High-Efficacy LED High Bay Light LW-HB50

High-efficacy 50 W LED high bay light with nominal efficacy of 200 lm/W, Ø235 × 105 mm housing, IP65 and 60° / 90° / 120° beam-angle options. Model: LW-HB50.

Product selection checklist

Before ordering, confirm the application, installation method, available dimensions, compatible components, required light effect, quantity range and any drawings or required certification. Product-specific availability and delivery conditions should be confirmed for the inquiry.

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50 W high-efficacy LED high bay light

The LW-HB50 is a compact UFO-style LED high bay light with a nominal luminaire efficacy of 200 lm/W. Its rated power is 50 W ±5%, its dimensions are Ø235 × 105 mm and its protection rating is IP65. It is designed for AC 220–240 V, 50 Hz operation.

Available power and housing sizes

Rated powerDimensions
50 W ±5%Ø235 × 105 mm
100 W ±5%Ø255 × 111 mm
150 W ±5%Ø305 × 117 mm
200 W ±5%Ø360 × 122 mm

Technical specifications

ModelLW-HB50
Rated power50 W ±5%
DimensionsØ235 × 105 mm
InputAC 220–240 V, 50 Hz
Power factor>0.95
Colour temperature6500 K
CRI≥70
Nominal efficacy200 lm/W
SDCM≤7
Light sourceSMD 2835
Beam angle options60° / 90° / 120°
HousingAluminium
LensPC
Protection classClass I
IP ratingIP65
Driver optionsPHILIPS / SOSEN
LED supplierHONGLITRONIC
CertificateCE
Warranty5 years

Construction reference

Exploded construction view of the LW-HB50 high-efficacy LED high bay light
Exploded construction view showing the suspension eye, driver housing, die-cast aluminium heat sink, PCB, gasket and lens.

Photometric reference

The supplied photometric report is for a representative approximately 100 W sample. It records 95.19 W measured input power, 19,164.8 lm effective flux, 201.3 lm/W measured efficacy and a power factor of 0.981 at 6500 K. It is presented as a reference test and not as an LW-HB50 measurement. Nominal LW-HB50 data is stated separately above.

Photometric reference report for a high-efficacy LED high bay light sample
Photometric reference report for the tested approximately 100 W sample.