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  • Einstein 133 T5
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<Einstein 133 T5

Einstein 133 T5General lighting

 TECHNICAL KEY FEATURES

Technology T5
Max. temp. 30 °C
Power 2 × 39 W to 2 × 80 W


KEY FEATURES

Impervious luminaire
Resistant to external UV-rays
Vibration resistance
Very high resistance to corrosion
Durable and maintainable luminaire

 TECHNICAL DATA

Light source

2x T5 lamps, not included

Optic

Reflector in anodised aluminium:
• intensive (narrow beam)
• extensive (large beam)

Control Gear

Hot cathode electronic Control Gear (EEI A2)

Power supply

220-240 V 50/60 Hz

Electrical class

Class I

Operating temperature

-20 °C to +30 °C

Connection

Cable gland in black polyamid for Ø cable 5–12 mm (3 × 2,5 mm²)

Fixing

2 Stainless Steel fixing straps with Spring Clip

Method of Construction

• Housing in one piece with high mechanical and chemical resistance
• Long-lasting imperviousness by axial screw fitting

 MATERIALS

Housing

Polycarbonate protected by a coextruded layer of PMMA

End caps, fixing straps, …

Stainless Steel 304L

Gaskets

EPDM


STANDARDS

Imperviousness

IP66, IP68 and IP69K

Shock resistance

IK10

Fire resistance

650 °C

Vibration resistance

Meets the severe application requirements of the standard EN 60598-1 (tested according to CEI 60068-2-6)

Principal references

PowerDesignationDimensionsDownload
Versions with extensive reflector
2x39WEIN133 239E G5 POME 113 RE BRS987mmTechnical Data [zip]
2x54WEIN133 254E G5 POME 113 RE BRS1287mmTechnical Data [zip]
2x49WEIN133 249E G5 POME 113 RE BRS1587mmTechnical Data [zip]
2x80WEIN133 280E G5 POME 113 RE BRS1587mmTechnical Data [zip]
Versions with intensive reflector
2x39WEIN133 239E G5 POME 113 RI BRS987mmTechnical Data [zip]
2x54WEIN133 254E G5 POME 113 RI BRS1287mmTechnical Data [zip]
2x49WEIN133 249E G5 POME 113 RI BRS1587mmTechnical Data [zip]
2x80WEIN133 280E G5 POME 113 RI BRS1587mmTechnical Data [zip]