The LEDVANCE OSRAM LEDPR 6360D is a dimmable LED lamp in the R63 reflector format, engineered as a direct replacement for halogen R63 bulbs. At 5.9 W and 2700 K, it provides warm white, 100% instant light with no warm-up period required.

The lamp achieves a colour rendering index up to Ra 90, making it a well-suited option for spaces where accurate colour reproduction is important — shops, galleries, museums, and hospitality environments. Its mercury-free composition and compact design simplify installation and ongoing maintenance.

Key Features

• Dimmable R63 LED lamp, compatible with many common dimmer switches
• 5.9 W power consumption with up to 25,000-hour service life
• Warm white 2700 K colour temperature, 100% direct light from switch-on
• Colour rendering index up to Ra 90
• E27 base for direct halogen replacement
• Mercury-free construction

Product Benefits

• Up to 25,000-hour rated life greatly reduces replacement frequency compared to halogen equivalents
• Dimmable operation allows full light-level control without a separate driver or transformer
• Ra ≤ 90 colour rendering suits display and accent lighting where true-to-life colour appearance matters
• 100% light output at switch-on — no delay or gradual warm-up
• Compact R63 form factor slots into existing halogen R63 fixtures with no modification

Technical Specifications

• Model: LEDPR 6360D (PARATHOM DIM R63)
• Base: E27
• Power: 5.9 W
• Colour Temperature: 2700 K
• Lamp Type: R63
• Colour Rendering Index: up to Ra 90
• Service Life: up to 25,000 hours
• Dimmable: Yes
• Mercury-free: Yes

Why You'll Love It

• The R63 form factor and E27 base fit directly into any existing R63 halogen fitting — no adapters required
• Compatibility with many common dimmer switches means existing dimmer infrastructure can be reused
• At 5.9 W, the lamp draws significantly less power than a halogen equivalent while maintaining the same warm 2700 K tone
• The mercury-free build means straightforward disposal at end of life, without the handling precautions required for fluorescent alternatives