Waterproof linear fixture LED NEXFORCE N2 20W 4000K Kobi Pro

NEXFORCE N2 LED Hermetic Linear Fitting 20W Kobi Professional – maximum efficiency and durability for demanding environments

Kobi Professional | 20W | 4000K | up to 175 lm/W | IP66 | IK08 | light source class: B

The LED NEXFORCE N2 20W is a modern hermetic luminaire with integrated LED modules, designed for operation in demanding environments. High luminous efficacy, durable construction, and the possibility of connecting multiple fittings make it an ideal solution for industrial, warehouse, and technical facilities.

Key product features:

✔ High luminous efficacy – up to 175 lm/W – very high light output with low energy consumption, helping reduce operating costs
✔ 20W power – efficient lighting with reduced energy use
✔ Neutral white light 4000K – comfortable illumination suitable for everyday work
✔ Beam angle: 120° – even light distribution without dark areas
✔ Connectable fittings – up to 40 units in one line, enabling the creation of extensive lighting systems
✔ Through-wiring – faster and more convenient installation of multiple fittings
✔ IP66 protection rating – high resistance to dust and powerful water jets
✔ IK08 impact resistance – increased durability against impacts and mechanical damage
✔ Polycarbonate housing and frosted diffuser – durability and reliability in everyday use
✔ High light quality – Ra ≥80 ensures natural colour rendering
✔ Power factor DF ≥0.95 – stable and energy-efficient system performance
✔ Light source lifetime: up to 50,000 h
✔ Switching cycles: 25,000
✔ Operating temperature range: -20°C to +40°C
✔ Integrated light source energy class: B
✔ Light source replacement only by qualified personnel
✔ 5-year warranty – long-term reliability and user confidence
 

Applications:

✅ Warehouses and production halls
✅ Garages and technical rooms
✅ Workshops and industrial facilities
✅ Corridors and utility spaces

The NEXFORCE N2 20W Kobi Professional is a durable and efficient lighting solution for environments where reliability, energy savings, and resistance to demanding conditions are essential.