MASTER LEDSPOT AR111

MASTER LEDSPOT LV AR111 15W - 75W 24° 3000 K PHILIPS

LED AR111 15W - 75W 24° 3000 K

New product

The PHILIPS MASTER LEDSPOT LV AR111 15W bulbs replace AR111 G53 halogens while consuming 80% less energy. With 15W for brightness equivalent to 75W, they offer precise lighting (24° beam angle) and warm light (3000K) for long-lasting efficiency.

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28,90 € tax excl.

The minimum purchase order quantity for the product is 6

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New PHILIPS MASTER LEDSPOT LV AR111 15W LED Bulb

The PHILIPS MASTER LEDSPOT LV AR111 15W LED bulbs represent the new generation of lighting, specifically designed to gradually replace AR111 halogen bulbs with G53 bases. Thanks to advanced LED technology, they offer superior performance while significantly reducing energy consumption.

Technical Specifications:

  • Base: G53
  • Power: 15W
  • Halogen Equivalent: 75W
  • Color Temperature: 3000K (Warm White)
  • Beam Angle: 24°
  • Technology: LED

Efficient Halogen Replacement:

These bulbs are designed to efficiently replace AR111 halogen bulbs, reducing energy consumption while maintaining excellent brightness levels. With a power consumption of just 15W, they provide light output equivalent to a 75W halogen bulb, offering a more economical and sustainable solution.

Optimal Brightness and Color Temperature:

With a color temperature of 3000 Kelvin, these bulbs deliver warm white light, perfect for creating a cozy atmosphere in residential and commercial spaces. The 24° beam angle ensures focused light distribution, ideal for accent or directional lighting in specific areas.

Advanced LED Technology:

Thanks to LED technology, these PHILIPS bulbs offer a longer lifespan and lower energy consumption compared to traditional halogen bulbs. They ensure optimal luminous efficiency while reducing environmental impact. Additionally, they provide high performance and savings on electricity bills.

Environmental Benefits:

By choosing these PHILIPS MASTER LED bulbs, you contribute not only to reducing energy consumption but also to lowering carbon emissions thanks to their low energy usage. Their long lifespan also minimizes the need for frequent replacements, making them an environmentally friendly and cost-effective choice in the long term.

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