High Power LED Wall Washer of BENWEI Lighting
For large-scale, high-brightness architectural and landscape illumination, BENWEI Lighting LED wall washing lights are high output linear LED fixtures created to generate high intensity washing, grazing, or flood lighting. The sturdy LED fixture produces a strong flood of light that is accurately aimed and projected across great distances. The submersible, outdoor light fixture is designed to provide steady light output with exceptional energy economy, dependability, and light quality. The professional architectural LED lighting system will alter how people perceive architecture at night thanks to its single-color or multi-color RGB light control, which enables advanced brilliant light output.
The 27 high power LED modules of the high output LED wall washer were created particularly to give stunning colours and brightness levels, as well as a high level of protection against all environmental effects. These linear lighting fixtures may produce a single colour (red, green, blue, yellow, or white) using monochrome diodes, or they can produce RGB light by mixing and matching several LED colours. High-intensity dazzling white or clever coloured light washes are produced by BENWEI Lighting in a variety of beam angles, including 8°, 10°, 20°, and 30° x 120°. The BW-WW-34W can handle a wide variety of façade or surface illumination applications, including the illumination of skyscrapers, retail centres, bridges, hotels, stadiums, amusement parks, and water features. It also supports a wide range of colour and light dispersion customisation choices.
A key component of this robust, high-performance LED fixture is YD's inventive engineering, which raises the bar for product dependability. Traditional outdoor LED lighting uses sealant to achieve a brief duration of weatherproof and waterproof ingress protection. The chemistry of sealant will undoubtedly deteriorate over time when exposed to harsh climates. A proprietary secondary packaging technique is used to hermetically enclose the LED modules used in BENWEI Lighting fixtures. Completely encased LED modules provide optimum waterproof integrity and weatherability with one-piece moulded, UV stabilised PVC housing, which is not achievable with silicone or epoxy potted LED light fixtures.
High thermal conductivity nanomaterials are used in the high power LED modules to effectively remove heat from the semiconductor junction. This results in superior thermal management. High thermal resistance of the PVC casing allows it to survive harsh temperatures of up to 200 degrees Celsius. Bulky heat dissipation components may be eliminated from secondary packaging of LED modules using thermally optimised materials, which reduces the size of outdoor lighting systems.
Specifically photometric distributions are guaranteed by a unique optics design to maximise use in each application.
The linear wall washing fixture has removably integrated waterproof LED modules that offer application versatility and ease of maintenance. These fixtures may be daisy chained or joined end to end utilising a straightforward mounting and connecting mechanism. These lights' flexible installation enables them to produce natural flows or smooth light lines that precisely mimic the contours of any architecture.
Product attributes
1. High-intensity lighting with elaborate architectural and landscape lighting designs.
2. Using high power, long-lasting, low-maintenance LED modules with excellent thermal control.
3. Available in monochrome and RGB variants for dynamic full colour illumination or high quality white light.
4. Up to 16.7 million colours can be blended seamlessly into each RGB pixel.
5. Hermetically sealed PVC housing provides robust protection against environmental damage.
6. DMX consoles are simple to configure.
7. Supports the deployment of applications at both local and large scales.
8. A straightforward connecting technique that allows for extensive route lengths.
9. Utilises 36 volts of DC electricity.
10. IP68 certified to function in water up to a 20-meter depth.
