TR9PX6KTF5G2

9PX6KTF5G2

Tripp Lite

Featuring a convertible design with an online double-conversion topology, the Eaton 9PX6KTF5G2 Online Double-Conversion UPS from Tripp Lite provides battery backup and power protection via sine waveform output, making it ideal for IT, edge network, and industrial applications in harsh electrical environments. Additionally, a preinstalled Gigabit network card enables full remote access and control for this 6U rack/tower device.This UPS comes equipped with an output capacity of 6000VA / 5400W, features an input voltage range of 200 to 240 VAC, and has integrated circuitry for EMI/RFI filters. The 9PX6KTF5G2 offers two NEMA L6-20R outlets, one NEMA L6-30R outlet, and 18 NEMA 5-20R outlets, all of which are managed and filtered with pure sine AC output. When running a full load, this UPS can power devices for up to three minutes. When running a half load it will last for about eight minutes. Up to 12 separately sold extended battery modules can provide hours of extended run-time. An integrated LCD display provides control while keeping you updated on critical load information in real-time. Other connections offered are a NEMA L6-30P input plug with a 10' cord, RS-3232 serial, USB-B, and RJ45 Gigabit Ethernet. ABM+ technology uses three-stage charging and monitoring to keep batteries cool while analytics predict when you should replace the battery.You Choose: Rackmount or Tower The Eaton 9PX6KTF5G2's rackmount or tower form factor makes it adaptable to your environment.Graphical LCD The easy-to-read local menu includes 13 measurements, 25 settings, 15 control functionalities, six points of identification and optional password protection are available at your fingertips. The LCD also tilts 45 for optimal viewing when configured in the bottom of a rack and can rotate to match rack or tower installations.Informed Power Management Know your power consumption down to the load segment with built-in energy metering that's accessible through the graphical LCD menu and Gigabit Network Card. This allows you to better understand your power consumption and make informed decisions about how to manage it.