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The ELC system is a distributed control system with stand-alone functionality similar to the SLC system. We offer various competitive lighting control modules such as 4eRM, 4sRM, and 6sRM relay modules.

The ELC system adopts our software “Smartrol 3.1” and “WeBAS 1.0” to provide various functions. The SCU acts as a link device between the software and each lighting control module in the field, and up to 100 units can be connected for wide-area control. In large-scale projects, SCUs are installed at each site with fiber optic connections to ensure more stable and faster data communication.

Each relay module (4sRM, 6sRM, 4eRM) has stand-alone functionality, so even if the central monitoring system is inactive, local control panels continue to operate based on preset programs. In addition, by connecting DALI masters, wireless gateways, and EnOcean switch receivers to the ELC network, integrated ON/OFF and dimming control of LED fixtures is possible.

It also operates as a parking lighting control system by linking motion sensors and time schedule control. The smartphone app and the Smartrol software in the central control room complement each other. In particular, users can perform scene control via smartphone instead of switches.

The newly designed lighting control modules and switches enhance the value of building lighting control. Customers can implement their desired control concepts through integrated control with various modules such as relay control modules, DALI dimming modules, and wireless dimming modules.

This system utilizes MRBAS software “Smartrol 3.1” to provide various functions. The SCU serves as a link device between the Smartrol software and field lighting control modules, and up to 100 units can be connected for large-scale control. In large projects, SCUs are installed at each site with fiber optic connections to ensure stable and fast communication. The newly designed modules and switches further enhance lighting control value, and integrated control with various modules allows full realization of user-defined control concepts.