Power Supply Adapters for:LED Lights • Hard Drives • Monitors
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These standard 12V Power Supplies are ideal for all home or consumer application. They have a very low failure rate, and are covered by a 1 year warranty.
These UL listed power supplies recieve the highest level of testing, and are UL certified for
manufacturing quality. They have a 0% failure rate, and come with a 2 year
immediate replacement warranty.
This power adapter supplies a constant current, Ideal for all types of
LED based lights, including signs, camera lights, LED strips and many more.
Hi, I am looking for a standard 12 volt/2 Amp cable with a barrel that Calle Baughurstis 5.5mm on the outside, and 2.5mm on the inside - center pin positive.
Hi ML. All the power supplies on this site come with the standard 5.5mm x 2.5mm barrel. They all center positive. So any of the 12 volt power supplies will match the connector that you need.
hi my electrician is wiring my solar lights so they ll last longer i need anything esp if its a plug thats 1.2volts and 600 milli amps and then i have to waterproof it any ideas of what i could use thanks
Hi Karynn.. For any outdoor application, you should use one of the waterproof water supplies. These can be installed outside... in the rain, (but not for submerged use). They come in 12 Volt 2.5 Amp Size and 12V Volt 5 Amp Size. For all load from 1A to 2.5A (12W-30W) use the 12V 2.5A, for all loads from 2.5A to 5A, use the 5A unit.. Simple as that.
I need to replace a Foshan Hanyi AC adapter, model HSY70-12. Please offer suggestions.
HI Brandon***. I am unable to give you details about specific model numbers. In order to find the correct power supply, you have to find the voltage of your device, as well as the maximum amp, or watts it uses... then you just have to match the voltage exactly, usually 12 Volts, and pick a power supply that is the same, or bigger in Amp rating than your device. So if your device is 12 Volts, and uses 2.5A, you can use a 2.5A power supply, but even better, use a power supply that has a slightly highr capacity, such as 3A or More. This way the power supply will run cooler and more stable, than one running at it's maximum capacity. If you only have the rating of your device in watts, then you simply divide by the voltage to get amps. For example, a 12V motor, running at 60 watts. You would divide 60W by 12V, which means it is a 5 Amp device. I hope this helps. Let me know if you have any other questions.