Please read our [legal disclaimer] before proceeding. By clicking accept below, you agree to our terms and conditions and can then proceed to your download.

The lux to lumens calculator below will help you choose the illumination solution that best meets the specific requirements of your application.  Banner Engineering offers a number of high-quality, energy-efficient LED lighting products that can be used to solve a diverse range of industrial applications.

Share your visionary lighting ideas Share your visionary lighting ideas with us. Simply tag @xal_lighting in your next Instagram post to become part of our inspiring lighting community.

The Illuminating Engineering Society (IES) recommends illumination levels for hundreds of specific applications in industrial settings. This article explains how to determine lighting needs by looking at lux and lumens.  You can also calculate lux to lumens using the tool below. Â

We use technologies to collect information about your use of our site. By clicking accept, you agree to the use of these capabilities for a better experience and marketing purposes.

15 mm profile fits in tight spaces other lights cannot. Installs in minutes. Low power ideal for mobile & battery-operated applications.

The WLB72 Series High Output LED Industrial Strip Light enhances overall visibility, improves worker productivity, and reduces energy costs in a variety of applications requiring bright, uniform illumination.

A sacred space, reimagined: a former church in Vienna's 7th district has been transformed into a dermatological practice that sets international standards. Reduced design meets historical substance. Read more about the subtly integrated lighting solution with MOVE IT PRO, which combines efficiency and aesthetics, creating an atmospheric stage for this extraordinary spatial design.

Lumens: The total output of visible light from a light source is measured in lumens. Typically, the more lumens a light fixture provides, the brighter it is.

Reliable, real-time vehicle detection ensures operations stay on track. From rainy loading docks and busy drive-thru lanes to active warehouses and high-traffic car washes, radar sensors provide the accuracy and dependability needed for enhancing efficiency and protecting assets in any environment.

Amidst the dunes of Sylt, Lanserhof combines architecture, nature and health culture into a holistic experience. The carefully considered lighting concept is understated, warm and intelligently controllable, and it specifically supports the well-being of the guests.

This feature is available to users who have agreed to accept cookies from Banner Engineering. Would you like to learn more or change your cookie preferences?

It all begins with a passion for light. For 35 years, XAL has been working with lighting designers, architects and planner to develop custom luminaires of the highest technical standard, which impress with their style and aesthetics. There is always one goal: to push the boundaries of the technically feasible, enabling visionary designs. We can meet this challenge because our employees in our design labs as well as production and sales locations around the world deliver top performance. Being on-site for our customers is essential for mutual success.

This article explains common challenges for lighting in industrial environments and considerations for extreme conditions.

Lux: The amount of light that is cast on a surface is called illuminance, which is measured in lux. This can be thought of as light intensity within a specific area. Â

Summary: Providing the right amount of light for a task can have a significant impact on efficiency, productivity, and safety. The amount of light needed to properly illuminate a task or process can vary by application.

Brightest, adjustable, uniform light for low bay lighting & robotic work cell applications. Easy installation with a variety of mounting options.

One lux is equal to one lumen per square meter (lux = lumens/m2). Essentially, as light travels from the emitter, it will disperse throughout an area. The further the light has to travel the more it will be dispersed. Therefore, the amount of lux in an area or on a surface can vary depending upon the distance the light travels and the angle at which it is dispersed.

Where the lumens provided by a given emitter are the same, light that travels less distance and/or is more narrowly focused will appear brighter because lux are concentrated in a smaller area than light that has traveled a greater distance and has been dispersed over a wider area.Â

Share your visionary lighting ideas Share your visionary lighting ideas with us. Simply tag @xal_lighting in your next Instagram post to become part of our inspiring lighting community.

The document will be available in your library until the end of your session. To save permanently, please create an account.

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service  apply.