Used LIEBERT FE240G-AA1 #170426 for sale

LIEBERT FE240G-AA1 is a power supply with 240 Volts AC input, and an output of 208-240 Volts AC, 24 Amps output current, 1.1 KVA. It has an inrush current of 62.5 Amps and a power factor of 0.9. It features a low dB frequency of 115/230VAC @ 50/60Hz and a power factor of 0.98. This power supply offers a wide range of features, including a step-down transformer which provides energy savings, reduced energy costs and improved energy efficiency. Additionally, FE240G-AA1 features over-voltage protection, over-temperature protection, under-voltage protection, and short-circuit protection to prevent any excessive occurrences or risks of voltage or current that may cause damage to the power supply or attached components. LIEBERT FE240G-AA1 also comes with a UL, CSA, and CE certification, ensuring the quality of both the product and its power. It meets all environmental regulations, including ENERGY STAR, which allows this power supply to be used in both commercial as well as residential applications. This power supply also has a three year warranty, giving you added confidence that your investment is protected. FE240G-AA1 is designed with a universal input design, allowing for flexibility and compatibility with both single-phase and three-phase operations. This power supply is also designed with a Line Interactive Topology, which provides the capability to meet short-term peak loads and reduces the risk of power interruptions and brownouts. Additionally, LIEBERT FE240G-AA1 can be installed quickly, as it features a 'Plug-and-play' connection, allowing for simple and quick operation. Finally, this power supply is designed for noise-critical applications. FE240G-AA1 has a minimal audible noise level of 35dB and an 80% power efficiency rating which means that only 20% of the electricity is lost as heat. This means that the power supply is highly efficient, producing less heat and producing fewer emissions during operation. It also features a built-in fan to provide additional cooling, allowing the power supply to operate at its maximum efficiency.