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LumaDrive™, Advanced Energy’s series of pre-wired centralized remote driver systems, provides energy-efficient, cost-effective power for LED lighting. This platform includes 24 (NEMA 3R enclosure), 36, 72, and 144 kW cabinet systems for horticulture applications such as greenhouse and indoor growing, as well as industrial applications such as parking garages and warehouse environments. It enables fast deployment of scalable, efficient centralized power solutions that provide greater flexibility in designing and optimizing lighting layouts, improve energy efficiency, reduce overall operational costs, and simplify ongoing maintenance. The LumaDrive family can operate with various manufacturers’ luminaires, thanks to its highly programmable output parametrics and loop compensation. As part of an entire LED lighting system, LumaDrive systems reduce fixture weight, simplify maintenance with ground-level power and dimming controls, and enhance energy efficiency through native 3-phase power compatibility. Their user-friendly interface and controls and a scalable design allows the system to grow with the user’s needs.

Future-proof your RFPA system, ensure uninterrupted network coverage, and lower operating costs with Advanced Energy’s Artesyn® ADH1300-48S28 DC-DC converters. As power demands increase, these industry-standard ½ brick units deliver more power (up to 1300 W, 28 V, 46.5 A) without increasing form factor. Industry leading efficiency (nearly 96% at full load) also decreases energy usage and utility costs. The ADH1300 converter is thermally optimized and provides protection features against over-voltage, over-current, and short-circuit conditions. Low ripple, tightly controlled output voltage, and remote monitoring and configuration of a wide range of performance parameters, via PMBus interface, expand your ability to innovate new applications.

The FC2500 can be used as a standalone capacitor charger, and if needed, various low voltage modules can be added to the unit to provide further system power. This functionality provides extra flexibility to power other systems and applications. Low voltage modules can be connected in parallel and in series for application that require higher voltage and current requirements. The FC2500 has a unique built in intelligent control for capacitor charging, higher charge rates and power limit control.  There is also added control and monitoring capability via the analog and PMBus digital intelligent control system.   The FC2500 improves end users time to market by simplifying EMI and low leakage current approvals needed at end applications. It also has IEC60101-1 3rd edition and IEC60101-1-2 4th edition (EMC) safety agency approval.