Used RFPP RF25M #9314018 for sale

RFPP RF25M is a compact, high-efficiency, multiphase power supply designed for industrial and commercial applications. It features a 25A maximum output current and up to 15A per phase, providing reliable voltage stabilization and current regulation. Its synchronous rectification technology ensures efficient operation, and the adjustable overvoltage protection provides reliable protection against overvoltage. The adjustable output voltage range of up to 90V helps maintain a steady, accurate output voltage. RF25M is designed for motion control, power conversion, electrical system design, and drives. It is well-suited for applications that require high power and efficient DC bus operation. It has a wide range of bus voltages and can handle up to 25A. The device is highly efficient, with a peak efficiency of 96% and an average efficiency of 94%. Its low power dissipation combined with its high efficiency leads to reduced operating costs. RFPP RF25M is equipped with an input connector, load connectors, a protective cover, and a universal AC input (90-264VAC). It has adjustable output voltage from 20-90V, adjustable current limit, an inrush current limiter, and short circuit protection. It also has an active load disconnect feature which disables the output when needed. The device also features an ultra-low EMI filter which suppresses high-frequency noise and ensures reliable operation in industrial applications. The filter also gives RF25M superior transient response. The device is also designed in accordance with the IEC 61131-2 standard and features a built-in braking system for adjustable speed control. Overall, RFPP RF25M is an efficient, reliable, and reliable power supply with a wide range of applicability. Its adjustable output voltage, adjustable current limit, short circuit protection, and EMI filter make it an ideal choice for industrial and commercial applications. Its adjustable temperature range of -20 to 60 degrees Celsius also makes the device suitable for a wide variety of environmental conditions.