ams OSRAM DURIS® S 5050 LEDs

Introduction

The ams OSRAM DURIS® S 5050 LEDs are a high-performance lighting solution designed for various applications. With their impressive efficacy and long-term reliability, these LEDs are ideal for both indoor and outdoor lighting needs.

Part Description

The ams OSRAM DURIS® S 5050 LEDs are characterized by their 120° viewing angle and a color temperature range from 2200K to 6500K. They are DLC premium certified, ensuring high efficacy and reliability. The LEDs feature a minimum Color Rendering Index (CRI) of 70 and are designed to operate within a temperature range of -40°C to 105°C. With a typical luminous flux of 219lm at 4000K and a luminous efficacy of 220lm/W, these LEDs provide excellent performance for compact luminaire designs.

Applications

• Indoor lighting
• Outdoor lighting
• Street lights
• High bays
• Flood lights
• Industrial lighting

Industries

• Commercial lighting
• Residential lighting
• Outdoor and street lighting
• Industrial facilities
• Architectural lighting

Usage Ideas

1. Smart Street Lighting: Integrate the DURIS S 5050 LEDs into a smart street lighting system that adjusts brightness based on pedestrian and vehicle traffic, enhancing energy efficiency.
2. High-Bay Warehouse Lighting: Use these LEDs in high-bay fixtures to illuminate large warehouse spaces, providing bright and efficient lighting for improved visibility and safety.
3. Architectural Accent Lighting: Employ the versatile color temperature options to create dynamic architectural lighting designs that enhance the aesthetic appeal of buildings and public spaces.

Conclusion

The ams OSRAM DURIS® S 5050 LEDs are a versatile and efficient lighting solution suitable for a wide range of applications. Their impressive performance, combined with a broad color temperature range and robust design, makes them an excellent choice for both commercial and industrial lighting projects. Whether used in street lighting or indoor applications, these LEDs provide reliable and high-quality illumination.