Used ADVANCED ENERGY RFG 5500 #293655159 for sale

ADVANCED ENERGY RFG 5500 is a modular power supply featuring high power density, precise control and an ultra-wide output range. Its robust design enables high flexibility and scalability, making it an ideal choice for a variety of demanding applications. With its 5.5kW output, your equipment can easily scale up to meet increasing system power demands. ADVANCED ENERGY RFG5500 features a maximum power rating of 5.5kW, and delivers both AC or DC power with an output voltage range of 0-99 Volts. It is highly efficient, with a maximum fault current of 23A. The power supply design ensures precise control and output accuracy, with an efficient switching mode topology that minimizes switching losses and reduces noise levels. Additionally, the power supply has integrated current and protection limiting, providing important safety measures in case of a fault event. RFG-5500 offers a power density of up to 12W per cubic inch, making it perfect for space-constrained applications. The power supply is also designed to minimize heat and improve unit performance. With a maximum power rating of 5.5kW, RFG 5500 can operate continuously at ambient temperatures up to 65°C. The power density, relatively low power consumption and efficient thermal design make the power supply well suited for industrial, scientific and medical applications. ADVANCED ENERGY RFG-5500 also offers high scalability, allowing you to easily expand your machine's capabilities by simply adding more modules. With up to four modules per bus, you can quickly expand your tool's output power and make sure it can keep up with growing demands. All in all, RFG5500 is an ideal choice for a variety of demanding applications, from industrial, scientific and medical systems, to materials testing and manufacturing. This highly durable, compact and scalable power supply provides precise control and highly efficient performance, with an output power of 5.5kW and a maximum faut current of 23A. Its multifunctional design makes it ideal for space-constrained projects.