ultra thin 18mm led power supply
The ultra-thin power supply adopts an ultra-thin body and high-quality power circuit design. It is a relatively high-end LED power supply that can replace some big brands and the effect is even better.
1. Ultra-thin
The whole machine is ultra-thin, the thickness of the power supply is only 18mm.
2. Waterproof level
The waterproof level reaches IP67, so it can be safely used in outdoor lighting projects and landscape projects.
3.Power factor
The higher the power factor, the less reactive energy is transferred between the power supply and the circuit. A low power factor indicates high reactive power, which reduces equipment utilization and increases line power supply losses. Therefore, in power engineering, it is hoped that the higher the power factor, the better. Improving the power factor of electricity can not only improve the utilization rate of the power system and equipment of electricity-consuming enterprises, but also improve the power generation capacity under the same conditions of power generation equipment. Moreover, it can reduce power loss and improve power quality. It is a very important technical measure to save power. The power factor of Yanshuoda ultra-thin waterproof power supply D series is above 0.95.
4.Efficiency
The efficiency reaches 93.5%, and the high-efficiency power supply is environmentally friendly and energy-saving; the high efficiency of the LED power supply can reduce the power loss. For example, an LED power supply with an output power of 150w, when the efficiency reaches 95%, its loss is 7.9w; when The efficiency is only 85%, and its loss reaches 26.5w; and a high-efficiency power supply can extend its service life and greatly improve reliability; the high efficiency of LED power supplies can significantly reduce the operating temperature of LED lamps and delay light decay.
5. Protection function
Built-in multiple protection circuits, in the event of over-temperature, overload, over-voltage or short circuit, the output will be turned off and will automatically recover after the abnormality is eliminated.
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