Used ADVANCED ENERGY LF-5 #9402649 for sale

ADVANCED ENERGY / RFPP LF-5 is a power supply module designed for long-term operation in research environments. RFPP LF-5 is an isolated low-frequency (1 to 100kHz) & low current (<50mA) primary-standard power supply, compliant with the latest IEC 60950-1 safety requirements. It features an intuitive graphic display, allowing for individual adjustment of output voltage and current, as well as an isolated monitor voltage output. This ensures reliable, precise, and safe performance of ADVANCED ENERGY LF-5 over many years of operation. LF-5 offers a wide range of precision control features, including pulse integration, integrated programmable range limits, and adjustable current and voltage trip points. The module is also capable of standing up to a wide range of environmental conditions, operating at altitudes up to 10,000 meters and temperatures from -25C to +70C. It is also designed for harsh environments, due to its IP65 dust/moisture and vibration ratings. ADVANCED ENERGY / RFPP LF-5 incorporates an adjustable internal shunt resistor to provide closed-loop measurement, resulting in increased accuracy and a fast settling time (20-30ms). It is able to maintain very tight regulation of output power across a wide range of load changes (1mA to 50mA). The single-phase input voltage of 200-240VAC (48Hz to 63Hz) can be connected over a wide range of nominal voltages of 230VAC or 115 VAC, coming in a 1U/19" rack design. RFPP LF-5's low-frequency technology was specifically developed to handle tasks requiring reliable performance in any research environment. Its patented design combines ultra-low switching frequency and high efficiency (up to 87%), helping to minimize power consumption and heat dissipation. This provides added reliability over prolonged periods of operation. ADVANCED ENERGY LF-5 is the ideal solution for research and industrial applications where flexibility, dependability, and long-term cost-effectiveness are a priority. It offers high output accuracy, simple operation, and protection against an array of environmental factors, making it the ideal low-frequency power supply for controlling long-term test and research applications.