www.osram.com LED STAR CLASSIC P25 Product description • True replacement for 25W incandescent lamp • Classic incandescent lamp design with E14/E27 base • Average lifetime 25.000 hours (25 Years ) • Very Low energy consumption 1 Product Offering Type reference Wattage CCT CRI LED STAR CLASSIC P25 WW E14 3,5W 2700K 80 LED STAR CLASSIC P25 WW E27 3,5W 2700K 80 1. Key Features and Benefits • 3,5W LED lamp as high-quality replacement of 25W incandescent lamp • E14 or E27 base • avaible in incandescent-like 2700K Warm White colour temperature • good colour rendering • reduces energy consumption up to 90% • shock-proof and vibration-proof • 25,000 hours lifetime • UV and NIR radiation free • mercury free • high value ceramic design • ideal for open luminaires • exact outlines of GLS lamps 1 • 3 years OSRAM Guarantee 1 2 based on an average lifetime of 25,000 hours if used for about 2.7 hours each day See www.osram.com/guarantee GL MK, Edition October 2011 subject to alteration 1 3 2. Common Characteristics Average lifetime4 Switching cycles Casing material Starting time (30s on, 30s off) Warm up time for 60% light Power factor 25,000h 100,000 Ceramic 0.0s none 0.45 25,000h 100,000 Ceramic 0.0s none 0.45 Base Type Length Diameter 0.0mg E14 78mm 45mm 63g 90°C 33mA 0.0mg E27 71mm 45mm 68,5g 90°C 33mA 3. Characteristic Range Type reference Weight Tc temperature max.5 Nominal current (230V) Mercury max. 3 Wattage Luminous Correlated colour temperature Ra Beam angle flux CLASSIC P25 E14 WW 3,5W 250lm 2700K±200K 80 - CLASSIC P25 E27WW 3,5W 250lm 2700K±200K 80 - 4. Mounting information Good heat exchange supports ideal performance Tc 5. Disposal information WEEE-lamps can be returned at specific collection points. LED lamps have to be disposed as special waste. 3 Typical values. All the technical parameters apply to the entire lamp. In view of the complex manufacturing process for light emitting diodes, the typical values given above for the technical LED parameters are merely statistical values that do not necessarily correspond to the actual technical parameters of an individual product; individual products may vary from the typical values. 4 The average lifetime of LED lamps is defined as the number of hours when the light output of 50% of a large group of identical lamps goes below 70% of its initial luminous flux (L70B50, IEC60969).The lifetime is estimated at room temperature (25°C), free air burning, base up burning position and at rated voltage. To achieve a full lifetime a good heat exchange for the electronic components is required. 5 The Tc is defined as the highest permissible temperature which may occur on the outer surface of the LED lamp (in the indicated position) under normal operating conditions and at the rated voltage/current/power or the maximum of the rated voltage/current/power range (DIN EN 62031: 2009-01) GL MK, Edition October 2011 subject to alteration 2 6. Application Information Applications • All typical houshold luminaires • open luminaires • residentials • hotels • hospitals • facilities • commercial areas Application Notes 1. suitable for indoor application. 2. for outdoor applications and operation in damp locations special approved fixture are required. 3. Input voltage: 100-240V (33mA) 4. Operating temperature range between -20°C and 40°C 7. Cost savings: example Reference product description Similar GLS product Watts saved CLASSIC P25 WW 25W incandescent Bulb 21,5W Cost saved after lifetime 174,83€ Basis: Electricity price EUR 0.21 EUR/kWh, 1000 hours of operation per year, 2.7 hours per day, average lifetime of 25.000 hours 8. Ordering Guide Type reference CLASSIC P25 WW E14 CLASSIC P25 WW E27 Product Number – 1pcs Product Number – 1 shipping unit Number of pcs / ship. unit 4008321993144 4008321993151 4008321993250 4008321993267 6 6 9. Lamp conformity 2004/108/EC Electromagnetic compatibility (EMC) 2009/125/EC Ecodesign requirements for energy related products 2011/65/EC Restriction of the use of certain hazardous substances in electrical and electronic equipment (RoHS) 1907/2006 Registration, Evaluation, Authorisation and Restriction of Chemicals (REACH Regulation) 2002/96/EC Waste Electrical and Electronic Equipment Directive (WEEE) EN 62471 Photobiological safety of lamps and lamp systems IEC/TR 62471-2 Photobiological safety of lamps and lamp systems - Part 2: Guidance on manufactoring requirements relating to non-laser optical radiation safety EN 55015 Limits and methods of measurement of radio disturance EN 61000-3-2 Electromagnetic compatibility – Limits for harmonic current emission EN 61000-3-3 Electromagnetic compatibility – Limitation of voltage changes, voltage fluactuations, flicker in public low voltage supply systems EN61547 Electromagnetic compatibility immunity requirements GL MK, Edition October 2011 subject to alteration 3