315W-720W Sports Flood Light INS Series

The INS Series delivers 315W–720W output ranging from 53,550 to 122,400 lumens at 170 lm/W — purpose-built for high school, collegiate, and professional stadiums. IES RP-6-23 (Sports and Recreational Area Lighting) specifies horizontal illuminance levels from 30 fc (Class IV recreational) to 200+ fc (Class I broadcast). The 15° narrow beam option enables long-throw aiming from 60–100 ft pole heights typical in major venues, while 30° provides optimal coverage for standard 40–60 ft poles. 5000K–5700K CCT meets NCAA and broadcast camera requirements for color temperature consistency. DLC Premium certified for maximum utility rebates. UL Listed per UL 1598. Request a free LightSpec AI photometric layout for your venue.

Tennis and pickleball require exceptional vertical illuminance for tracking fast-moving objects. IES RP-6-23 specifies 30–75 fc for recreational tennis and 75–125 fc for tournament play. The INS 315W–380W models at 53,550–64,600 lumens are ideal for individual court lighting from 30–40 ft poles with 60° beam coverage, while 460W models serve multi-court complexes. USTA Facility Standards require illuminance uniformity of 2.0:1 or better with vertical-to-horizontal ratios ≥0.5 — critical for ball visibility against the night sky. 4000K–5000K is recommended: warm enough to reduce neighborhood glare complaints yet cool enough for competitive play visibility. IP66 ensures reliable operation through rain delays. DLC Premium listed for utility rebate eligibility.

Multi-sport fields demand uniform illumination across large areas: a regulation soccer field is 100–130 yd × 50–100 yd. IES RP-6-23 specifies 20–30 fc for recreational play (Class IV) up to 100 fc for semi-professional (Class II). FIFA Quality Programme for Football Lighting requires 200 lux (≈20 fc) minimum for amateur matches and 500–1,400 lux for broadcast. The INS 460W–720W models deliver 78,200–122,400 lumens with asymmetric beam options to target the playing surface while minimizing spill into adjacent residential areas. High-mast configurations at 60–80 ft achieve the required uniformity ratios with fewer poles — reducing installation cost and maintaining sightline clearance. 10kV standard surge protection handles the electrical stress of high-mast power distribution. DALI 2 / 0-10V dimming enables zone-based control for training vs. match-day illuminance levels.

Baseball and softball demand asymmetric illumination: infield requires 50–100 fc (Class II–III per IES RP-6-23) while outfield needs 30–70 fc with critical emphasis on vertical illuminance for tracking fly balls against the night sky. Vertical-to-horizontal ratio ≥0.75 is essential — batters and fielders must see the ball from release to catch. The INS 460W–720W models with 15° and 30° beam angles enable precise aiming from 60–90 ft pole heights along the foul lines and behind the outfield fence. 5000K CCT provides optimal contrast for white balls against dark backgrounds. At 170 lm/W, a typical 4-pole Little League diamond needs just 8–12 fixtures, while a collegiate 6-pole layout uses 16–24 fixtures. DLC Premium certified for maximum utility rebates. 10kV surge protection handles the electrical loads of stadium-grade power distribution.

Track and field venues require uniform illumination across a 400m oval plus interior field events (long jump, javelin, shot put, high jump). IES RP-6-23 specifies 20–30 fc for recreational training (Class IV) and 50–100 fc for competition (Class II–III). World Athletics recommends 500 lux (≈50 fc) minimum for regional competitions and 1,400 lux for broadcast events. The INS 315W–580W models at 52,500–92,300 lumens are ideal for the typical 6–8 pole perimeter layout at 50–70 ft heights. The 60° beam provides excellent coverage for the wide oval shape, while 30° handles the longer throws from corner poles. 4000K CCT balances visibility with neighborhood compatibility for municipal facilities. 0-10V and DALI 2 dimming enable training-mode (50%) vs. competition-mode (100%) switching — extending lamp life and reducing energy cost during practice sessions.

OSHA 29 CFR 1926.56 mandates minimum illumination levels for construction: 3 fc for general site areas, 5 fc for general construction, and 10 fc for first aid stations. However, productive and safe operations typically require 10–50 fc. The INS Series IP66 housing provides complete dust-tight and water-jet protection critical for active construction environments with airborne particulate, concrete dust, and daily washdown. 10kV surge protection guards against generator-fed power quality issues common on temporary construction power. The 120° wide beam option at 315W–460W covers large staging areas from 25–40 ft temporary pole heights, while 30° narrow beam reaches distant work zones. All models operate from -40°F to 140°F for year-round reliability across climate zones. DLC Premium certification qualifies for utility incentive programs — relevant for permanent industrial yard installations.

Airport apron and ramp lighting requires high-power, controlled-beam luminaires that deliver uniform coverage from limited mounting positions — pole placement is restricted by aircraft movement zones (FAA AC 150/5370-2G). INS 580W–720W models producing 98,600–122,400 lumens provide the intensity needed for apron areas where FAA recommends 20–30 fc average with 3:1 uniformity. IATA Airport Handling Manual (AHM 913) specifies 20 lux minimum for aircraft parking positions and 50 lux for cargo handling. The 15° beam achieves long-throw distance from high masts at apron perimeters (80–100+ ft), keeping fixtures clear of obstacle limitation surfaces (OLS). Corrosion-resistant die-cast aluminum housing withstands jet exhaust, de-icing chemicals, and coastal salt environments. IP66 prevents ingress from jet wash spray and fuel vapors.