Featuring IP66 certified resistance to water, dust and dirt, and a tough polycarbonate shock-resistant body (rated IK08), Aquaforce is suitable for multiple industrial-based applications such as industry, logistics, storerooms, back of house areas and indoor car parks. Four selectable lumen outputs via a DIP switch provides excellent flexibility at the point of installation; choose the lumen level to suit the area of a building. One luminaire can therefore be installed in multiple locations.
Aquaforce is efficient, delivering up to 148 lm/W and compatible with DALI, enabling dimming control such as following the time of day and business activity schedules. In addition, an optional presence detection sensor can ensure the luminaire is lit only when needed, allowing for additional savings. Ease of installation features include multiple conduit entry points, suitability to wall or ceiling mount, sliding mounting brackets, a tool-free cable terminal block and an easy-click diffuser. Aquaforce is quick and easy to install, use and maintain.
Aquaforce is a great value waterproof luminaire that is ideal for use in a refurbishment or new lighting installation where good performance and high durability on a budget is key. Featuring IP66 certified resistance to water, dust and dirt, and a tough polycarbonate shock resistant body (rated IK08). Four selectable lumen outputs via a DIP switch provides excellent flexibility at the point of installation; choose the lumen level to suit the area of a building.
HIGH EFFICIENCY WITH DALI DIMMING
MAXIMISING ENERGY EFFICIENCY
Aquaforce is an efficient luminaire delivering up to 148 lm/W. Compatible with DALI control systems, allowing dimming patterns to be set. Energy efficiency can be further enhanced with the use of optional microwave presence sensors.
RESISTANT TO WATER, DUST, DIRT AND IMPACT
SUPERIOR PROTECTION
This robust polycarbonate (PC) luminaire is resistant to the elements, with its high IP66 and IK08 rating. Featuring a clever drip-edge design to avoid dust and dirt depositing on the light output surface.