Philips Maxos Fusion LED Gear Tray 37W 6100lm DALI Wide Beam 4000K 1138mm

Delivering an exceptional 165 lm/W, this Philips Maxos fusion LED gear tray produces 6100 lumens from just 37W, making it one of the most efficient lighting solutions in its class. Its wide beam distribution and neutral white 4000K light create bright, uniform illumination ideal for offices, retail spaces, and industrial environments.

Overview

The Philips Maxos fusion LED gear tray (model 49592000) is a high-performance integrated LED module designed for seamless integration with the Maxos fusion trunking system. With tool-free click-in mounting, installation is quick and secure. The tray features a robust aluminum housing and a polycarbonate diffuser for durability and even light distribution. DALI dimming compatibility allows for precise control and energy savings in smart lighting setups.

What stands out

• Exceptional luminous efficacy of 165 lm/W reduces energy costs
• DALI interface enables intelligent dimming and integration with building management systems
• Wide beam angle ensures broad, glare-free illumination
• Tool-free click-in mounting for fast, hassle-free installation
• Long lifetime of 50,000 hours (L70B50) minimizes maintenance
• Neutral white 4000K color temperature enhances visual comfort and productivity

Technical details

• Power consumption: 37 W
• Luminous flux: 6100 lm
• Color temperature: 4000 K (Neutral White)
• Color rendering index (CRI): >80
• Beam angle: Wide Beam (WB)
• Dimming interface: DALI
• Input voltage: 220-240 V AC, 50/60 Hz
• Lifetime (L70B50): 50,000 hours
• Housing material: Aluminum
• Diffuser material: Polycarbonate
• Ingress Protection (IP) Rating: IP20
• Impact Protection (IK) Rating: IK02
• Energy Efficiency Class (EU 2019/2015): C
• Mounting: Tool-free click-in

Our verdict

The Philips Maxos fusion LED gear tray is a top-tier choice for professionals seeking efficient, controllable, and durable lighting. Its high efficacy and DALI compatibility make it a smart investment for modern commercial spaces.