Flood Lighting
Flood lights throw a wide, directable beam over an open area, a facade, a security perimeter, or a stadium field, from a wall, pole, or ground mount rather than a fixed grid overhead. NLS sources LED flood lights built to IEC 60598 with IP66 housings and glare-control options, for security, facade, and outdoor facility lighting on projects across Saudi Arabia.
Flood lighting differs from a street or high mast layout in that it aims a wide, adjustable beam at a defined target area, a building facade, a security perimeter fence line, a sports field, or a construction laydown yard, from a smaller number of mounting points rather than a spaced pole grid. The fixture's beam angle (narrow, medium, or wide) and its aiming bracket matter as much as its wattage, since a flood light aimed poorly wastes output as sky glow or light trespass onto a neighboring property rather than putting lumens where they're needed.
LED flood lights, built to IEC 60598, have replaced metal halide flood fixtures across most new installations for the same reasons they've displaced metal halide elsewhere: instant-on operation, lower running cost at a comparable output, and a longer service life before the fixture needs replacing rather than just re-lamping. Glare control matters more on flood lighting than most other outdoor categories, since a flood light often sits at eye level or points toward a road, walkway, or occupied space, and an anti-glare louvre or asymmetric beam design keeps the fixture from becoming a hazard to drivers or pedestrians in its field of view.
Saudi applications span security perimeter lighting on industrial and logistics sites, facade lighting on commercial and hospitality buildings, sports facility and stadium lighting, and general area lighting on construction sites and laydown yards where a project needs illumination fast without a full pole and foundation installation. IP66-rated housings are standard given dust exposure, and higher-wattage units generally need a heat sink design checked against Saudi ambient rather than a temperate-climate datasheet rating.
A project team typically sends the target area dimensions, mounting height and distance from the target, and required lux level, and NLS returns a beam angle and wattage recommendation with a USD quote. Standard wattage tiers in common beam angles generally source faster than a fixture built to a specific photometric study.
Specifications
- ✓Beam angles: narrow, medium, and wide, with adjustable aiming bracket for target-specific mounting
- ✓Luminaire safety to IEC 60598, IP66-rated housing standard for outdoor exposure
- ✓Anti-glare louvre or asymmetric beam options for fixtures near roads, walkways, or occupied spaces
- ✓Typical use: security perimeters, facade lighting, sports facilities, construction site and laydown yard lighting
- ✓LED source for instant-on operation and lower running cost versus metal halide flood fixtures
- ✓Heat sink design checked against Saudi ambient temperature for higher-wattage units
Frequently Asked Questions
What beam angle do I need for a flood light?+
Beam angle depends on mounting height and distance to the target area: a narrow beam suits a tall pole aimed at a distant target, while a wide beam suits a shorter mount lighting a nearby wall or yard. NLS recommends an angle once mounting height and target distance are known.
Who supplies LED flood lights for security and facade lighting in Saudi Arabia?+
NLS sources and supplies LED flood lights built to IEC 60598 with IP66 housings and glare-control options, for security perimeter, facade, and outdoor facility lighting on projects across Saudi Arabia.
How do I stop a flood light from causing glare toward a road or walkway?+
An anti-glare louvre attachment or an asymmetric beam optic redirects light onto the target area while cutting the direct glare a driver or pedestrian would otherwise see, and the aiming angle itself needs checking so the beam doesn't point directly into a sightline.