Linear LED fixture HR-ML-WN-B-NT 36966

Integrated linear LED fixture, designed for ceiling mounting indoors

The fixture features a black shade with a raster that evenly disperses light while minimizing glare — a UGR value below 16 ensures safety even in offices with prolonged human occupancy. The warm white light (3500 K) with a high color rendering index (Ra 80) creates a welcoming atmosphere without color distortion — ideal for retail, office, or loft spaces.

High luminous efficacy (119 lm/W) and a luminous flux of 2150 lm at just 18 W power consumption mean low energy usage without compromising brightness. The SMD LED chips are durable — the fixture is designed for 50 000 hours of operation, retaining at least 90% of its initial luminous flux after this period (L90B10). No lamp replacement is required — the entire unit is integrated and non-serviceable.

Installation is simple: the fixture is mounted directly to the ceiling, and the push-fit connector allows quick, tool-free connection of cables with cross-sections of 1.5–2.5 mm². Protection class I ensures safe grounding of the housing — a critical feature for installers working in grounded systems. The IP20 rating indicates it is intended exclusively for use in dry indoor environments.

The fixture does not support dimming — it operates only at full power. This is not a limitation, but a design choice: constant brightness ensures stable and predictable general lighting. Operating temperature range is limited to 5–25°C, making it unsuitable for locations with extreme temperature fluctuations — yet it performs reliably for years in standard indoor environments.

A 5-year warranty confirms build quality: the housing is made of steel and engineered plastic, the shade from durable polymer, all precisely assembled. There are no screws or drain holes — the construction is fully sealed and maintenance-free.

Dimensions: 570 mm length, 43 mm width, and 65 mm height — a compact form that does not interfere with installation under suspended ceilings or in corridors. Minimum distance to the illuminated surface is 0.5 m — sufficient to avoid shadows or “obstruction” effects.