Series:	*
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--

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LED Lighting - White

LED lighting has had a booming growth in the last decade due to its capacity to provide more energy-efficient solutions to consumers. White LEDs, specifically, have become the preferred choice for lighting applications due to their extreme durability and longevity. And these are just the tip of the iceberg – LEDs offer numerous other advantages like great color rendition, low power consumption, and higher intensity levels.In particular, the GW PSLR32.EM-JRJS-XX38-1-120-R18-XX LED is one of the most popular white LEDs on the market. It is renowned for its impact resistance, low ripple, fast response times, wide range of designs, and various power levels. It is an ideal choice for various lighting applications such as street lamps, exterior fixtures, traffic signals, and area lighting.But what is the technology behind this popular white LED? Let’s take a more in-depth look and explore the performance specs, application field, and working principles of this powerhouse of a large-scale LED lighting device.

Performance Specs

The GW PSLR32.EM-JRJS-XX38-1-120-R18-XX LED offers the following performance specs:• Light Color: White• Lumens: 2000lm• CRI: 90• CCT: 6000K• Power Consumption: 28W• LED Lifespan: 40,000 hours• Waterproof: IP67These specs make the GW LED perfect for various lighting applications such as street lamps, exterior fixtures, traffic signals, and area lighting, as mentioned earlier.

Application Field

The GW PSLR32.EM-JRJS-XX38-1-120-R18-XX LED is suitable for large-scale applications like exterior illumination, and commercial spaces like shopping malls, hotels, airports, plazas, and parking lots. It can also be used to light up large green zones, landscaped areas, and so on.

Working Principle

The GW LED is based on a state-of-the-art light emitting diode (LED) technology that is highly efficient and consumes only 28 watts. It works on the principle of converting electric energy directly into light by passing an electric current through a semiconductor material. The GW LED light reacts to changes in voltage and current instantly and produces a wide range of colors without any flickering. Unlike traditional light sources such as incandescent bulbs and fluorescent lamps, the GW LED offers higher optical efficiency, which means it converts a larger portion of the electric energy it consumes into visible light. The GW also produces less thermal energy and is not prone to over heating. This makes it very energy-efficient, as well as long-lasting.

Conclusion

LED lighting is one of the most energy-efficient lighting solutions available today. The GW PSLR32.EM-JRJS-XX38-1-120-R18-XX LED is one of the most popular white LEDs on the market due to its extreme durability and longevity. It has been designed for large-scale applications in spaces like shopping malls, hotels, airports, plazas, and parking lots. It makes use of advanced LED technology that is highly efficient and has low power consumption. It also produces less thermal energy and is not prone to overheating.

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