Used ADVANCED ENERGY Navigator 5513 #9112149 for sale

ADVANCED ENERGY Navigator 5513 power supply is designed for use in high power applications with complex power delivery requirements. This power supply is optimized to provide precise and reliable power to today's innovative technologies that require constant and transient power. Navigator 5513 has an input voltage range of 180VAC to 264VAC, with a single phase of up to 270VAC, and a frequency of 47-63 Hz. The maximum power output of ADVANCED ENERGY Navigator 5513 is 13.2 kW, providing ample power to even the most power hungry systems. The efficiency of Navigator 5513 is 95%, ensuring that a maximum of all the energy input is converted to useful power output. Design wise, ADVANCED ENERGY Navigator 5513 has a compact form factor and is housed in a lightweight aluminum and plastic chassis which gives Navigator 5513 a maximum power density of 70W/in³. The exterior of ADVANCED ENERGY Navigator 5513 is also equipped with a user-friendly interface with LCD display and capacitive touch-pad controls, allowing for quick and easy system control and enabling the user to change various settings with ease. Navigator 5513 is also equipped with several built-in safety features, such as an auto-current limiting function that helps to protect against overcurrent scenarios, as well as a wide variety of output voltage and current programming options, allowing the user to easily customize the power delivery for their specific power requirements. In addition, ADVANCED ENERGY Navigator 5513 is equipped with a variety of communication protocols that allow for remote monitoring and control of the power supply, as well as a wide selection of protocols that enables the user to integrate with a wide variety of monitoring and control systems. Overall, Navigator 5513 is the go-to power supply for any system demanding highly-specialized, complex power delivery requirements. Featuring a 95% efficiency and 13.2 kW maximum output, ADVANCED ENERGY Navigator 5513 is the perfect choice for those demanding optimal power output with high efficiency.