MIRADA
室外照明采集
与家人见面
概述
LSI’s high-performance Mirada lighting solutions are made in America and valued by facility owners, 架构师, engineers and contractors for their quality, 可靠性和创新. 这些节能的, highly attractive LED fixtures give you more illumination options when considering the photometric requirements, architecture and size of your facility, and they are ideal for both new and retrofit construction projects. Available in multiple configurations and compatible with our AirLink Blue wireless controls, our Mirada luminaires are among the most versatile, 和流行, 美国户外装置. 除了, each of these luminaires meet DLC and 购买美国货法案 requirements, and all can comply with California’s Title 24 energy conservation requirements.
为执行而构建
为什么Mirada?
Regardless of mounting height or light level requirements, the Mirada family provides a consistent aesthetic
throughout your site with a coordinated collection of luminaries. This family seamlessly integrates into any
application and provides a visual that complements surrounding architecture. 有各种各样的尺寸和
安装配置, the Mirada Family gives you the flexibility and scalability for your next lighting project.
为什么是硅树脂光学?
- Designed specifically for parking lot applications
- Proprietary silicone refractor optics provide superior light coverage and uniformity
- State-of-the-Art one-piece silicone optic sheet delivers industry leading optical control with anintegrated gasket to provide IP66 rating
- 防碎的视
- Outperforms acrylic and polycarbonate lenses in the toughest conditions
What is High Performance 户外 照明?
- Wide Selection of 括号 for Retrofit Projects and Quick Mounting for True One-Person Install
- Terminal Block for Faster Connections and Easy to Access Electrical Compartments
- Programmable Drivers with Custom Lumen Outputs and 10kV Surge Protection Standard
- Thermally Optimized Heatsink with Robust Diecast Construction and High Efficacy LEDs on a Metal-Core Circuit Board
- Integral Standalone or Mesh Network controls that utilize Simple to use Software and Apps.
米拉达地区灯
Our Mirada area lights are available in three sizes that can produce a variety of outputs, allowing you to customize your lighting design to meet specific application requirements. Contemporary, sleek and low-profile styling helps our Mirada area lights blend into any environment. Each fixture delivers industry-leading photometry through the company’s molded silicone optical system and integral back light control. Our silicone optics do not age or discolor with UV and temperature exposure, and they are significantly more impact resistant as compared to thermoplastics and glass. If you are looking for long-term performance with superior thermal management and ingress protection for unmatched reliability, then our Mirada area lights are the perfect solution for you.
Mirada 帖子顶 & 带缆桩
Our Mirada 帖子顶 luminaires interweave modern, urban aesthetics with exceptional performance that scales well at almost any mounting height. 就像我们米拉达地区的灯一样, this product features industry leading photometry through the company’s molded silicone optical system and integral back light control.
Our Mirada带缆桩 is an ideal solution for low-level lighting applications such as entryways, 小径及人行道. 采用铸造外壳设计, as well as a robust shaft and base, this product provides durability against the harshest weather conditions. 除了, the Mirada带缆桩’s universal mounting base makes installation quick and easy – something that every contractor appreciates.
Mirada Post顶高流明
Mirada Post - Top - Pedestrian Scale
Mirada带缆桩
Mirada壁灯
Our Mirada介质 wall sconce is a sleek, feature rich solution for perimeter lighting that will compliment any building exterior while bringing a consistent aesthetic to your site. High performance silicone optics provide best-in-class performance for maximum uniformity and light projection that can cover large areas – often reducing the need for pole mounted luminaires and flood lights.
LSI’s Mirada小 wall sconce delivers high performance illumination that is ideal for lower mounting heights. With a large lens aperture and recessed LEDs, the Mirada小 greatly reduces brightness and glare without sacrificing photometric performance.
