BEKA Schréder - Smart and sustainable lighting solutions

Dimensions in mm

Characteristics

GENERAL INFORMATION FutureProof

ELECTRICAL INFORMATION Electrical class

Standard version - Square / Round

Single version - Square / Round

Easy replacement of the photometric engine and electronic assembly on-site

EU class I

Nominal voltage

198-264V - 50Hz

Power factor

> 95% at full load

40

Driver included

Yes

40

Electromagnetic compatibility (EMC)

SANS 55015:2013/A1:2015, SANS 61000-3-2:2014, SANS 61000-3- 3:2013, SANS 61547:2009, SANS 62493:2015

ROHS compliant

Yes

Testing standard

SANS 60598, SANS 62262

Weight (kg)

1.8

OPTICAL INFORMATION LED colour temperature 4000K (Neutral white 840) 3000K (Warm white 830) Colour rendering index (CRI) ≥ 80 (Neutral white 840) ≥ 80 (Warm white 830)

HOUSING AND FINISH Body

Marine grade aluminium (EN 1706 AC-44300)

Optic

Metalized PC

Protector

High-impact clear glass

Housing finish

Pearl Light Grey (RAL 9022), Textured finish

OPERATING CONDITIONS Operating temperature range (Ta)

121

Tightness level

IP 65

-20°C up to +35°C

Impact resistance

IK 07

121

Maintenance

Easily accessible

LIFETIME OF THE LEDS @ TQ 25°C For all versions

50,000h - L70B10

Bottom View - Square

LIFETIME OF THE DRIVER @ TQ 25°C For all versions

100,000h ≤10% failure rate

Construction Details The luminaire consists of a marine grade aluminium die cast body. It is designed to operate two 7W LED engines. The luminaire housing is robustly constructed, weather proof, hail proof, corrosion proof and vandal resistant. It is manufactured from corrosion-resistant aluminium. The front glass is mounted in a die-cast aluminium frame held captive by two stainless steel screws, fastened to the housing. The gaskets sealing the top and bottom frames are made of silicon sponge. The reflector is made of aluminium coated polycarbonate with a protective layer to achieve an efficiency of ≥94%. The luminaire is power factor corrected to ≥0,95.

81

Bottom View - Round

Ø81

Tshwane University of Technology (TUT) Ga-Rankuwa Campus, Pretoria

442

443

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