EnOcean 902MHz Wireless Controller with Sensor for Xitanium SR & Dexal Drivers
• Full digital passive infrared
• Light level
• Wireless communication
• Daylight harvesting
• Zone control allows multiple fixtures to share data
• Powered from driver
• Energy reporting at fixture level
• Remotely configurable
Local Control: An on board microprocessor and memory allows for standardized operation at the fixture level, eliminating the reliance on software or network configuration. Mx-OPUS-CHMLD can be utilized out of the box with default settings, manually paired to sensors and switches or configured for advanced operation through AirConfig (download.magnumes.net). Even advanced schedules, preferences and behavior settings can be accomplished using simple drag and drop remote configuration in a localized fashion, even after installation is completed.
Software Driven: The Mx-OPUS-CHMLD can also be used with Magnum’s VenergyUI software, allowing users to utilize their mobile devices to connect to the lighting network and control fixtures remotely. VenergyUI includes macros, scheduling, demand response and real time energy reporting of each fixture.
Integration to BAS: The Mx-OPUS-CHMLD has the ability to communicate information through Magnum’s eBox (Mx-EBOX) and into an existing building automation system. When driven by the Philips Advance Xitanium SR LED driver, the driver provides energy reporting data directly to the sensor unit. This data can then be communicated to the Mx-EBOX and visualized in the BAS. The convergence of lighting and building automation allows for granular information to be communicated to the BAS for improved operational efficiency.