What Light Pattern are Shoebox LED Lights

“What Light Pattern are Shoebox LED Lights?” that discusses the different types of light distribution patterns commonly used in shoebox LED lights, as well as factors to consider when selecting the appropriate light pattern for a specific application.


Shoebox LED lights are a type of outdoor lighting fixture. That is commonly used for illuminating large areas such as parking lots. streets, and building facades. These lights are designed to be efficient, long-lasting. And provide excellent visibility in outdoor spaces. One important aspect of shoebox LED lights is the light distribution pattern, which determines how the light is spread out and distributed over the area being illuminated. In this article, we will explore the different types of light distribution patterns commonly used in shoebox LED lights and factors to consider when selecting the appropriate light pattern for a specific application.

 

Types of Light Distribution Patterns

There are several different types of light distribution patterns used in shoebox LED lights, each with its own unique characteristics and applications. The most common types of light distribution patterns used in shoebox LED lights are Type I, Type II, Type III, Type IV, and Type V.

Type I Light Distribution Pattern

Type I light distribution patterns are typically used for illuminating walkways, pathways, and other narrow spaces. These patterns provide a long and narrow distribution of light, making them ideal for lighting up sidewalks or narrow streets. The distribution is elongated horizontally, which allows for better illumination along the length of the path, while still providing some illumination in the perpendicular direction.

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Type II Light Distribution Pattern

Type II light distribution patterns are similar to Type I patterns but provide a wider distribution of light. These patterns are ideal for illuminating wider walkways or smaller parking lots, as they provide more horizontal spread while still maintaining some vertical illumination.

Type III Light Distribution Pattern

Type III light distribution patterns are typically used for roadway lighting or larger parking lots. These patterns provide a wider distribution of light in the forward direction and a shorter distribution in the perpendicular direction. Type III patterns are ideal for large outdoor spaces that require more uniform lighting, such as highways or large parking lots.

 

Type IV Light Distribution Pattern

Type IV light distribution patterns are designed for illuminating small to medium-sized areas such as building facades or smaller parking lots. These patterns provide a more circular distribution of light that is focused in a specific direction. Type IV patterns are ideal for lighting up specific areas where uniform illumination is not required.

Type V Light Distribution Pattern

Type V light distribution patterns are typically used for area lighting, such as parking lots or parks. These patterns provide an almost circular distribution of light, which makes them suitable for illuminating large areas. Type V patterns are ideal for outdoor spaces that require wide and uniform illumination, such as large parking lots or public parks.

When Selecting the Appropriate Light Pattern

When selecting the appropriate light distribution pattern for a shoebox LED light, there are several factors that should be taken into consideration:

  • 1. The Specific Application: The specific application of the lighting system is an important consideration when selecting the appropriate light pattern. Different applications require different light distribution patterns, and choosing the wrong pattern can result in poor illumination or energy waste.
  • 2. The Height of the Light Fixture: The height of the light fixture is an important factor in selecting the appropriate light distribution pattern. Higher fixtures require wider light patterns to cover a larger area, while lower fixtures require more focused patterns to provide uniform illumination.
  • 3. The Distance Between Fixtures: The distance between fixtures is also an important consideration when selecting the appropriate light distribution pattern. If fixtures are placed too close together, a more focused light distribution pattern may be required to prevent overlapping illumination. If fixtures are placed too far apart, a wider light distribution pattern may be required to ensure that the entire area is illuminated properly. This is especially important in outdoor spaces where visibility and safety are crucial, such as parking lots or streets. Choosing a light distribution pattern that is too narrow for the spacing between fixtures can result in dark areas that are difficult to navigate or may create safety hazards.
  • 4. The Desired Level of Illumination: The desired level of illumination is another important factor when selecting the appropriate light distribution pattern. Different applications require different levels of illumination, and the chosen pattern should be able to provide the necessary light levels for the specific application. For example, parking lots may require higher levels of illumination to ensure that drivers and pedestrians can see clearly, while building facades may require lower levels of illumination to create a more subtle ambiance.
  • 5. Energy Efficiency: Energy efficiency is always an important consideration when selecting any lighting system. Choosing a light distribution pattern that is too wide or too narrow can result in energy waste and increased operating costs. The chosen pattern should be able to provide the necessary level of illumination while minimizing energy consumption and operating costs.

Conclusion
In conclusion, the light distribution pattern is an important aspect of shoebox LED lights, which determines how the light is spread out and distributed over the area being illuminated. The most common types of light distribution patterns used in shoebox LED lights are Type I, Type II, Type III, Type IV, and Type V. When selecting the appropriate light distribution pattern, factors such as the specific application, the height of the light fixture, the distance between fixtures, the desired level of illumination, and energy efficiency should be taken into consideration. Choosing the right light distribution pattern can ensure that the entire area is illuminated properly, resulting in improved visibility, safety, and energy efficiency.

Recommended reading: 200W LED Shoebox Lights, Retrofit Kit for HID Fixtures

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