The LEDVANCE OSRAM LED PAR 16 50 36° 5.9W/3000K GU10 230V is a dimmable LED spot lamp in the PAR16 format, designed as a direct replacement for 50 W halogen network-voltage lamps. It operates at 230 V on a GU10 base and delivers warm white 3000 K light through a 36-degree beam angle.

Built with a compact all-glass design and single-optic construction, the lamp achieves Ra ≥ 80 colour rendering and ≤ 5 SDCM colour consistency. It is compatible with many common dimmer switches and is manufactured mercury-free.

Key Features

• Dimmable PAR16 LED spot lamp, GU10 base, 230 V
• 5.9 W power consumption
• 3000 K warm white colour temperature
• 36-degree beam angle
• Colour rendering index Ra: ≥ 80
• High colour consistency: ≤ 5 SDCM
• All-glass, compact design with single-optic
• Mercury-free construction

Product Benefits

• Significantly lower power draw than the 50 W halogen it replaces, with the same warm 3000 K tone
• Dimmable with many common dimmer switches for full brightness control without a separate control device
• ≤ 5 SDCM tight colour consistency produces visually matched output across a multi-spot installation
• All-glass PAR16 form matches the physical profile of the halogen lamp for direct fixture drop-in
• Mercury-free construction avoids the handling and disposal restrictions of fluorescent alternatives

Technical Specifications

• Model: LED PAR 16 50 36°
• Base: GU10
• Voltage: 230 V
• Power: 5.9 W
• Colour Temperature: 3000 K
• Beam Angle: 36 degrees
• Colour Rendering Index: Ra ≥ 80
• Colour Consistency: ≤ 5 SDCM
• Dimmable: Yes
• Mercury-free: Yes

Why You'll Love It

• GU10 base and PAR16 form factor enable a direct swap for any existing 50 W halogen GU10 spotlight with no fixture changes needed
• Warm white 3000 K is an ideal colour temperature for hospitality, residential lounge lighting, and shop window accent lighting
• Tight ≤ 5 SDCM binning delivers uniform warmth across all lamps in a row — no cold-warm variation between adjacent spots
• Dimmer compatibility means existing dimmer infrastructure is preserved when switching from halogen