LEDVANCE LED reflektor 7.4-50W/927 stmievateľný AR111 12V G53 24° 40000h EEK G

In retail galleries, hospitality venues, and high-end residential interiors, precise accent lighting is essential to highlight merchandise, artwork, and architectural details. The LEDVANCE LED Reflector AR111 delivers a focused 24° beam with warm white light (2700 K) and excellent colour rendering (CRI >90), making it a direct replacement for 50 W halogen AR111 lamps while consuming only 7.4 W. Operating on 12 V AC/DC with a G53 base, this dimmable reflector offers long-lasting performance and significant energy savings.

Key specifications

• Power consumption: 7.4 W (equivalent to 50 W halogen)
• Luminous flux: 400 lm
• Colour temperature: 2700 K (warm white)
• Colour rendering index (CRI): >90
• Beam angle: 24°
• Base: G53 (AR111)
• Operating voltage: 12 V AC/DC
• Dimmable: Yes
• Rated lifetime: 40,000 hours
• Energy efficiency class: G
• Switching cycles: 100,000
• Mercury content: 0.0 mg
• Diameter: 111 mm, Length: 67 mm

Why choose it

This LED reflector combines high colour fidelity with a narrow beam for dramatic accent lighting. It is fully dimmable, allowing flexible control of light intensity, and its long lifespan reduces maintenance and replacement costs. With no mercury and low energy consumption, it is an environmentally responsible choice.

Ideal use cases

• Accent lighting in retail displays and showrooms
• Highlighting artwork and architectural features in galleries and museums
• Task and accent lighting in hospitality settings such as restaurants and hotels
• Residential spotlighting for kitchens, living areas, and home offices

Good to know

The lamp starts instantly with a start-up time of less than 0.5 seconds and has a power factor greater than 0.7, ensuring efficient operation. It is suitable for both indoor and outdoor use in enclosed luminaires, but should not be used in damp environments. Always ensure the luminaire is compatible with 12 V AR111 lamps and follow the manufacturer's instructions for installation.