Security lighting Philips Securit 8.7W LED solar 5000K, 4V battery, black plastic housing

Philips Nysil security light is a solar-powered outdoor luminaire with integrated LED providing neutral white light at 5000 K. The compact black plastic housing contains a rechargeable 4 V battery and is designed for facade, garden and patio security lighting. The LED module has a rated lifetime of up to 15,000 hours and the unit operates without wiring, reducing energy consumption and supporting sustainability.

Advantages

The fixture requires no mains wiring and uses solar energy, which lowers operating costs and simplifies installation. Its high-quality LED delivers stable 5000 K illumination for security tasks, while the IP65-class plastic housing ensures protection against dust and water for outdoor use. Built-in motion and day/night sensors enable automatic lighting only when needed, and the rated LED lifetime of up to 15,000 hours reduces maintenance frequency.

Suitable for

• Facade and entrance illumination
• Garden and patio security lighting
• Pathway and perimeter lighting

Key specifications

• Light source: integrated LED, neutral white 5000 K
• LED lifetime: up to 15,000 hours
• Power source: solar with built-in rechargeable 4 V battery
• Housing material and protection: plastic, IP65
• Sensors: motion sensor and day/night sensor
• Color: black
• Compact dimensions suitable for entrances and pathways

How to use

Install the unit on a vertical surface in a location that receives direct sunlight during the day to charge the internal battery. Mount at the recommended height for optimal motion detection and aim the fixture to illuminate the desired area. The integrated day/night sensor and motion sensor will switch the light on automatically when movement is detected after dusk. No mains connection is required.

Recommendations

For reliable performance, position the solar panel where it is not shaded by trees or structures and perform periodic cleaning of the solar panel and housing. Replace the product when luminous output noticeably decreases after prolonged use.