Optoelectronics
AEG Power Solutions Announces New Wireless Controller for the Lighting Market
As the lighting market moves towards more sophisticated control systems to reduce costs and impact on the environment, AEG Power Solutions (AEG PS) has announced its ZCM-C range of controller modules based on wireless mesh networking. These controllers can provide substantial energy savings by allowing light fixtures to supply only the amount of light actually required at any instant. They are capable of standalone operation without the need for a central controller, making them ideal for smaller installations such as parking lots, warehouses or campus lighting.
WithWireless mesh networking allows operation over a wide area while minimizing power consumption, and completely eliminates the need for control wiring which can otherwise be a barrier to upgrading existing installations. The ZCM-C interfaces to the driver or lighting ballast via an industry-standard 0-10V dimming signal, and includes a switched output to allow full control of the AC power to the light fixture. The modules are self-powered from wide range AC input and provide a low voltage auxiliary output for use with motion sensors, light sensors or other equipment.
“With the introduction of the ZCM-C Series, we are allowing customers to realize more return from their investment in LED lighting by further lowering energy consumption of the entire system,” said Robert Vosburgh, North America sales director, AEG PS. “The value proposition of LED lighting is its payback over a long period of time. Sophisticated, real-time control of light intensity dramatically reduces the payback period.”
A key benefit of the ZCM-C is its “set-and-forget” simplicity of use. Even though it offers a full range of lighting control options, it can be installed very easily and does not require any central controller. All functions are programmable through a dedicated graphical user interface (GUI) which not only simplifies initial setup but also allows changes to be made very easily when required.