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Moreover, LLLC models have varying levels of sensing capability. Since LLLC devices provide individual luminaire control and offer digital programming, there are a range of ways in which luminaires – or luminaire groups – can be controlled. As electrical contractors face ongoing (or worsening) labor shortages, LLLCs contribute to simpler installations, reduced callbacks, and can increase the number of jobs a contractor can handle. By reducing wiring and expanding set-up options, as part of a digital lighting control solution, LLLCs can save time, lower operating cost, and deliver a more future-proof install. But it is also a significant advantage to the building owner, occupant, and facilities team. This is a clear win for the contractor, who can bid the job more accurately and add value for their customers. Contractors can be confident the system can be installed and setup easily with limited callbacks. And as long as the LLLC works with the specified control system, you don’t have to worry about compatibility between the LLLC and the driver.
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Since these devices are pre-installed in the luminaire, driver compatibility is resolved before the luminaire is shipped. There is also no extra time required for installing sensors, no need to associate those additional devices in the system, and less room for error. LLLCs eliminate extra steps and system complexity. In comparison, when using a pre-installed LLLC that incorporates the sensors, you do not need additional, independent sensors.
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When you are using traditional, wired zone-control systems, occupancy sensors and/or daylight sensors may have to be installed for code compliance or to meet the client’s performance needs. When the LLLC devices incorporate sensor options – occupancy and/or daylight sensors – the luminaires can provide data to support advanced energy savings and other business decisions while simplifying installation. With LLLCs, wiring mistakes are minimized, and zoning decisions can be made after the luminaires are installed. The result is a system with very little flexibility. Complex space layouts with a large number of zones can make it especially difficult to wire the luminaires correctly and make troubleshooting even more challenging. If the lighting needs to be rezoned, the project faces rewiring and additional costs. This is important because the power and control wire must be zoned the same way. When a project uses wired, 0-10V drivers, contractors need to know exactly how the luminaire will be zoned before the job is installed. This can save time and further reduce the amount of material required on the job. In addition, LLLCs do not require a control wire to be run to the luminaire, which is necessary for wired applications. It can be just as easily adjusted from an app or dashboard with no new wiring. Luminaire zoning can be determined at any time, even after the installation is complete. Power wiring can be run independently of control wiring, which maximizes flexibility for the customer. Simple design, wiring, and installationįor the contractor, using a digital solution - LLLC devices or digital drivers - simplifies the wiring and installation of controls and luminaires. Using these technologies, sensor data can be used to tailor system setup to better reflect user patterns, manage energy use, and make the most of natural daylight in a space.
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Some manufacturers’ LLLC devices include occupancy sensors and daylight sensors that can either be built into the luminaire by the manufacturer or provided as part of a retrofit kit to update existing lighting systems in field installations. Equipped with this device, the luminaire can be individually controlled (or digitally grouped) to create lighting zones that meet the customer’s specific needs. While wired, fixture-level control has been possible for more than a decade, wireless technology puts flexible, adjustable, smart control well within reach for most projects from a budgetary and scheduling standpoint.įrom an industry standpoint, LLLCs are wireless lighting control devices integrated directly into a luminaire, typically by the manufacturer.
Luminaire level lighting controls (LLLCs) are helping to integrate these benefits into individual LED luminaires and redefine the way we think about lighting control in offices, classrooms, conference rooms, and more. Over the last 20 years, LEDs have made lighting more efficient, smarter, and versatile.
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