Used ADVANCED ENERGY RFX 2500 #75404 for sale

ADVANCED ENERGY RFX 2500 is an advanced power supply equipment that was designed to provide reliable and consistent power to high-power applications. This power supply system is equipped with a modern and efficient power conversion design featuring both DC and AC power outputs. RFX 2500 features a robust and rugged enclosure, rated for 5500 W operation. It supports multiple connection points, allowing for the quick and safe connection of several devices. ADVANCED ENERGY RFX 2500 also features an adjustable power factor control that allows for tighter regulation of output current and voltage. This allows for better efficiency, stability, and safety. The power supply unit offers four power output channels. It has a total output power rating of 2500 V/A. With four independent outputs, it can provide a reliable power supply to multiple devices. The power supply machine also supports a 0-5% inverter cycle protocol, which ensures that the desired input voltage is maintained within acceptable ranges. It also supports both DC and AC power outputs. The power supply also features a sleek user interface that allows users to quickly and easily set up their desired input and output configurations. The power supply tool also boasts a wide operating temperature range from -20°C to +125°C, making it suitable for use in areas with extreme temperatures. Furthermore, it boasts a minimum ripple of less than 3% at full load and a standby mode that allows for a no-load operation of up to 20 hours. RFX 2500 power supply asset is designed to provide reliable and consistent power to high-power applications. It is equipped with a modern and efficient power conversion design and boasts an adjustable power factor control to allow for tighter regulation of output current and voltage. Its ability to support both DC and AC power outputs makes it suitable for use in areas with extreme temperatures. Its sleek user interface and wide operating temperature range make it an effective and versatile power supply model.