LSS1-01C22-4080-00

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Introduction to LED Lighting - COBs, Engines, and Modules

Light-emitting diodes (LEDs) are the new standard for lighting fixtures. LED lights can be substituted for traditional halogen, fluorescent and incandescent bulbs for many consumer and commercial applications. LED lighting is more efficient and longer-lasting than these traditional methods of lighting, making them a cost-effective, sustainable choice.

Before LED lights can be used to illuminate a space, they must be assembled and mounted in a module or fixture. These fixtures can be designed and assembled in a variety of different ways, depending on the needs of the application. Common types of LED lighting features include COBs, Engines, and Modules. In this article, we will explore how each of these lighting types works, their applications and the benefits of using them.

What is a COB?

A COB, or “chip-on-board,” is a type of LED module that combines many individual LEDs into one integrated package. This package can represent either a single large LED chip, which gives an even spread of light, or multiple smaller LED chips, which are used to create mixed light sources. The LED components within these modules can be configured in many different ways, depending on the desired lighting effect.

COB LED modules are usually used in both commercial and residential settings, as they are typically more efficient, durable, and have longer lifespans than traditional light sources. This type of LED module can also be used for accent lighting, such as on walls, display cases, and retail displays.

What is an LED Engine?

An LED engine is a type of lighting assembly that is composed of a driver and one or more LED chips. This driver is responsible for controlling the various aspects of the LED chip, such as current, voltage, and lumens output. By connecting multiple LED chips together, the engine can be used to create higher levels of light intensity and wider beam angles than individual LED chips.

LED engines are typically used in a variety of commercial applications, such as retail lighting, indoor lighting, office lighting, and house lighting. This is due to their superior efficiency and reliability. For example, an LED engine can be used to retrofit fluorescent lighting in retail stores, creating much lower electricity bills and much brighter light. Additionally, the driver allows for flexibility regarding the light settings, allowing you to exactly dial in the desired intensity, color temperature, and beam angles.

What is an LED Module?

An LED module is a type of lighting assembly composed of a driver and one or more LED chips. This particular type of lighting assembly is designed to operate a single LED chip in a specific way. For instance, a module might be used to modify the voltage, color, and lumens output of an LED chip. LED modules can be used for applications such as retail lighting and decorative lighting. LED modules are also more energy-efficient than traditional light sources, allowing retailers to reduce their electricity bills.

LSS1-01C22-4080-00 Application Field and Working Principle

The LSS1-01C22-4080-00 is an LED module designed for use in a variety of lighting applications. The module needs a constant current driver to provide the optimum power to its 18 watts, 2835 SMD LED chips. This module provides an average luminous flux of 1500Lm, with a CRI of 70. The module can be dimmed with its 0-10V system. Its design also makes it an excellent choice for decorative lighting, due to its adjustable beam angles, ranging from 30° to 135°.

The LSS1-01C22-4080-00 working principle is simple. When plugged in and powered on, the module\'s driver converts the AC current into low voltage DC current and feeds it to the LED chip, providing adequate power for it to emit light. This LED module offers superior energy efficiency, with a power factor of 0.95 and efficiency of 90%. The LED chip\'s heat can be efficiently dissipated through its metal heat-sink.

Benefits of LED Lighting - COBs, Engines, and Modules

LED lighting offers a wide range of advantages over traditional lights. They are typically much more energy-efficient, with power consumption up to 70% lower than traditional technologies. Additionally, LEDs are designed to last 50,000 hours or more, making them much more reliable and cost-effective in the long-term. LEDs are also highly customizable, allowing you to select the exact light angle, intensity and color temperature you need. Finally, LED lighting is much more environmentally friendly than traditional light sources.

In conclusion, LED lighting - COBs, Engines, and Modules are an excellent choice for many lighting applications. Thanks to their high efficiency, reliability, and customization options, these LED components will be a great addition for any commercial or residential environment. If you\'re considering updating your lighting fixtures and need help choosing the perfect lighting solution for your needs, contact us today. We can help you evaluate your lighting needs and recommend the best possible solution for your application.

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