| Management number | 241249216 | Release Date | 2026/07/17 | List Price | US$923.08 | Model Number | 241249216 | ||
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The CyberPower PR3000RTXL2UACN is a smart uninterruptible power supply (UPS) designed to provide clean and stable power to critical electronics such as servers and networking equipment. Delivering 3000VA and 3000W of pure sinewave output, it ensures sensitive devices receive consistent power even during outages or voltage fluctuations. Its flexible rack or tower design fits well in data centers, server rooms, and office environments, while features like Automatic Voltage Regulation and a rotating LCD panel make monitoring and maintaining power straightforward.
This UPS is designed to integrate seamlessly with a variety of critical equipment, including servers, networking devices, and other sensitive electronics that require stable power. The nine outlets provide ample connections, with four prioritized for essential loads to ensure they remain powered longer during outages. The pre-installed remote management card supports network-based monitoring and control, making it suitable for IT environments where remote access is necessary.
The PR3000RTXL2UACN offers flexible installation options, allowing it to be mounted in a standard 2U rack space or used as a tower unit. This adaptability makes it easy to fit into existing setups without requiring additional space or hardware modifications. The rotating LCD panel simplifies status monitoring regardless of installation orientation, and the hot-swappable battery design means maintenance can be performed without interrupting power to connected devices.
This UPS is a strong choice for data centers, server rooms, and office environments where reliable power protection is critical. It suits IT professionals managing multiple devices or locations who benefit from remote monitoring capabilities. The unit’s clean sinewave output and voltage regulation make it well suited to sensitive electronics that cannot tolerate power fluctuations, while its energy-efficient design helps reduce operational costs in continuous-use scenarios.
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