Lighting Control Module, 12V AUX Power, 0-10V Dimming, 120-277V

The Trace-Lite LE-C3 Lighting Control Module is a LiteLogic-compatible fixture controller designed to provide power and control integration for lighting systems requiring low-voltage sensor connectivity. The LE-C3 enables luminaires without auxiliary DC output to support compatible sensors and wireless control devices by supplying 12VDC power and control wiring interfaces. The unit delivers a 12VDC, 200mA auxiliary output to power connected sensors and control devices, allowing seamless integration with occupancy sensors, daylight harvesting controls, and other LiteLogic components. It also includes 0-10V dimming wires to support bi-level motion control and dimming functionality within lighting systems. Designed for flexibility, the LE-C3 includes an integrated relay capable of switching connected loads on and off in response to low-voltage control signals. This makes it ideal for applications requiring high-voltage load control through low-voltage sensor inputs. The module operates on 120-277VAC input and supports a maximum load of up to 6-10 amps depending on configuration. Its compact design allows installation within lighting fixtures or electrical enclosures using standard 1/2-inch knockout connections. Constructed with durable UL 94-5VA rated housing and designed for indoor use (IP20), the LE-C3 is built for reliable long-term performance in commercial lighting environments. The unit is UL listed and compliant with applicable safety standards, ensuring dependable operation in code-compliant installations. By enabling low-voltage sensor integration, dimming control, and load switching in fixtures without built-in auxiliary power, the Trace-Lite LE-C3 provides a practical and scalable solution for modern lighting control systems. Ideal for commercial applications such as offices, warehouses, retail spaces, and industrial facilities, the LE-C3 Lighting Control Module enhances energy efficiency and system flexibility within LiteLogic-enabled lighting networks.