The wasted light in conventional optics designs

The housing of this light is composed of light-weight aluminum for comfortable handling and has an aluminum globe guard with hanging hook for added durability and easy placement. A rubber bumper can protect the light from impacts. This is a low voltage unit that is designed to run with the 12 or 24 volt AC current commonly used in areas where low voltages are preferred or required. Larson Electronics has fitted this lamp with 50 feet of Wholesale Led high bay light cord ending in a straight blade plug to provide simple standard connections and ample length for moving about a work area. This light is approved for Class 1 Division 1 and 2 and Class 2 Division 1 and 2 locations where flammable gases and vapors are present, which make it a good choice for petrochemical operations, water treatment plant use, tank cleaning and inspection, and other similar locations. It can create a safer, lower maintenance environment for our military, industrial and petrochemical operators.

Recently unveiled an ultra-bright LED fibre optic illuminators designed for architectural and signage applications. The new system combines the RTL technology's enhanced brightness with the long lifetime of LED technology.This combination overcomes past obstacles to fibre optic signage and architectural applications, which were hampered by the short lifetime of arc lamp illuminators and insufficient brightness of LED illuminators. The company's new illuminator can support both 3M single core fibre and Schott multi-fibre bundles, allowing the RLT system to replace neon-based signs currently used in a wide variety of side-firing applications.

The RLT technology greatly improves brightness to LEDs with full red, green, blue and white colour capability. Using a 4-colour Agent of floodlight ackage allows the light output to be digitally control and produce unlimited colour variations. This multi-colour capability is not available in traditional neon signs and will provide a new dimension in a broad variety of signage and architectural applications.Traditional light collection optics platforms do not increase LED brightness and as a result, are not efficient for projection. The basis of Wavien's RLT technology is a very low-cost recycling collar optical component that captures the wasted light in conventional optics designs, recycles the light and redirects it back into the output beam allowing increased efficiency, while reducing the power consumption.