Pacific LED Gen5 Value is an innovative and best-in-class LED waterproof luminaire that is praised for its optimal performance. It meets the demanding requirements of contemporary and harsh industries. It is a very robust, compact, and reliable luminaire, with excellent quality of light. With a high degree of mechanical (IK08), water and dust protection (IP66), combined with proven chemical resistance, the Pacific LED Gen5 Value can perfectly withstand the harsh conditions of automotive, food and heavy industries. But this waterproof lighting also performs well in parking garages and warehouses. With multiple optics and a broad range of light outputs. Pacific LED Gen5 Value luminaires provide superior, artefact-free light quality and homogeneous light. This ensures more flexibility in optimized light scheme planning. They are also designed with a circular approach, which means these fully-serviceable luminaires can be upgraded to extend their overall lifecycle. These luminaires stand out because of their quick and easy installation that facilitates through wiring and various connection and mounting options. But also due to their energy efficiency and ease of maintenance – with the minimum of disruption to operations in demanding applications. Discover Pacific LED Gen5 Value. Robust luminaires with optimal performance for waterproof lighting.
Benefits
Compact, robust, and reliable solution for a long service life.
Wide range of industrial applications (food production, heavy and chemical industries, automotive, parking garages and warehousing)
Choice of lengths, flux, beams shapes
High uniformity and artefact-free light distribution
Less maintenance - modular approach for easy servicing and parts replacements
Features
Energy efficient and long lifetime: up to 140 lm/W and lifetime up to 50,000 hours L80
Robust and compact architecture, high water and dust (IP66) and mechanical (IK08) protection
Choice of lumen output and optics, plus high-quality chemical-resistant materials
High uniformity, glare control and artefact-free light distributions.