TRIPP LITE SU5000XFMRT2U User Manual

The TRIPP LITE SU5000XFMRT2U is a step-down isolation transformer designed to convert high voltage 208V input from generators, utilities, or uninterruptible power supplies (UPS) into low voltage 120V output. This transformer is particularly useful in environments where equipment requires a lower voltage than what is provided by the power source.

Key Features:

• Power Handling Capacity: The transformer has a capacity of 5kVA (5,000 watts), making it suitable for various applications that require reliable power conversion.
• Input and Output Specifications: It features an L6-30P input plug and comes with a 10-foot (3.05 meters) AC cord. The output includes 12 NEMA 5-15/20R receptacles that can accommodate standard 5-15P and 5-20P equipment plugs, along with an additional L6-30R outlet for high-voltage output.
• Installation Flexibility: The unit supports multiple installation options including 2U rack-mount installations with included brackets for four-post enclosures. It can also be installed in two-post racks using an optional accessory kit (2POSTRMKITWM) or as an upright tower using another optional accessory (2-9USTAND).
• Overload Protection: To ensure safety and prevent damage from overload conditions, the transformer is equipped with four built-in 20A circuit breakers.
• Warranty: The product comes with a two-year limited warranty, which covers defects in material and workmanship when used according to the provided instructions.

Physical and Environmental Specifications:

The transformer is designed to fit within standard rack dimensions, requiring only a maximum depth of 20.75 inches for installation. Its robust design ensures it can operate effectively in various environmental conditions typically found in data centers or industrial settings.

In summary, the TRIPP LITE SU5000XFMRT2U serves as an essential component for converting high voltage inputs into usable low voltage outputs while providing flexibility in installation and ensuring safety through built-in protection mechanisms.