LED Panels

LED Panels

Huge portfolio, numerous applications

Product highlights


Technical data Panel IndiviLED Panel IP54 Panel Performance Panel Value
lm/W (max.) 120 120 120 90
lm (max.) 4.000 4.320 4.320 3.600
SDCM 3 3 3 5
UGR <16 <22 <22
Max. lifespan, L80/B10 and L70/B50 L80/B10, 60 000 h L80/B10, 60 000 h L80/B10, 60 000 h L70/B50, 50 000 h
Guarantee 5 years 5 years 5 years 3 years
IP IP40 IP54 IP40 IP20
IK IK08 IK03 IK03 IK03
Further characteristics SCALE Design with IndiviLED optics PMMA surface through-wiring possible with included tool-free connector box Standard

LED Panel luminaires

Appealing. Distinct. Functional.


Benefits for your projects

The LEDVANCE LED Panels are highly efficient replacements for traditional louvre luminaires with energy savings up to 50 % compared to the old lighting technology. The LED Panels are characterized by very homogenous light distribution, an advanced flexibility due to external non flickering driver (included) and a very slim aluminum housing and matt white frame.

Quick facts

Benefit highlights

  • Direct replacement for traditional louvre luminaires 600, 625 or 1,200
  • Very homogenous light, UGR<19 versions available in accordance with the Norm UNI-EN 12464-1
  • Easy and quick installation, advanced flexibility due to including non-flickering (≤5%) external driver
  • DALI versions available
  • Very slim housing (10.5 mm) and matt white frame
  • Different mounting accessories available


Recommended applications

  • Offices and conference rooms
  • Reception areas and foyers
  • Corridors and elevators

Savings in energy and costs over the entire lifetime*

Comparison Energy consumption Costs
Traditional equivalent
e. g. LUMILUX T8 L 18W/840
3,600 kWh 476.62 €
e. g. Panel LED 600
40W/4000K 230V
2,000 kWh 305.06 €
Savings –44,44 % –171.56 €

* 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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