Green build NEWS

Equipped with long life, 40,000 hour life LED Modules and Toshiba’s Initial Lux Correction Technology (ILC), the E-CORE Baselight is a great alternative to conventional fluorescent 600mm2 lay in modular luminaires and helps to reduce the burden of maintenance.

Providing a rich 3,200 Lumens at only 66W power consumption, the BaseLight adds a completely new light quality due to its ILC technology on board. ILC ensures uniform brightness for its entire operating duration by constantly measuring its own light output and delivering constant light output unlike conventional fluorescent luminaires which gradually fade over time.

E-CORE LED Tracklight 1200

Used for presentation of goods, the spectrum of rich, saturate colours and high quality beam characteristics offers creative accuracy and freedom with 40,000 hours of maintenance-free operation.

Its chip-on-board design delivers good colour reproduction, shadow-free beam and optimised thermal-management making it a suitable substitute for previous applications of 20W HID spot lights.

Toshiba E-CORE Gimble Recessed 111

Ideal for retail environments, where displays are continually being updated and moved, flexibility to deliver light where it is needed with as little modification as possible is a key requirement.

The fixture combines low energy (-75% vs 50W Halogen AR111), long life (40,000 hours) and LED lighting with high flexibility.

Available in single, twin or triple gimble configurations, this versatile recessed downlight comes complete with an AR111 15W lamp to provide the light quality needed for this demanding application.

Toshiba E-CORE Gimble Track Spot 111

The polyvalent E-CORE Gimble TrackSpot 111 for track lighting systems gives lighting flexibility for multiuse spaces such as retail applications and museums.

Complete with Toshiba E-CORE AR111 15W lamps, this track spot light provides 40,000 hours operation, up to 75% less power consumed compared to 50W Halogen AR111 and an intense beam ensuring the light is directed precisely on each objects.

For further information, visit Toshiba's website.