A-BRIGHT A-BRIGHT INDUSTRIAL CO., LTD. HIGH POWER LED BULB Data Sheet Description: These high powed LED Bulbs are specifically designed for flashlight electric equipment, indicator light switch and where a wide view angle. The 5mm round shaped radiation pattern (120°) and high luminous intensity ensure that these devices are excellent for wide field of view outdoor applications where a wide viewing angle and readability in sunlight are essential. Feature: ．Wide view angle ．High luminous output ．Solid-state Vibration High efficiency LED materials are used in this Bulb. Every lamp is made with an resistant ．Saving power advanced optical grade ．Long life epoxy offering superior high shock and high temperature resistance in outdoor applications. Option: ．12V A/DC ．Other industry standard base A-BRIGHT A-BRIGHT INDUSTRIAL CO.,LTD. A-BRIGHT 1 11/3/2006 A-BRIGHT A-BRIGHT INDUSTRIAL CO., LTD. Part No.: AB-015G0-01WA-G10-B High Power LED Bulb PACKAGE DIMENSIONS: NOTE: 1.All dimensions are in millimeter. 2.Bulb base : GU10. 3.All tolerance are ±0.5mm. A-BRIGHT 2 11/3/2006 A-BRIGHT A-BRIGHT INDUSTRIAL CO., LTD. Part No.: AB-015G0-01WA-G10-B High Power LED Bulb FEATURE: z SUPER LUMINOSITY GREEN LED (InGaN). z WATER CLEAR PACKAGE. z 5mm ALL RESIN MOLD. z WIDE VIEWING ANGLE. z BASE MODEL GU10. z ELECTRIC AC. ABSOLUTE MAXIMUM RATING: Ta = 25 ℃ z OPERATING TEMPERATURE...................... －20 TO ＋80℃ z STORAGE TEMPERATURE......................... －40 TO ＋80℃ z LED BULB LIFE……………………………….. 20000 HOURS (LUMINANCE REDUCES to 50%) ABSOLUTE OPTICAL CHARACTERISTIC Ta= 25℃ • Lamp house Material/Parameter Spec LED LED Diameter Ø5 Number 01 Emitting Color Green Dominant Luminous Forward View Wavelength Flux Voltage Angle Min. Typ. Max. Min. Typ. Typ. Max. Typ. 525 530 — 20 30 3.2 3.5 120 A-BRIGHT 3 11/3/2006 A-BRIGHT A-BRIGHT INDUSTRIAL CO., LTD. Part No.: AB-015G0-01WA-G10-B High Power LED Bulb • Finished Product Parameter Characteristics Symbol MIN. TYP. MAX. Unit PD 1.2 ／ 1.6 W Input Current (AC) 22 ／ 43 mA Input Voltage (AC) 85 ／ 260 V Luminous Flux LM 20 30 ／ LM Power Dissipation A-BRIGHT 4 11/3/2006