Linear Highbay 100W 160LM/W dimmable 1-10V

The Linear Highbay LED 100W is a powerful, energy-efficient, and professional lighting solution specifically designed for large spaces such as warehouses, workshops, industrial halls, parking garages, and sports facilities. Thanks to its high efficiency of 160 lumens per watt, this fixture delivers a very high light output with low energy consumption, which directly results in lower energy costs. The lamp operates on a wide voltage range of 100-277V (50/60Hz) and has a high power factor of >0.95 , ensuring stable and efficient operation.

This linear high bay features a 1-10V dimming function , allowing the light level to be easily adjusted to the desired situation. The beam angle of 30° x 90° ensures focused and even light distribution, ideal for aisles and wide workspaces. With a CRI of >80, the lamp offers natural color rendering.

The robust aluminium and polycarbonate (PC) housing makes this lamp suitable for intensive use. With an IP66 protection rating, the luminaire is completely dust and waterproof, making it perfectly suitable for both indoor and outdoor use. Additionally, the lamp is IK08 impact-resistant , providing extra protection in industrial environments. The lamp functions flawlessly at extreme temperatures ranging from -40°C to +45°C .

With a lifespan of no less than 50,000 burning hours and a 5-year warranty , this high bay is a sustainable investment. The fixture is supplied including driver and light source, making it ready for immediate installation via a terminal block connection . The product features a sleek white design and compact dimensions of 592 x 106 x 79 mm, weighing 2.4 kg .

This LED highbay has an A+++ energy label , a consumption of approximately 200 kWh per year , and complies with all relevant standards with CE and RoHS certification . The minimum order quantity is 4 units and the average delivery time is 48 hours .

In short, the Linear Highbay LED 100W is a reliable, durable, and efficient choice for professional lighting in demanding environments.