Philips lighting new products - LED PAR30 spotlights lead commercial PAR spotlights into the LED era
Recently, Philips Lighting released a new generation of commercial LED PAR30 spotlights, which meets the replacement requirements of 70W ceramic metal halide lamps in terms of lumens and color temperature. This high-brightness, high-efficiency, high-quality product will lead commercial PAR spotlights into the LED era with its excellent heat dissipation, safety and precision.
High brightness and high efficiency 40W LEDPAR lamp meets the needs of 70W ceramic metal halide lamp replacement
New materials and new design, breaking through the difficulties of commercial PAR lamps
High-quality components and light distribution, leading commercial PAR spotlights into the LED era
High-brightness and high-efficiency LED, leading PAR spotlights from ceramic metal halide lamps to LED eraWith the slowdown in e-commerce development, e-commerce giants have turned to deep integration of online and offline “new retail†through technologies such as big data and artificial intelligence.
Compared to online shopping, the physical shopping experience that offline shopping can provide has its unique advantages, and lighting is an important part of it. Merchants who pay more attention to store lighting hope to attract consumers' attention through more brilliant lighting effects.
In the past, the technology has limited the replacement of traditional ceramic metal halide lamps by LEDs in terms of light efficiency and heat dissipation, and delayed the promotion of LED applications in the field of commercial lighting.
Philips Lighting's new generation of commercial LED PAR30 spotlights, with a power of only 40W, a total lumen of up to 4500 lumens, a color temperature of 3000K, can replace 70W ceramic metal halide lamps.
In order to better concentrating performance, it is necessary to use a point light source with a smaller size and higher brightness. At present, the COB chip on the world cannot meet the design requirements. This Philips lighting specially designed the ceramic substrate COB chip, which is the first in the industry. The high-density, COB chip has a luminous efficacy of up to 150 lm/W.
The introduction of Philips' new generation of commercial LED PAR30 spotlights, which combines high brightness and high luminous efficiency, will lead commercial PAR spotlights into the more energy-efficient LED era.
In the field of commercial lighting, heat dissipation has always been a technical difficulty. The heat dissipation performance of the product determines important parameters such as product life, reliability, and light decay. Different from the commercial PAR lamp designed by PC fan, Philips Lighting adopts more reliable passive heat dissipation, and innovatively embeds pure aluminum plate in die-cast aluminum. Its thermal conductivity is up to 226, which is 2.35 times of die-cast aluminum, which effectively improves product heat dissipation. .
In addition, the side of the light source of the product is slightly higher than the lamp by 5mm, exposing the side heat dissipation holes, which is beneficial to the long-term stability of the chip and the drive. Taking into account safety factors, this series of PAR lamps has an intelligent feedback circuit. When the temperature of the lamp housing exceeds 90 °C, the over-temperature protection will be automatically activated, and the light output will drop gently, which can ensure the product does not die without affecting the user experience. Taking full account of the actual lighting environment in different seasons in different regions, over-temperature protection will not start at 35 degrees ambient temperature.
Thanks to its excellent heat dissipation performance, Philips' new generation of commercial LED PAR30 spotlights also have unique considerations in design. This product boldly eliminates the front vents and adopts a frameless design to maximize the illuminating area. The luminaires are integrated into one, reflecting the design aesthetics of Philips Lighting.
In addition to the proud cooling performance, Philips' new generation of commercial LED PAR30 spotlights are still improving in component selection. In terms of the power factor of the driver, the use of low power factor products will require more power, which will result in more loss of the transmission network during the transmission process, which will eventually lead to overheating of the commercial building's zero line, posing a safety hazard.
These hidden drawbacks are often ignored by end users, but ultimately the end user's experience is even safe. Philips' new generation PAR30 is equipped with a high-performance drive with a power factor of 0.97 and a drive efficiency of 91%. With 4000V withstand voltage test, it is a layer of defense for lighting safety.
Philips lighting also incorporates more ingenuity in design. The Philips next-generation commercial LED PAR30 spotlight uses a Fresnel lens. Compared to the reflector design, this new design allows for more precise control of light and spotlighting. Sex is also stronger. Another advantage of Fresnel lenses is their higher stability than traditional lens designs, which in turn leads to better optical control and better focus lighting through more precise illumination.
The family design style of Philips' new generation of commercial LED PAR30 spotlights is uniform and easy to replace. Users can choose different wattage, color temperature and angle products according to their lighting needs. Whether it is clothing, luggage accessories, department stores, or different retail environments such as baking, bathroom, car, etc., can meet different lighting applications, and help users improve retail efficiency.
Meniscus lens is concave Convex Lens. The lens has an outer convex mirror and an inner concave mirror. If the outward radian is greater than the inward radian, the lens has a positive focal length and is used as a magnifying glass. Hengpu Photoelectric technology provides meniscus lenses without coating and coated with IR2 antireflection film. Germanium (GE) substrates are suitable for infrared applications.
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