Verified Visual Comfort Architectural E3slf-lh9300di Element 3" Led Fixed Square Flangeless Housing - 17w - Cct 3000k With 10° Beam Spread Smart Choice [dqyuMo5s]

Introducing the Visual Comfort Architectural E3SLF-LH9300DI LED Downlight

The Visual Comfort Architectural E3SLF-LH9300DI is a cutting-edge LED downlight designed to deliver exceptional performance and versatility. With its innovative 3" Next Generation Fixed recessed design, this downlight offers a high/low lamp positioning feature that optimizes light output and efficiency. The E3SLF-LH9300DI is perfect for creating a warm and inviting atmosphere in any space, whether it's a residential or commercial setting.

• Patented high/low lamp positioning for maximum light output
• LED options including premium warm dim, tunable white, Xicato, and Xicato Artist Series

Key Features and Specifications

The E3SLF-LH9300DI is equipped with a 17W LED that emits a warm 3000K color temperature, providing a cozy ambiance. Its exceptional CRI of 80+/90+ ensures vibrant and true-to-life colors. The downlight features a 10° beam angle for focused illumination and a flangeless design for a sleek and modern look. Additionally, it is available in both 120V and 277V voltage options, making it suitable for various installations.

• Color Temperature: 3000K
• CRI: 80+/90+
• Beam Angle: 10°

Benefits and Applications

The Visual Comfort Architectural E3SLF-LH9300DI is not just a light fixture; it's a statement piece that enhances the aesthetic appeal of any space. Its high/low lamp positioning allows for flexibility in installation, minimizing glare and maximizing light distribution. The downlight's durable construction, featuring a heavy-gauge cold-rolled steel housing and die-cast aluminum trim, ensures long-lasting performance. With an impressive lifespan of 50,000 hours (L70), this downlight is a cost-effective and energy-efficient solution.

• Flangeless design for a modern and clean look
• High/low lamp positioning for glare reduction
• 50,000-hour lifespan for energy efficiency