time:2021-08-09 source:ZJ Lighting Views:254
While processing the LED wall washer, pay attention to the light effect of the product. The product is processed with non-linear light effect to promote clear light effect and bright pattern in use. And the color of the light is also very rich and natural. Brings an extremely comfortable visual effect. So it is very suitable for installation in public places, and the wall washer has a unique color changing function. It can make the products more beautiful and eye-catching in commercial applications and attract more people's attention. Therefore, such wall washer lamps are well received by people. The products have undergone a series of processing treatments to ensure that the products are extremely stable and durable and reliable in long-term use.
A good LED wall washer must be driven by high-quality and high-power output efficiency, high-efficiency LED light source and high-efficiency radiator, the perfect combination of three components, no matter how good the drive is, if it does not match the light source, the same will be caused. To achieve the best luminous efficiency, the driver and light source generate heat, which will lose a lot of energy and power. As we all know, the heat dissipation conditions of LED wall washers determine the life of LED lamps, no matter how good driving power and light source are used, heat dissipation No, even if the initial luminous efficiency of the lamp is high, it will quickly decay, causing it to not be used normally.
The power wall washer is relatively large in size and better in terms of heat dissipation, so the difficulty in design is greatly reduced, but in practical applications, it will also appear that the constant current drive is not very good, and there are many damages. So how to make the wall washer work better, the focus is on control and drive, control and drive.
Application of high-power wall washer Let us analyze the main application occasions and achievable effects of the wall washer. The high-power wall washer is controlled by a built-in microchip. In small engineering applications, it can be used without a controller. It can achieve dynamic effects such as gradual change, jump change, color flashing, random flashing, and gradual alternation. It can also achieve chasing, scanning and other effects through the control of DMX.