With the continuous development and advancement of LED lamps, the competition in the market is becoming more and more fierce, and some unqualified products will also appear.
1. Observe the power factor of LED high bay light. The lower the power factor, the less the driving power supply and circuit design used by LED high bay light. This will greatly reduce the service life of LED high bay light.
2. We should focus on the quality of the lamp bead. Because the quality of the lamp bead directly determines the quality of the LED High Bay Light, and it also determines the quality of the chip and the packaging technology.
3. And then we should pay attention on the light effect. If LED high bay light use the same light chip, the higher the light efficiency, the higher the brightness; if the brightness is the same, the less power consumption, the more energy LED high bay light can save.
4. Finally we ought to focus on the heat dissipation of LED high bay light. If the lamp bead is at high temperature, the light decay will become very large, which will shorten the life of LED high bay light and affect its lighting effect.
In accordance with the above several items to measure the quality of LED high bay light, and choose the appropriate ones according to the environmental conditions
LED high bay light has low power consumption, high color rendering index, strong seismic capacity, long service life and environmental protection. It is the best choice for industrial plants, gas stations and other places, and it is also a safer lamp.
LED high bay light has high stability, long life of 25,000 to 50,000 hours, more than 10 times longer than traditional light source; green and environmentally friendly, no heat radiation, no harm to eyes and skin; the presentation of the actual color is more real.
LED high bay light can be used not only in industrial plants, but also in basketball courts, gas stations, toll stations, etc. It is a very good lighting fixture.
Most of the LED high bay lamps use high-power lamp beads as the main light source, and use imported semiconductor crystals, which have the advantages of high thermal conductivity, small light decay, and no ghosting.
This type of illuminator uses non-contaminated materials such as, so it has the advantage of being green and environmentally friendly.
It uses a very unique heat dissipation design, and is combined with the electrical box to effectively spread the heat, which in turn reduces the temperature inside the LED lamp, effectively ensuring the life of the lamp body.