Venture and Auer Make a Stand at Light + Building
Light and Building 2010 exhibition will see Metal Halide manufacturer Venture Lighting and component manufacturer and supplier Auer Lighting sharing a stand. Both Auer and Venture, owned by Advanced Lighting Technologies Inc (ADLT), will be showcasing the latest technologies in their particular fields of expertise.
Auer, leading supplier of lighting components, special glass production and coating technology, will be launching a range of innovative solutions at the show. These will be suitable for a variety of applications from digital projection to architectural use.
With energy saving in mind, Auer will also demonstrate the benefits of its coating solutions on halogen lamps. Auer’s special coating provides more light whilst using less electricity. The heat-reflective coating (infrared) generates an increased efficiency of up to 50% on specially formed lamp.
Venture will be displaying its Natural White range of lamps which provide the closest light you can get to natural daylight (93RA as opposed to 100RA for natural daylight). The colour temperature that these lamps provide which is cool white, results in more light entering the eye and a ‘brighter’ perception of the illumination which is known as ‘enhanced scotopic vision’. The technology behind this range also gives an extended lamp life of over 20,000 hours, a high lumen maintenance of 90% through life and energy savings on standard control gear.
Also on display will be Venture’s Ventronic dimmable electronic ballasts for high wattage and also low wattage HID light sources. The ballasts allow for optimum energy efficiency through daylight linking, timer, or occupancy sensor, as well as a number of additional advanced features that improve performance and lamp life. With Ventronic, users of HID lighting are able to achieve the energy saving and performance benefits traditionally associated with fluorescent lighting. Suitable for use with high pressure sodium and Venture Metal Halide light sources, Ventronic allows lamps to be dimmed in response to natural daylight levels – manually, automatically through light sensors or at pre-programmed times. It can also be linked to PIR sensors to link lamp operation to occupancy.
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