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  • Einstein 100 PY T5
  • Einstein 100 PY T52
<Einstein 100 PY T5

Einstein 100 PY T5General lighting

 TECHNICAL KEY FEATURES

Technology T5
Max. temp. 30 °C
Power 1 × 39 W to 1 × 80 W
Housing Borosilicate glass

KEY FEATURES

Impervious luminaire
Resistant to aggressive chemical environments
Vibration resistance
Very high resistance to corrosion
Durable and maintainable luminaire

 TECHNICAL DATA

Light source

1x T5 lamp, 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 reinforced Stainless Steel fixing straps

Method of Construction

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


 MATERIALS

Housing

Borosilicate glass

End caps, fixing straps, …

Stainless Steel 304L

Gaskets

EPDM

STANDARDS

Imperviousness

IP66, IP68 and IP69K

Shock resistance

IK07

Fire resistance

Non-flammable

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
1x39WEIN100 139E G5 PY 113 RE BRS1007mmTechnical Data [zip]
1x54WEIN100 154E G5 PY 113 RE BRS1307mmTechnical Data [zip]
1x49WEIN100 149E G5 PY 113 RE BRS1607mmTechnical Data [zip]
1x80WEIN100 180E G5 PY 113 RE BRS1607mmTechnical Data [zip]
Versions with intensive reflector
1x39WEIN100 139E G5 PY 113 RI BRS1007mmTechnical Data [zip]
1x54WEIN100 154E G5 PY 113 RI BRS1307mmTechnical Data [zip]
1x49WEIN100 149E G5 PY 113 RI BRS1607mmTechnical Data [zip]
1x80WEIN100 180E G5 PY 113 RI BRS1607mmTechnical Data [zip]