Transparent Power LED Lens (1 W–3 W) — 15° Beam, Ø13 mm

Enhance the performance of your high-power LEDs with this transparent optical LED lens designed for 1–3 W emitters. With a compact 13 mm diameter and a narrow 15° beam angle, it delivers focused illumination with minimal loss, thanks to its ≈94% optical transmittance. Ideal for industrial illumination, decorative lighting, and electronics projects, this lens integrates seamlessly into builds powered by Arduino, Raspberry Pi, or any microcontroller with the proper LED driver and heatsinking.

💡 Key Features

• Precision 15° beam for long-throw, high-intensity spot lighting
• High optical transmittance (~94%) for superior brightness retention
• Durable hard plastic (ABS) construction for reliable, long-term use
• Compact Ø13 mm footprint for easy integration into LED modules and enclosures
• Compatible with 1–3 W power LEDs commonly used on star MCPCBs and modules
• Perfect for Arduino/Raspberry Pi lighting projects when paired with a constant-current LED driver

🎯 Typical Applications

• Industrial illumination, machine vision aids, and inspection lights
• Decorative lighting, signage, accent and spot lighting
• DIY electronics, prototyping, and educational projects with microcontrollers

📐 Technical Specifications

• LED Lens Material: Hard Plastic ABS
• Optical Transmittance: 94%
• Beam Angle Options: 15°, 30°, 45°, 60°, 90°, 100°, 120° (this variant is 15°)
• LED Lens Diameter: 13 mm
• LED Compatibility: 1 W to 3 W high-power LEDs

🔧 Integration Tips

• Center the lens precisely over the LED emitter for optimal beam quality; use a compatible holder or adhesive if specified by your module.
• Use a constant-current LED driver and verify LED forward voltage and current ratings.
• Ensure adequate heatsinking of the LED (e.g., aluminum heatsink/MCPCB). The lens is optical only and does not aid heat dissipation.
• This lens does not alter LED electrical characteristics (voltage/current); it solely shapes the optical beam.

🧩 Compatibility

• Works with common LED modules and electronics components used in Arduino, Raspberry Pi, and other microcontroller-based lighting systems.
• Suitable for integration with constant-current driver modules and aluminum heatsink assemblies.