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HIGH BAY DALI REFRACTOR

LED High Bay luminaires

The new HIGH BAY DALI REFRACTOR

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HIGH BAY DALI REFRACTOR

High efficiency and optimum quality of light

Thanks to the high-quality optics and clever distribution of light, the new High Bay Dali with a 70° or 80° PC refractor is also ideal for prestige applications.

CONSTANT LIGHT OUTPUT

throughout the life of the luminaire – the High Bay DALI CLO version.

Grafik LUM 4

High Bay LED luminaires.

Appealing. Distinct. Functional.

LEDVANCE HIGHBAY

Benefits for your projects

The LEDVANCE High Bay LED luminaires are suitable replacements for HQI High-Bay luminaires with an energy saving potential of up to 60% compared to the old lighting technology. They are produced in a compact and exclusive LEDVANCE design and are weight and size optimized.

The LED High Bays provide different luminous flux and a beam angle for mounting heights of 6 to 14 m. Accessories like a hook and a bracket are included, same with a cable of 1,500 mm length. The LED luminaires have an aluminum housing and a lens made from robust plastic (PC). They come with a five-year guarantee.

Quick facts

Benefit highlights

  • Replacement for traditional high-bay luminaires
  • Energy savings of up to 60%
  • High luminous efficacy with up to 135 lm/W
  • Exclusive LEDVANCE design with optimized size and weight
  • Different luminous flux and beam angles for different mounting heights available
  • Accessories included

 

Recommended applications

  • General lighting for high ceilings
  • Warehouses, logistics centers
  • Industry

Savings in energy and costs over the entire lifetime*

Comparison Energy consumption Costs
Traditional equivalent
e. g. 250W HQL, HQL 250W E40
12,500 kWh 1,600.71 €
LEDVANCE High Bay
e. g. HighBayLED 120W/4000K
100-240V IP65
6,000 kWh 932.90 €
Savings –52.00 % –667.81 €

* Savings calculated based on lifetime of LEDVANCE LED luminaires including purchase price, maintenance and installation costs as well as energy costs of 0.12 EUR/kWh. Calculation of CO2 savings based on European electricity mix and 400 g CO2/kWh. Payback period assumes 7 hours of operation per day and 260 days per year.

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