1700-10000K
100W~2000W
AC 100~305V or 277~480V
15°, 25°, 40°, 60°, 90°, 120°
A modern football stadium field must not only have complete sports facilities, but also a good lighting system. Football stadium lighting is a light system that meets the requirements of TV broadcast lighting for athletes, referees, spectators, and matches. The main photophysical elements of led sports stadium lighting are light color, color rendering performance, glare effect and stroboscopic effect. The main technology of stadium lighting design and lighting mode is horizontal illuminance value, vertical illuminance value and illuminance uniformity.
The illuminance of the stadium can be divided into: outdoor stadium and indoor football field. Usually outdoor (internal) football stadium illumination standards are as follows: training and entertainment activities illuminance 200lx (300lx), amateur games 300lx (500lx), professional games 500lx (750lx), general TV broadcast 1000lx (1000lx), large-scale international competition HDTV broadcast 1400lx ( >1400lx), TV emergency 1000lx (750lx).
LED Chips: Original CREE or Bridgelux COB LED chip from USA.
Power Supply: Meanwell / Inventronics selectable.
Luminous efficiency: real 170-180lm/w.
Input voltage: AC 100-305V or 277-480V.
Beam Angle: 15, 25, 40, 60, 90, 120 degree.
Flicker rate: <0.2% for stadium HDTV.
Housinng: Oxydic aluminum of 6063 series.
Dimming system: DMX, DALI, PWM selectable.
Lifetime: 100,000 hours.
Warranty: 5 years.
Precise optical lighting system design, anti-glare system inside stadium of lights for players and spectators.
Optical TIR PC Lens and COB LED chips 100% match, minimize light loss from high mast stadium poles.
Maximum ground lighting efficiency, 2-5 times brighter than conventional led sports stadium lighting fixtures.
High tech thermal management system, groove fins design with 30% higher heat dissipation efficiency.
Optional beam angle 15/25/40/60/90/120 degree, multi-angle lighting simulation, highest uniformity for stadium lighting.
Suitable for -40°C~60°C environment working temperature.
DMX, DALI, PWM dimming available, control panel/PC/Phone controlling optional.
500W OAK outdoor led stadium flood lights can replace 1500w~2000w metal halide or HPS lamps directly.
Up to 75% energy saving comparing with conventional stadium of lights.
OAK have been providing customized led sports stadium lighting after precise DIAlux lighting simulation by using 100w-1000w watts stadium lights. Different beam angle, color temp, lighting direction, quantity and lighting level in solutions.
MN | Power | Size | Efficiency | Beam Angle | Color | Dimming |
OAK-FL-100W | 100 | 318x255x70 | 170lm/w | 15, 25, 40, | 2700-6500K | PWM |
OAK-FL-150W | 150 | 318x320x70 | ||||
OAK-FL-200W | 200 | 418x320x70 | ||||
OAK-FL-300W | 300 | 468x436x70 | ||||
OAK-FL-400W | 400 | 568x436x70 | ||||
OAK-FL-500W | 500 | 568x501x70 | ||||
OAK-FL-600W | 600 | 568x566x70 | ||||
OAK-FL-720W | 720 | 668x566x70 | ||||
OAK-FL-800W | 800 | 668x631x70 | ||||
OAK-FL-1000W | 1000 | 718x696x70 |
MN
1. LED light color in stadium lighting:
In the color performance indicators of LED products, the color rendering index Ra, color temperature Tcp, color tolerance and color shift of the light source can be specified, but in actual applications, it will be affected by various factors. As time goes by, the on-site color rendering index Ra will increase, and the color temperature Tcp will decrease, which is very different from the initial value.
2. The glare problem of stadium lighting:
The glare in the football stadium will not only affect the game, but also affect the mood of the athletes. If the light from the lamp directly hits the camera lens, it will also produce camera glare, which will affect the shooting. Solving the glare caused by football stadium lighting In addition to the anti-glare in the design of lamps, the installation height and projection angle of the lamps are also important factors to control the glare.
In terms of glare treatment, OAK LED sports stadium lighting fixtures are equipped with an anti-glare system, customized lighting schemes for different parameters of the football field, anti-glare, high uniformity, no glare, comfort, and no light pollution.
The installation method of football stadium lighting usually includes four-corner layout, two-sided layout and light strip layout, using 4 light poles, 6 light poles, 8 light poles, or directly installed on the 2 side roof of the football stadium.
3. The stroboscopic effect of football stadium lighting:
There are two indicators for stroboscopic effect: stroboscopic ratio and stroboscopic index. In practical applications, stroboscopic is particularly important for football stadium lighting. When a live TV broadcast requires slow motion or super slow motion, the live screen is prone to jitter. Stadium matches have put forward new requirements for sports TV rebroadcasting strobe. Some football stadiums set the strobe ratio below 3%.
In order to solve the stroboscopic problem, the stroboscopic effect of OAK stadium of lights are less than 0.2%, which will not cause eye fatigue. Especially in the real-time broadcast of stadium matches, it is necessary to ensure that the broadcast picture is clear and the colors are vivid. The special actions of the athletes, the auditorium and surrounding scenes, and close-up shots of emergencies can all be well reported.
A modern football stadium field must not only have complete sports facilities, but also a good lighting system. Football stadium lighting is a light system that meets the requirements of TV broadcast lighting for athletes, referees, spectators, and matches. The main photophysical elements of led sports stadium lighting are light color, color rendering performance, glare effect and stroboscopic effect. The main technology of stadium lighting design and lighting mode is horizontal illuminance value, vertical illuminance value and illuminance uniformity.
The illuminance of the stadium can be divided into: outdoor stadium and indoor football field. Usually outdoor (internal) football stadium illumination standards are as follows: training and entertainment activities illuminance 200lx (300lx), amateur games 300lx (500lx), professional games 500lx (750lx), general TV broadcast 1000lx (1000lx), large-scale international competition HDTV broadcast 1400lx ( >1400lx), TV emergency 1000lx (750lx).
LED Chips: Original CREE or Bridgelux COB LED chip from USA.
Power Supply: Meanwell / Inventronics selectable.
Luminous efficiency: real 170-180lm/w.
Input voltage: AC 100-305V or 277-480V.
Beam Angle: 15, 25, 40, 60, 90, 120 degree.
Flicker rate: <0.2% for stadium HDTV.
Housinng: Oxydic aluminum of 6063 series.
Dimming system: DMX, DALI, PWM selectable.
Lifetime: 100,000 hours.
Warranty: 5 years.
Precise optical lighting system design, anti-glare system inside stadium of lights for players and spectators.
Optical TIR PC Lens and COB LED chips 100% match, minimize light loss from high mast stadium poles.
Maximum ground lighting efficiency, 2-5 times brighter than conventional led sports stadium lighting fixtures.
High tech thermal management system, groove fins design with 30% higher heat dissipation efficiency.
Optional beam angle 15/25/40/60/90/120 degree, multi-angle lighting simulation, highest uniformity for stadium lighting.
Suitable for -40°C~60°C environment working temperature.
DMX, DALI, PWM dimming available, control panel/PC/Phone controlling optional.
500W OAK outdoor led stadium flood lights can replace 1500w~2000w metal halide or HPS lamps directly.
Up to 75% energy saving comparing with conventional stadium of lights.
OAK have been providing customized led sports stadium lighting after precise DIAlux lighting simulation by using 100w-1000w watts stadium lights. Different beam angle, color temp, lighting direction, quantity and lighting level in solutions.
MN | Power | Size | Efficiency | Beam Angle | Color | Dimming |
OAK-FL-100W | 100 | 318x255x70 | 170lm/w | 15, 25, 40, | 2700-6500K | PWM |
OAK-FL-150W | 150 | 318x320x70 | ||||
OAK-FL-200W | 200 | 418x320x70 | ||||
OAK-FL-300W | 300 | 468x436x70 | ||||
OAK-FL-400W | 400 | 568x436x70 | ||||
OAK-FL-500W | 500 | 568x501x70 | ||||
OAK-FL-600W | 600 | 568x566x70 | ||||
OAK-FL-720W | 720 | 668x566x70 | ||||
OAK-FL-800W | 800 | 668x631x70 | ||||
OAK-FL-1000W | 1000 | 718x696x70 |
MN
1. LED light color in stadium lighting:
In the color performance indicators of LED products, the color rendering index Ra, color temperature Tcp, color tolerance and color shift of the light source can be specified, but in actual applications, it will be affected by various factors. As time goes by, the on-site color rendering index Ra will increase, and the color temperature Tcp will decrease, which is very different from the initial value.
2. The glare problem of stadium lighting:
The glare in the football stadium will not only affect the game, but also affect the mood of the athletes. If the light from the lamp directly hits the camera lens, it will also produce camera glare, which will affect the shooting. Solving the glare caused by football stadium lighting In addition to the anti-glare in the design of lamps, the installation height and projection angle of the lamps are also important factors to control the glare.
In terms of glare treatment, OAK LED sports stadium lighting fixtures are equipped with an anti-glare system, customized lighting schemes for different parameters of the football field, anti-glare, high uniformity, no glare, comfort, and no light pollution.
The installation method of football stadium lighting usually includes four-corner layout, two-sided layout and light strip layout, using 4 light poles, 6 light poles, 8 light poles, or directly installed on the 2 side roof of the football stadium.
3. The stroboscopic effect of football stadium lighting:
There are two indicators for stroboscopic effect: stroboscopic ratio and stroboscopic index. In practical applications, stroboscopic is particularly important for football stadium lighting. When a live TV broadcast requires slow motion or super slow motion, the live screen is prone to jitter. Stadium matches have put forward new requirements for sports TV rebroadcasting strobe. Some football stadiums set the strobe ratio below 3%.
In order to solve the stroboscopic problem, the stroboscopic effect of OAK stadium of lights are less than 0.2%, which will not cause eye fatigue. Especially in the real-time broadcast of stadium matches, it is necessary to ensure that the broadcast picture is clear and the colors are vivid. The special actions of the athletes, the auditorium and surrounding scenes, and close-up shots of emergencies can all be well reported.
