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Horse arena is the area for indoor or outdoor horse racing and sports events, which need different requests on construction and lighting system for players, spectators and broadcast.
LED horse arena lights is crucial to ensure a outstanding lighting system, when you upgrade an existing arena or build a new horese arena.
In order to achieve highest lighting results and lighting uniformity, selecting the best led horse arena lights fixture and mounting location are very improtant.
There have some most important factors to judge lighting performances in horse arena, include lux lighting level, energy efficiency, safety, anti-glare and spill light, economic efficiency, working life and maintenance costs,etc..
● Original CREE COB LED Chips from USA, Meanwell or Inventronics power supply optional.
● High lumen output, real 170lm/w, 100~305Vac or 277~480Vac input optional.
● PC TIR optical lens, optional beam angle 15°, 25°, 45°, 60°,90° for various height poles.
● Maximum ground lighting efficiency, 5~10 times brighter than conventional lighting fixutres.
● High tech thermal management system, groove fins design, 30% higher heat dissipation efficiency.
● IP67 Waterproof protection, 5~10 years warranty.
Indoor horse arena lighting should focus on safety and appropriateness, enough brightness and less glare.
Due to the size and use of the arena, need LED horse arena lights with high flux efficiency, ensuring lighting performance.
Choosing different angles according to roof heights, 90 degree for about 10m roof/poles, 60 degree or lower for the roof higher than 15m.
IP rating: IP65 – waterproof, IP66 – waterproof and resistant to powerful jets, IP67 – completely sealed and immersible in water.
Dimming system, we provide 0-10v DMX, DALI dimming, adapt to different brightness for different horse competition.
Outdoor horse arena lighting need at least 15–20 FC level, 40FC for jump training, minimum 50FC for dressage, 70FC for highly competitive lighting.
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 |
Horse arena lighting technology has evolved significantly over the years, with the goal of providing optimal visibility and safety for both riders and horses. There are several key aspects to consider when it comes to horse arena lighting technology:
Lighting fixtures: Traditional lighting fixtures such as metal halide or fluorescent lights have been widely used in the past. However, with advancements in technology, LED (Light Emitting Diode) fixtures have become the preferred choice. LED lights offer several advantages, including energy efficiency, longer lifespan, instant on/off functionality, and the ability to control light levels and color temperature.
Light levels and uniformity: Adequate light levels are crucial in horse arenas to ensure clear visibility for riders and horses. Lighting requirements may vary depending on the size and purpose of the arena. Generally, light levels between 30-50 foot-candles (fc) are recommended for training arenas, while competition arenas may require higher levels, ranging from 50-100 fc. It's also important to ensure uniform lighting throughout the arena to minimize shadows and reduce the risk of accidents.
Color temperature: The color temperature of the lighting can impact the overall visibility and mood in the arena. Daylight white or cool white (around 5000-6500 Kelvin) is commonly used in horse arenas as it provides good visibility and enhances contrast. However, some arenas may opt for warmer color temperatures to create a more relaxed ambiance during non-competition events.
Flicker-free lighting: Flickering lights can cause discomfort to both humans and horses, leading to distraction or even potential health issues. High-quality LED fixtures are designed to provide flicker-free lighting, ensuring a stable and consistent light output.
Energy efficiency and cost-effectiveness: LED lighting technology offers significant energy savings compared to traditional lighting options. LEDs are more efficient, consume less electricity, and have a longer lifespan, reducing maintenance and replacement costs over time.
Lighting control systems: Advanced lighting control systems allow arena managers to adjust light levels, create lighting scenes, and schedule lighting events. This flexibility enables customized lighting for different activities, such as training, competitions, or leisure events. Some control systems also offer the option to integrate natural daylight sensors, ensuring optimal lighting levels during daytime.
Lighting design and placement: Proper lighting design and fixture placement are essential to achieve uniform light distribution in the arena. A lighting professional can help determine the optimal layout, considering factors such as the arena size, height, and any obstacles that may affect the light distribution.
Horse arena is the area for indoor or outdoor horse racing and sports events, which need different requests on construction and lighting system for players, spectators and broadcast.
LED horse arena lights is crucial to ensure a outstanding lighting system, when you upgrade an existing arena or build a new horese arena.
In order to achieve highest lighting results and lighting uniformity, selecting the best led horse arena lights fixture and mounting location are very improtant.
There have some most important factors to judge lighting performances in horse arena, include lux lighting level, energy efficiency, safety, anti-glare and spill light, economic efficiency, working life and maintenance costs,etc..
● Original CREE COB LED Chips from USA, Meanwell or Inventronics power supply optional.
● High lumen output, real 170lm/w, 100~305Vac or 277~480Vac input optional.
● PC TIR optical lens, optional beam angle 15°, 25°, 45°, 60°,90° for various height poles.
● Maximum ground lighting efficiency, 5~10 times brighter than conventional lighting fixutres.
● High tech thermal management system, groove fins design, 30% higher heat dissipation efficiency.
● IP67 Waterproof protection, 5~10 years warranty.
Indoor horse arena lighting should focus on safety and appropriateness, enough brightness and less glare.
Due to the size and use of the arena, need LED horse arena lights with high flux efficiency, ensuring lighting performance.
Choosing different angles according to roof heights, 90 degree for about 10m roof/poles, 60 degree or lower for the roof higher than 15m.
IP rating: IP65 – waterproof, IP66 – waterproof and resistant to powerful jets, IP67 – completely sealed and immersible in water.
Dimming system, we provide 0-10v DMX, DALI dimming, adapt to different brightness for different horse competition.
Outdoor horse arena lighting need at least 15–20 FC level, 40FC for jump training, minimum 50FC for dressage, 70FC for highly competitive lighting.
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 |
Horse arena lighting technology has evolved significantly over the years, with the goal of providing optimal visibility and safety for both riders and horses. There are several key aspects to consider when it comes to horse arena lighting technology:
Lighting fixtures: Traditional lighting fixtures such as metal halide or fluorescent lights have been widely used in the past. However, with advancements in technology, LED (Light Emitting Diode) fixtures have become the preferred choice. LED lights offer several advantages, including energy efficiency, longer lifespan, instant on/off functionality, and the ability to control light levels and color temperature.
Light levels and uniformity: Adequate light levels are crucial in horse arenas to ensure clear visibility for riders and horses. Lighting requirements may vary depending on the size and purpose of the arena. Generally, light levels between 30-50 foot-candles (fc) are recommended for training arenas, while competition arenas may require higher levels, ranging from 50-100 fc. It's also important to ensure uniform lighting throughout the arena to minimize shadows and reduce the risk of accidents.
Color temperature: The color temperature of the lighting can impact the overall visibility and mood in the arena. Daylight white or cool white (around 5000-6500 Kelvin) is commonly used in horse arenas as it provides good visibility and enhances contrast. However, some arenas may opt for warmer color temperatures to create a more relaxed ambiance during non-competition events.
Flicker-free lighting: Flickering lights can cause discomfort to both humans and horses, leading to distraction or even potential health issues. High-quality LED fixtures are designed to provide flicker-free lighting, ensuring a stable and consistent light output.
Energy efficiency and cost-effectiveness: LED lighting technology offers significant energy savings compared to traditional lighting options. LEDs are more efficient, consume less electricity, and have a longer lifespan, reducing maintenance and replacement costs over time.
Lighting control systems: Advanced lighting control systems allow arena managers to adjust light levels, create lighting scenes, and schedule lighting events. This flexibility enables customized lighting for different activities, such as training, competitions, or leisure events. Some control systems also offer the option to integrate natural daylight sensors, ensuring optimal lighting levels during daytime.
Lighting design and placement: Proper lighting design and fixture placement are essential to achieve uniform light distribution in the arena. A lighting professional can help determine the optimal layout, considering factors such as the arena size, height, and any obstacles that may affect the light distribution.
