Technical Application Guide for PHILIPS LED Lamps PHILIPS 450 lumens PHILIPS 450lm integrates a leading high power LED light source and a compact high efficiency driver into a traditional halogen form-factor. Not only does it employ a hi-tech IC solution to ensure dimming system control, it also delivers a light intensity and quality which meet the Energy Star standard for PAR20 lamps. The form-factor of the PHILIPS 120V dimmable PAR20 450lm guarantees a form-fit. 450lm is ideal for a myriad of applications including track lighting, general architectural and accent lighting, plus industrial OEM equipment lighting.
Design highlights Up to energy savings compared to standard halogen and incandescent spot lamps Long lifetime of 45,000 hours (B50, L70) at Tc = 85 C Fits into most of PAR20 fixtures Dimmable when using leading and trailing edge dimmers 25 and 36 degrees beam spread for beam angle selections Emits virtually no heat and will not fade colors 3 CCT selections: 2700K, 3000K and 4000K Discharges virtually no UV/IR light in the beam Environmental friendly, without Mercury or any other hazardous substances RoHS compliant Application areas PHILIPS 450lm lamp is suitably designed for spot and general lighting applications in hospitality and retail industries. Unlike the conventional halogen reflector lamp, PHILIPS 450lm lamp, 8W power consumption per lamp, has a long lifetime of 45,000 hours (or equivalent to 5 years if lit continuously for 24hrs a day) ensuring minimum maintenance cost in hotels, restaurants, cafes and shops, especially suitable for various applications in the public areas such as: Corridors / Stairway / Washroom Lobby / Reception areas Application notes Operating open air ambient temperature range is -20 C to 39 C. (See Lifetime + Sustainability Curves on page 6) Storage temperature range is between -40 C and 65 C, humidity range is between 10% and Only to apply in indoor environments and open fixtures with PAR20 lamp-holders that offer sufficient space (10mm free air space) Dimmable with most leading and trailing edge dimmers in the market (refer to the recommended dimmer list on website*) Not intended for use with emergency light fixtures or exit lights For use in fixtures that can structurally support a lamp weighing 0.121 kg * http://www.usa.lighting.philips.com/connect/tools literature/compatibility.wpd 2 Technical application guide - Philips 450 lumens
Technical Specifications Product type Code Voltage Wattage Wattage Base Lamp Power Color Lumen Approx. Beam Lifetime CRI Dimmable number Equivalent Shape Factor Temp. Output MBCP Angle 25D 2700K 450lm series 25D 3000K 450lm series 25D 4000K 450lm series 36D 2700K 450lm series 36D 3000K 450lm series 36D 4000K 450lm series V W W K Lm Cd D Hours 929000233001 120 8 50 E26 PAR20 >0.7 2700 450 2,300 25 45,000 84 Yes 929000233101 120 8 50 E26 PAR20 >0.7 3000 470 2,400 25 45,000 84 Yes 929000233201 120 8 50 E26 PAR20 >0.7 4000 470 2,400 25 45,000 84 Yes 929000233301 120 8 50 E26 PAR20 >0.7 2700 450 1,000 36 45,000 84 Yes 929000233401 120 8 50 E26 PAR20 >0.7 3000 470 1,100 36 45,000 84 Yes 929000233501 120 8 50 E26 PAR20 >0.7 4000 470 1,100 36 45,000 84 Yes Fixture Compatibility PHILIPS 450lm is form-factor compatible with most Halogen PAR20 lighting fixtures. D Type 450lm C max. Overall Length D max. Diameter max. Weight (mm) (mm) (kg) 81.74 63.15 0.121 C Lighting facts label Technical application guide - Philips 450 lumens 3
Spectral Power Distribution Spectrum PAR20 450lm 2700K Ilntensity (mw/nm) 60% 50% 40% 30% 20% 10% 0 200 250 300 350 400 450 500 550 600 650 700 750 800 Wavelength(nm) Spectrum PAR20 450lm 3000K Ilntensity (mw/nm) 60% 50% 40% 30% 20% 10% 0 200 250 300 350 400 450 500 550 600 650 700 750 800 Wavelength(nm) Spectrum PAR20 450lm 4000K Ilntensity (mw/nm) 60% 50% 40% 30% 20% 10% 0 200 250 300 350 400 450 500 550 600 650 700 750 800 Wavelength(nm) 4 Technical application guide - Philips 450 lumens
Temperature PHILIPS 450lm is designed for operation in all PAR20 lighting installations in open fixtures. Maximum case temperature for normal light output and rated life is 85 C. T-ambient represents the operating temperature in free air. T is the difference between the temperature of the aluminum heatsink (Tc) and the temperature of the air in the test room (T-ambient) when the lamp is operated in free air condition. Dimmable PAR20 450lm 120V Lamp 95% Tc. Flux (% ) 85% T= 46 C 71 76 81 86 91 T_Ambient (o C) 25 30 35 40 45 T_Case (o C) Lumen Maintenance 95% 85% 75% 0 10000 20000 30000 40000 50000 60000 Hours Photometric Diagrams PHILIPS 1 x 450lm series 25D 2700K AirFlux 1 x 430 lm ) 2 x 11º ) 2 x 10º 2318 cd Technical application guide - Philips 450 lumens 5
PHILIPS 1 x 450lm series 25D 3000K AirFlux 1 x 450 lm ) 2 x 11 ) 2 x 10º 2425 cd PHILIPS 1 x 450lm series 25D 4000K AirFlux 1 x 450 lm ) 2 x 11º ) 2 x 10º 2512 cd PHILIPS 1 x 450lm series 36D 2700K AirFlux 1 x 430 lm ) 2 x 17º ) 2 x 16º 1107 cd 6 Technical application guide - Philips 450 lumens
PHILIPS 1 x 450lm series 36D 3000K AirFlux 1 x 450 lm ) 2 x 17º ) 2 x 16º 1159 cd PHILIPS 1 x 450lm series 36D 4000K AirFlux 1 x 450 lm ) 2 x 17º ) 2 x 16º 1295 cd Lifetime + Sustainability Failure Rate Curve of 120V Dimmable PAR20 Total Failure Rate 60% 50% 40% 30% 20% 10% 0% 0 10000 20000 30000 40000 50000 60000 TC=95 TC=85 TC=75 Hours 60000 50000 40000 30000 20000 10000 0 65 75 85 95 105 B50L70 B10L70 Hours Tc ( C ) PHILIPS 450lm lamp has a lifetime of Lifetime estimation based on the application environment 45,000 hours at Tc=85 C, defined as the number of hours condition: please refer to the Tc for lifetime forecast. when 50% of a large group of identical lamps drop below of its initial lumens. Technical application guide - Philips 450 lumens 7
Recommended Dimmer Compatibility List Refer to Philips website ( http://www.usa.lighting.philips.com/connect/tools_literature/compatibility.wpd ) for recommendaed dimmer list. 2014 Philips Lighting All rights reserved. Reproduction in whole or in part is prohibited without the prior written consent of the copyright owner. The information presented in this document does not form part of any quotation or contract, is believed to be accurate and reliable and may be changed without notice. No liability will be accepted by the publisher for any consequence of its use. Publication thereof does not convey nor imply any license under patent or other industrial or intellectual property rights. 01/2014 www.philips.com