Characteristics The unique characteristics of metal halide lighting provide high performance such as: Better Light Quality Designable Color Excellent Color Rendering Compact Size Versatility High Efficiency Positive Environmental Impact
| Technology Goes Head-to-Head MH vs. Incandescent MH vs. Mercury MH vs. HPS
| MH vs. Fluorescent Fluorescent lamps are harder to direct because of their larger size. One 100 watt metal halide lamp produces the same light as three 48″ high output T8 fluorescent lamps. Metal halide lamps also tolerate a wider operating temperature range. Fluorescents are often limited to temperature-controlled indoor applications. T8 fluorescent lamps perform optimally at approximately 77¡F (25¡C), degrading measurably as temperature varies. T5 lamps perform similarly, but peak at 95¡F (35¡C).Wider Range of Applications Specifiers can now select from a broad variety of lamp types and wattages to suit almost any application. Metal halide lighting is used today indoors and out, for industrial, commercial, retail and municipal spaces. Popular for sports facilities, and site lighting, it is increasingly found in supermarkets, big box retail, offices and lobbies. ![]() A major advancement in metal halide lighting was the introduction of VentureÕs revolutionary Uni-Form¨ pulse start system. This second generation technology holds the future for metal halide. Uni-Form pulse start systems offer up to 50% more lumens per system watt than do traditional metal halide lamps and ballasts. Its capabilities continue to improve. Recently, Venture became the only manufacturer to offer Uni-Form pulse start lamps optimized for horizontal-only operation. Our high wattage e-Lampª, designed to operate on high frequency electronic ballasts with built-in dimming down to 35% power, is another unique new high performance product. New developments will soon bring better lumen maintenance and even more wattage options for specifiers. |