forces the sliding motion to stop if an obstacle is detected.