Used ADVANCED ENERGY HFV 8000 #9193984 for sale

ADVANCED ENERGY HFV 8000 is an advanced high frequency power supply designed to provide reliability, efficiency, and flexibility for a wide variety of applications. This power supply has a rated power output of up to 8000 W and a voltage output range of 0 to 18 V, allowing it to be used in a broad range of systems. It features a comprehensive set of safety and control functions, such as current limit, overvoltage protection, and thermal shutdown. The power supply is designed to facilitate uninterrupted service, making it suitable for autonomous systems and those that require reliable operation. As well as delivering high quality output, ADVANCED ENERGY HFV8000 is designed to provide efficient operation with minimal energy consumption. This is achieved with a power factor correction of up to 0.9 and minimal standby power, reducing waste and allowing for efficient energy management. In addition to great performance, HFV-8000 is also highly adaptable. It features a wide array of control and communication options, making it simple to integrate and manage in a range of complex systems. Through digital communications with a USB port, it can be remotely monitored and controlled, allowing for hassle-free management and greater insight into system performance. HFV 8000 is designed for extreme reliability and to offer maximum safety for personnel and equipment. It comes with various safety features, such as a mains fusing to protect from excessive overloads, an insulated chassis to protect against power leakage, and an IPX5-rated water and dust-resistant construction. Additionally, the power supply is designed to operate in extreme environments, featuring an operating temperature from +5 to +45 °C. In sum, ADVANCED ENERGY HFV-8000 high frequency power supply is an excellent choice for a wide variety of applications. It provides reliable and efficient power output and features a comprehensive set of safety and control functions. Its flexibility and adaptability allow for easy integration and efficient management of multiple systems.