Portable Decorative 10W 860Lumens LED Emitter

Specifications: 

• Low thermal resistance: 3°C/W
• Output Power: 10W
• Luminous Flux: 860LM
• Emitted Color: Cool White
• Viewing Angle: 110 Degree
• Storage Temperature: -25°C ~ +65°C
• DC Forward Voltage: 3.0 ~ 3.7V
• DC Forward Current: 350mA ~ 700mA
• Color Temperature: 6000 ~ 7000K (ANSI)
• Optimum Working Temperature: -10°C ~ +45°C
• Base Size: Approx. 2.0 x 0.2cm/0.8 x 0.1in(Dia. x Thickness)

Features:

• 860Lumens LED Emitter's "Star" connection board for easy wiring and upgrading existing star luxeon emitters
• Now with an upgraded star board with better built quality, 860Lumens LED Emitter is you best choice
• 860Lumens LED Emitter's low electricity consumption to replace the conventional bulbs
• Ultra slim size, super high luminous efficacy of this Decorative LED Emitter could make your home very bright
• LED driver can be built-in on top of the heat-plate to keep the LED cooler and last longer
• Decorative 860Lumens LED Emitter is an ideal for making light sources for video camera, fish tank, car, pool,flashlight, decoration led and RC Toys
• Electrically-isolated thermal path
• ROHS and REACH-compliant

Details：
 

• LED driver can be built-in on top of the heat-plate to keep the LED cooler and last longer

• 860Lumens LED Bulb mostly fail by dimming over time, rather than the abrupt burn-out of incandescent bulbs

• 860Lumens CREE LED Emitter bring high performance and quality of light to a wide range of lighting applications

• Ultra slim size, super high luminous efficacy of this Decorative LED Emitter could make your home very bright

• Now with an upgraded star board with better built quality, 860Lumens LED Emitter is you best choice

How to Wire LED Lights:

• Gather the LEDs that you want to wire into your circuit. Most LEDs require little power, so assuming you are using a decent power supply, you should be able to put in pretty much as many as you want
• Note the specs of your LEDs. Commercially available LEDs have two values you need to be concerned with: voltage and amperage. For the sake of simplicity, use LEDs that all have the same values
• Decide whether you want to wire your LEDs in series or parallel. In series circuits, the LEDs' voltages are added. So, for example, if you have three 2-volt LEDs, you'll have a total voltage drop of 6volts. Since you need a power supply that is higher than the total combined voltage of the LEDs, wiring in parallel is almost always a good idea. If you're using only a few LEDs, however, you may want to wire in series for the sake of simplicity
• Go to an online LED circuit calculator and plug in your values to determine what resistor you need. Click on the tab that says "Parallel LEDs" and input the voltage of your power supply, the number of LEDs you're using, and the amperage and voltage of each LED. The calculator will tell you what resistor you need and the current rating that resistor requires
• Wire your resistor into the circuit. You can either use a resistor rated for the current of the total circuit and wire it to the positive terminal of your power supply or wire a resistor of the same value, but with a lower current rating, to the cathode (the terminal near the flattened edge) of each LED. For example, if the calculator tells you that your 30 LED circuit needs a 100-ohm resistor rated for 6 watts, you can get one 6-watt 100-ohm resistor, or 30 smaller, common 100-ohm resistors (usually rated for 1/8 watt)
• Wire the cathodes of each LED in parallel. Hook up each cathode to the common resistor. If each has its own resistor, wire each resistor to the positive terminal of the power supply
• Wire the anodes (the other terminal of the LEDs) to an SPST switch. Wire the other terminal of the switch to the negative terminal of the power supply. You now have an LED light circuit

Package Included:

• 1 x LED Emitter