Hockey Rink Lights

Our hockey rink lights use CREE/Bridgelux LED chips and Meanwell drivers to create an accurate optical lighting system.

The system delivers 170 lm/w of high flux efficiency to maximize ground illumination.

Anti-glare system design improves visibility for spectators and players who use the field. The no-spill design of these lights stops disturbances that could reach neighboring areas.

The 300W outdoor LED hockey rink lights functions as a direct replacement for 1000W MH/HPS lamps.

The system operates for 100,000 hours while providing a five-year warranty.

product details

LED outdoor hockey rink lights provides better visibility and energy efficiency together with enhanced safety for both players and spectators.
Outdoor hockey rink lighting conditions reach their best potential when these lights are used by rink operators and facility managers.

Product Description:

The lighting system using Bridgelux/CREE LED COB with a dependable Meanwell driver to provide top-notch performance and quality.

High Efficiency: delivers 170lm/w luminous efficiency through its versatile input options which include AC 90–305V and 249–528V.

Wide Beam Angles: The system provides 15°, 25°, 40°, 60°, 90°, 120° which enable users to achieve exact lighting control.

Optimal Ground Illumination: The system delivers its best ground illumination performance by directing light exactly where needed.

Advanced Thermal Management: The system uses state-of-the-art heat dissipation technology which provides 30% better performance.

Built-in Anti-Glare System: The built-in Anti-Glare System creates an enjoyable viewing experience for athletes and spectators through its glare-reducing design.

Durable material: Using pure aluminum housing and heat sink components that receive oxidation treatment and anti-fade and anti-corrosion protection.

High Efficiency: A 500W unit can directly replace 1500W–2000W MH/HPS lamps, cutting down energy usage by 70%.

Dimming Options: The system supports multiple dimming options including 0-10V, DMX, Zigbee, DALI and others.

Extended lifespan: The product features 100,000 hours of lifespan and comes with a 5-year warranty.

Projects Reference:

Products Parameters:

Model No.	Power	Size (mm)	Efficiency	Beam Angle	Color Temperature	Dimming Options
OAK-FL-100W	100W	318x214x150	170lm/w	15, 25, 40, 60, 90, 120	1700-10,000K	0-10V DALI DMX Zigbee Manual
OAK-FL-150W	150W	318x279x150
OAK-FL-200W	200W	418x279x150
OAK-FL-300W	300W	468x344x150
OAK-FL-400W	400W	468x409x150
OAK-FL-500W	500W	568x409x150
OAK-FL-600W	600W	568x474x150
OAK-FL-720W	720W	668x474x150
OAK-FL-800W	800W	668x539x150
OAK-FL-1000W	1000W	718x604x150

FAQ

1. How Hockey Rinks Are Made?

The construction of hockey rinks requires a strict and exact methodology. The base consists of sand or gravel with drainage features to handle groundwater. Refrigeration pipes run through the ice surface to distribute coolant which maintains the ice in frozen state. The concrete slab provides structural support for the ice after pipes for refrigeration are positioned inside it. The process of creating smooth ice begins by spraying water layers onto the surface which are then frozen one by one through the use of purified water for optimal quality and durability.
2. Hockey Rink Lines Explained.

Multiple markings exist on hockey rinks to establish game organization. The red line in the middle of the rink serves to divide it into two equal parts while the blue lines close to each end mark defensive and offensive zones. The face-off circles show the areas where teams gather before puck drops and the goal crease defines the space where the goaltender operates. The organized markings help both players and officials maintain fair gameplay according to established rules.
3. How Does a Hockey Rink Work?

A hockey rink achieves its frozen ice surface through exact temperature control systems. The surface between 16°F and 22°F remains ideal for strong ice thanks to coolant circulating through pipes under the concrete slab. The overhead HVAC systems both control air temperature and humidity levels to stop ice from melting or condensing. The combined approach allows the rink to stay perfectly ready for games.
4. What Are the Circles on a Hockey Rink Called?

The face-off circles represent the circular markings which appear on a hockey rink. The face-off circles function as designated areas for opponents to fight for puck possession during their respective face-offs. Each face-off circle contains a face-off dot at its central position which indicates where the puck drop takes place.
5. What Is Hockey Rink Glass Made Of?

The glass used in hockey rinks primarily consists of tempered glass together with acrylic panels. The tempered glass provides both durability and resistance against shattering to guarantee safety for athletes and clear viewing for spectators. Acrylic panels weigh less than other materials and function well in portable or small rink applications.
6. How to Build a Hockey Rink in Your Backyard?

To construct a backyard hockey rink: 1. Select a flat and even surface. 2. Set up perimeter boards or barriers. 3. Place a liner to contain water. 4. Flood the area with water in layers, allowing each layer to freeze. 5. Use purified water to create smoother ice. To enable hockey games at night you should install LED flood lights which provide the best outdoor hockey rink illumination.

7. Outdoor Hockey Rink Lights Requirements.

The construction of hockey rinks requires a strict and exact methodology. The base consists of sand or gravel with drainage features to handle groundwater. Refrigeration pipes run through the ice surface to distribute coolant which maintains the ice in frozen state. The concrete slab provides structural support for the ice after pipes for refrigeration are positioned inside it. The process of creating smooth ice begins by spraying water layers onto the surface which are then frozen one by one through the use of purified water for optimal quality and durability.
8. What Glass Is Used in Hockey Rinks?

Tempered glass serves as the standard material in hockey rinks because it delivers four times more strength than standard glass while breaking into safer fragments when it shatters. The installation of acrylic panels serves portable and temporary rinks because they weigh less than traditional glass materials.