AB-13TOPS-24VD-T20-0

A - B RI G H T A-BRIGHT INDUSTRIAL CO., LTD. MULTI LAMPS LED BULB Data Sheet Description: These multi lamps LED Bulbs are specifically designed for flashlight electric equipment, indicator light switch and where a wide view angle. The top view LED radiation pattern (360°) 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 efficiency LED ．High luminous output materials are used in this ．Seven kind color Bulb. Every lamp is made with an ．Solid-state Vibration advanced optical grade resistant ．Saving power epoxy offering superior ．Long life high shock and high temperature resistance in outdoor applications. Option: ．12V to 28V DC ．Other industry standard base A-BRIGHT A-BRIGHT INDUSTRIAL CO.,LTD. A-BRIGHT 1 11/27/2009 A - B RI G H T PACKAGE DIMENSIONS︰ A-BRIGHT INDUSTRIAL CO., LTD. Multi Lamps LED Bulb Part No.: AB-13TOPS-24VD-T20-0 17.8±0.2 13pcs Top LED XXV 50.0±0.5 20.0±0.2 NOTE: T20 Holder 1.All dimensions are in millimeter. 2.Wedge base T20. 3.All tolerance are ±0.25mm. A-BRIGHT 2 11/27/2009 A - B RI G H T FEATURE: A-BRIGHT INDUSTRIAL CO., LTD. Multi Lamps LED Bulb Part No.: AB-13TOPS-24VD-T20-0 SUPER LUMINOSITY SUNSET WHITE LED (InGaN). WATER CLEAR PACKAGE. 3 CHIPS TOP VIEW LED. WIDE VIEWING ANGLE. WEDGE BASE T20. ELECTRIC DC. MATERIALS: LED LENS: UV RESISTENT EPOXY ABSOLUTE MAXIMUM RATING: Ta = 25 ℃ 28 V －25 TO ＋85℃ －35 TO ＋100℃ 20000 HOURS (LUMINANCE REDUCES to 50%) PEAK OPERATE VOLTAGE........................ OPERATING TEMPERATURE...................... STORAGE TEMPERATURE......................... LED BULB LIFE……………………………….. ABSOLUTE OPTICAL CHARACTERISTIC PARAMETER Operate Voltage Luminous Intensity Chromaticity Coordinates Forward Current Viewing Angle Ta= 25℃ SYMBOL MIN. ----22000 ----------------- TYP. 24 31000 0.45 0.41 80 360 MAX. ------------------------- UNIT V mcd --------mA deg IF= 80 mA IF= 80 mA VIN= 24 V DC V IV X Y IF 2θ1/2 A-BRIGHT 3 11/27/2009