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Race track lighting refers to the lighting systems installed in race tracks to ensure proper illumination for the participants, spectators, and officials during races or other sporting events. These lighting systems are designed to provide consistent and high-quality lighting, enabling optimal visibility and safety for all involved.
With the increasing heat on international racing and demand for retransmission, drivers and spectators are demanding more and more comfort on led race track lighting during night races in different competitions.
The latest technologies commonly uses LED race track lights to replace high-pressure sodium, metal halide and halogen lamps, and the requirements for styling design and material use are also gradually gaining attention. Design and material requirements are also gradually gaining attention, such as the shape of lights and lighting effects, and even to meet the lighting requirements of international events live on television.
CREE COB chips from USA original, Meanwell / Inventronics Power Supply.
High lumen output, real 170~180lm/w, 100~305Vac or 277-480Vac input, 10V surge protection.
Anti-glare system, special optical design for outdoor racing track.
Color temperature range from 1000K to 10000K selectable, CRI >80.
500w OAK LED directly replace 1500~2000w MH/HPS one by one.
DALI, DMX, PWM dimming system, and PC, APP, Ipad control available.
Lifetime over 100,000 hours, 5~10 years warranty.
IP67 Waterprood for outdoor using.
1. Safety. Racers can see the exact location and distance of obstacles or pedestrians, they can give you abnormal conditions, such as the extent and location of road damage.
2. Inducibility. Racers can clearly see the width, line and structure of the road, and can clearly see the distance and condition of road intersections, turnouts and turns.
3. Comfort. Can recognize the type of other vehicles (know the width of the body) and driving speed, and can recognize road signs and other surrounding facilities.
4. Economical. Easy to maintain and manage. In the premise of meeting the standard, minimize the number of lamps, economic and energy-saving.
MN | Power | Size | Efficiency | Beam Angle | Color | Dimming |
OAK-FL-100W-Smart | 100 | 318x255x70 | 170lm/w | 15, 25, 40, | 2700-6500K | PWM |
OAK-FL-150W-Smart | 150 | 318x320x70 | ||||
OAK-FL-200W-Smart | 200 | 418x320x70 | ||||
OAK-FL-300W-Smart | 300 | 468x436x70 | ||||
OAK-FL-400W-Smart | 400 | 568x436x70 | ||||
OAK-FL-500W-Smart | 500 | 568x501x70 | ||||
OAK-FL-600W-Smart | 600 | 568x566x70 | ||||
OAK-FL-720W-Smart | 720 | 668x566x70 | ||||
OAK-FL-800W-Smart | 800 | 668x631x70 | ||||
OAK-FL-1000W-Smart | 1000 | 718x696x70 |
1. Lighting level requirements:
Determine the race track level is the first step, according to the lighting design standards, determine the required average brightness, brightness uniformity, glare control level, etc. When appropriate, illuminance measurement indicators can be used to determine the required illuminance.
2. Race track lights arrangement and installation height:
According to the shape of the track, one or more lights are installed on the light pole and arranged along one, both sides or the middle band of the track. The height of the light pole is 15m~20m. Each light can effectively illuminate the track, more economical, and has a good induction effect.
3.Choose race track lights:
The light source of track lights mainly uses high-power LED lamps. High-pressure sodium lamps, high-pressure mercury lamps and metal halide lamps consume too much electricity. The characteristics of the track has a great impact on the choice of lamps and lanterns, the requirements for light color, color rendering and luminous efficiency are higher.
4. Style and design of poles:
The choice of race track lights should not only consider the lighting design, but also pay attention to the coordination with the poles, especially the overall shape of the lamps and poles should meet the requirements of the track landscape.
5. Poles distance:
Initially choose one or several types of light pole arrangement, OAK LED through DIALUX and other lighting design software, calculate the spacing of the light pole under the combination of similar luminaires and light sources selected. By adjusting the height of the luminaire, the position of the luminaire position relative to the road surface, elevation angle, etc. to adjust the lighting index.
Race track lighting refers to the lighting systems installed in race tracks to ensure proper illumination for the participants, spectators, and officials during races or other sporting events. These lighting systems are designed to provide consistent and high-quality lighting, enabling optimal visibility and safety for all involved.
With the increasing heat on international racing and demand for retransmission, drivers and spectators are demanding more and more comfort on led race track lighting during night races in different competitions.
The latest technologies commonly uses LED race track lights to replace high-pressure sodium, metal halide and halogen lamps, and the requirements for styling design and material use are also gradually gaining attention. Design and material requirements are also gradually gaining attention, such as the shape of lights and lighting effects, and even to meet the lighting requirements of international events live on television.
CREE COB chips from USA original, Meanwell / Inventronics Power Supply.
High lumen output, real 170~180lm/w, 100~305Vac or 277-480Vac input, 10V surge protection.
Anti-glare system, special optical design for outdoor racing track.
Color temperature range from 1000K to 10000K selectable, CRI >80.
500w OAK LED directly replace 1500~2000w MH/HPS one by one.
DALI, DMX, PWM dimming system, and PC, APP, Ipad control available.
Lifetime over 100,000 hours, 5~10 years warranty.
IP67 Waterprood for outdoor using.
1. Safety. Racers can see the exact location and distance of obstacles or pedestrians, they can give you abnormal conditions, such as the extent and location of road damage.
2. Inducibility. Racers can clearly see the width, line and structure of the road, and can clearly see the distance and condition of road intersections, turnouts and turns.
3. Comfort. Can recognize the type of other vehicles (know the width of the body) and driving speed, and can recognize road signs and other surrounding facilities.
4. Economical. Easy to maintain and manage. In the premise of meeting the standard, minimize the number of lamps, economic and energy-saving.
MN | Power | Size | Efficiency | Beam Angle | Color | Dimming |
OAK-FL-100W-Smart | 100 | 318x255x70 | 170lm/w | 15, 25, 40, | 2700-6500K | PWM |
OAK-FL-150W-Smart | 150 | 318x320x70 | ||||
OAK-FL-200W-Smart | 200 | 418x320x70 | ||||
OAK-FL-300W-Smart | 300 | 468x436x70 | ||||
OAK-FL-400W-Smart | 400 | 568x436x70 | ||||
OAK-FL-500W-Smart | 500 | 568x501x70 | ||||
OAK-FL-600W-Smart | 600 | 568x566x70 | ||||
OAK-FL-720W-Smart | 720 | 668x566x70 | ||||
OAK-FL-800W-Smart | 800 | 668x631x70 | ||||
OAK-FL-1000W-Smart | 1000 | 718x696x70 |
1. Lighting level requirements:
Determine the race track level is the first step, according to the lighting design standards, determine the required average brightness, brightness uniformity, glare control level, etc. When appropriate, illuminance measurement indicators can be used to determine the required illuminance.
2. Race track lights arrangement and installation height:
According to the shape of the track, one or more lights are installed on the light pole and arranged along one, both sides or the middle band of the track. The height of the light pole is 15m~20m. Each light can effectively illuminate the track, more economical, and has a good induction effect.
3.Choose race track lights:
The light source of track lights mainly uses high-power LED lamps. High-pressure sodium lamps, high-pressure mercury lamps and metal halide lamps consume too much electricity. The characteristics of the track has a great impact on the choice of lamps and lanterns, the requirements for light color, color rendering and luminous efficiency are higher.
4. Style and design of poles:
The choice of race track lights should not only consider the lighting design, but also pay attention to the coordination with the poles, especially the overall shape of the lamps and poles should meet the requirements of the track landscape.
5. Poles distance:
Initially choose one or several types of light pole arrangement, OAK LED through DIALUX and other lighting design software, calculate the spacing of the light pole under the combination of similar luminaires and light sources selected. By adjusting the height of the luminaire, the position of the luminaire position relative to the road surface, elevation angle, etc. to adjust the lighting index.