RAB MR16-7.5-940-15D-DIM-G2 SMALL REFLECTORS 560 LUMENS MR16 7.5W 90CRI 4000K DIMMABLE GEN 2

# LED Lamps The RAB MR16-7.5-940-15D-DIM-G2 is a high-performance LED lamp designed to deliver exceptional brightness and energy efficiency. This compact reflector lamp is ideal for both residential and commercial applications, providing a perfect blend of durability and superior light quality. With a luminous output of 560 lumens, this lamp ensures excellent visibility while consuming only 7.5 watts of energy, making it a cost-effective lighting solution. ## Key Features • **High Lumen Output**: Delivers 560 lumens for vibrant illumination suitable for various settings. • **Energy Efficient**: Consumes only 7.5 watts, significantly reducing energy costs compared to traditional incandescent bulbs. • **High Color Rendering Index (CRI)**: With a CRI of 90, it produces natural and accurate color representation, enhancing the visual appeal of spaces. • **Dimmable**: Compatible with most dimmer switches, allowing for customizable lighting levels to suit different moods and activities. • **Color Temperature**: Emits a neutral white light at 4000K, perfect for task lighting and creating a comfortable ambiance. ## Applications • **Residential Use**: Ideal for accent lighting in living spaces, kitchens, and bathrooms. • **Commercial Settings**: Perfect for retail displays, galleries, and office environments where quality lighting is essential. • **Track Lighting**: Easily fits into track lighting systems for versatile illumination options. ## Benefits • **Cost Savings**: The energy-efficient design not only minimizes electricity consumption but also reduces replacement frequency, leading to lower maintenance costs. • **Enhanced Aesthetics**: The high CRI ensures that colors appear true-to-life, enhancing the visual appeal of items on display or features in a room. • **Flexibility**: The dimmable feature allows users to adjust lighting intensity, providing flexibility for various tasks and settings. --- *Product information compiled with AI assistance for reference purposes.*