Panel Light LED 30W 5000K UGR<19 600x600mm White

The SPACE 30W LED Panel Light in 600x600mm size offers a crisp 5000K daylight white illumination ideal for offices, shops, reception areas, restaurants, hotels, schools, and hospitals. Designed as an efficient replacement for 4x18W T8 lay-in panels, this LED panel boasts a low glare rating (UGR <19), making it perfectly suited for reading, writing, and computer-based tasks. Equipped with a TP(b) rated diffuser compliant with BS2782.0:2011 Method 508A, the panel ensures comfortable, even light distribution without screen glare, helping reduce eye strain. With a long lifespan of up to 50,000 hours and high efficacy exceeding 115 lumens per watt, the SPACE panel delivers energy-efficient, reliable lighting performance. The slim 10mm depth and compatibility with standard 15mm and 24mm ceiling grids provide versatile and seamless installation options. Designed to operate efficiently across a wide temperature range from -20°C to +40°C, it is an ideal lighting solution for various commercial and institutional settings.

Technical Specification

• Download Product Technical Data Sheet

• Dimensions: 595 x 595 x 10 mm

• Power Consumption: 30W (Max 31W)

• Color Temperature: 5000K (Daylight White)

• Luminous Efficacy: >115 lm/W

• Unified Glare Rating (UGR): 18.3 (<19, Low Glare)

• Diffuser: TP(b) rated, BS2782.0:2011 Method 508A compliant

• Rated Lifetime: 50,000 hours (L70/B50 at 25°C)

• Power Factor: 0.97

• Nominal Voltage: 220-240 V

• Nominal Current: 140 mA

• Operating Ambient Temperature: -20°C to +40°C

• Mounting Type: Suitable for suspended mounting; fits standard 15mm and 24mm ceiling grids

• Light Source: Included, integrated LED

• Luminance: <3000cd/m² at <65° for ease of screen viewing

• Dimming: Not supported

• Certifications: CE compliant, suitable for commercial environments

Upgrade your workspace lighting with the SPACE 30W 5000K LED Panel, designed for visual comfort, energy efficiency, and seamless installation in a variety of commercial and institutional applications.