By Zane Wylie, Sales Representative, Raylinc Lighting
A lighting design starts with the light level a space needs and the standard it has to meet. From there it moves to drawings, calculation points and a first layout. Then come rounds of adjustment until every point is covered with as few fittings as possible.
Zane Wylie prepares lighting designs for engineers as part of his role. This is the order he works in:
The easy answer to any design is a light everywhere. It may comply, but it reflects on the engineer who submits it.
“It might have taken 10 fittings, and if you had designed it better, you could have done it with four,” Zane says. If someone else checks that design and finds the four fitting version, the engineer wears it. “We want to do a design that makes them look good.”
Energy efficiency rules cap how much lighting power a design can use. Too many fittings and the design stops complying.
That pushes designers toward efficient fittings with optics that achieve wide spacing. “You start getting squeezed by the standards,” Zane says. Choosing the optic becomes as much a compliance decision as a lighting one.
Work out the light level the space needs and which standard applies. For outdoor pedestrian areas in Australia, that is usually a lighting category under AS/NZS 1158.3.1.
They are the grid of points where the design software measures light levels. The relevant standard sets their spacing and placement.
Move fittings to cover the gaps, and change optics so each fitting sends light further or where it’s needed. Add fittings only once those options are used up.
Yes. Raylinc’s team regularly prepares designs for engineers, often for those newer to lighting, using products from the ranges Raylinc distributes.
Zane Wylie is a sales representative at Raylinc Lighting, working with engineers in Townsville, Cairns and Brisbane. He holds a Graduate Certificate in Lighting and is a member of the Illuminating Engineering Society.
Contact the Raylinc team to start a lighting design for your next project.