Test Components

When it came time to replace its outdated lighting system, Intermediate District 287 (ISD 287) sought to improve the quality of the lighting for its employees, save energy, and incorporate more control and flexibility into the system. So, when ISD 287 looked to modernize the lighting system in one of its 60-year-old buildings, the team saw an opportunity to go beyond basic LEDs. A luminaire-level lighting control (LLLC) system was the perfect fit.

Lighting codes in Minnesota are evolving. New energy, fire, and electrical requirements now shape how lighting is controlled in commercial, industrial, and multifamily building. From improving efficiency and comfort to ensuring safe emergency egress, these codes ensure lighting works to meet Minnesotan's needs. 

Wireless lighting systems need to be reliable by nature, secure by design, and compatible by scale. To achieve that reality, wireless technology must be understood in a way that eliminates confusion and helps drive alignment. 

This guide outlines three different methods of documenting the sequence  of operations (SOO) and describes the pros and cons of each approach. 

Watch this 5 minute video on luminaire-level lighting controls. This short, educational video will walk you through the basics of LLLCs, primary control strategies, and the unbeatable flexibility offered by these systems. 

For systems capable of luminaire-level lighting controls (LLLC) and other networked lighting controls systems (NLCs), the DesignLights Consortium’s® Qualified Product List (QPL) serves as a reliable resource for efficient lighting solutions.

Unlike traditional centralized lighting control systems, LLLCs enable granular, fixture-level adjustments, allowing for greater flexibility in managing energy while enhancing occupant comfort. This resource highlights important control strategies that should be implemented with LLLCs.