Reliable highbay LED lighting for demanding spaces
The Philips CoreLine Highbay Gen5 is a powerful LED highbay designed to give you 20000 lumens of neutral white light at 4000K. You’ll benefit from energy-efficient performance, sturdy IP65 and IK08 protection, and DALI dimming control for flexible lighting in warehouses, factories, and industrial halls.
Key features and benefits
- Philips CoreLine Highbay Gen5 LED 134W delivers 20000 lumens at 4000K, giving you a bright and efficient solution for high ceilings.
- High luminous efficacy of 149 lm/W means you save energy while still achieving powerful illumination.
- The DALI-2 control interface allows you to dim down to 10% for tailored lighting and additional energy savings.
- IP65 and IK08 ratings provide resistance to dust, water jets, and physical impact, making it suitable for tough industrial environments.
- A 5-year warranty and durable die-cast aluminum housing ensure long-term reliability with minimal maintenance.
- The narrow 55° beam angle is ideal when you want focused, glare-controlled lighting in storage aisles or production areas.
Technical specifications
- Brand: Philips
- Product family: CoreLine Highbay Gen5 (BY121P G5 LED200S/840 PSD NB)
- Luminous flux: 20000 lumens
- Wattage: 134W
- Color temperature: 4000K neutral white
- CRI: >80 for natural and accurate color rendering
- Beam angle: 55° narrow beam for targeted light
- Driver: Integrated DALI-2 dimmable driver
- Power factor: 0.95 for stable and efficient operation
- Voltage: 220-240V, 50/60Hz
- Housing: Die-cast aluminum in Gray with clear polycarbonate cover
- Dimensions: Ø330 mm x 99 mm height, 3.54 kg net weight
- Protection: IP65 dust and water protection, IK08 impact resistance
- Lifetime: L85 at 50,000 hrs, L75 at 100,000 hrs
- Certifications: CE, ENEC, RoHS compliant
Where to use
This highbay LED light is perfect if you need uniform, powerful lighting in warehouses, production workshops, logistics centers, or sports halls. Its robust build and high lumen output make it a dependable choice for continuous operation in demanding conditions.
