Light Distribution

TruLite lighting solutions efficiently distribute light over large spaces providing excellent visual acuity and colour rendering. Have you ever selected a colour swatch in a paint store only to walk outside and find that this is
not the colour you wanted .... well, this would not happen if TruLite was illuminating the swatches in the retail outlet.

TruLite products are available for most commercial and industrial lighting situations, from indoor high-bay illumination to high-tower illumination of soccer fields.

Two examples of factory and/or warehouse high-bay lighting are provided on the following pages. We encourage customers to measure the lighting currently available in their specific situations and compare to the
following examples.

Please note the following Lux values are based upon a linear application with no influence from parallel light strings. In other words, these numbers are very conservative.

Please contact your MGInnovations Sales Representative for assistance to determine the full benefits of implementing TruLite Electrodeless Lamps.

TruLite lamps look very similar to a traditional incandescent lamps. Significant research and development was invested to develop the most efficient lamp design for TruLite lamps ..... in order to maximize their illumination
properties. At the end of the day .... we found that, interestingly, the best design closely resembles a lamp shape invented over 100 years ago, the traditional incandescent lamp.

Some things can be improved with technological advances while others can’t!

The following example demonstrates a different light distribution pattern with minor changes to the luminaire (Fixture). This is called Luminaire Efficiency. Basically, at the end of the day, it really doesn’t matter what your
lamp is outputting in lumens, if the luminaire (or fixture) is not correctly designed, you can loose 25%, 50% or more of the lamps output.

TruLite luminaires are custom designed and specifically configured to match the output of the TruLite lamp. Thereby maximizing potential illumination and saving the customer maximum energy dollars.