Eaton 93PX15K 93PX 15kVA 15kW High Efficiency Online UPS
Overview
The Eaton 93PX15K is a robust 15 kVA, 15 kW double-conversion online uninterruptible power supply (UPS) designed to deliver reliable, clean power for critical IT infrastructure, industrial automation, and medical devices. This high-performance UPS ensures continuous power protection by converting incoming AC power to DC and then back to AC, isolating connected equipment from all types of power disturbances. It is ideally suited for edge environments, small to medium data centers, and enterprise applications requiring maximum uptime and operational resilience. Featuring a unity power factor of 1.0, the 93PX15K provides the full 15 kW of real power, enabling it to support more connected loads than many equivalent VA-rated UPS systems with lower power factors. Its exceptional energy efficiency, achieving up to 99% in Energy Saver System (ESS) mode and over 96% in double conversion mode, significantly reduces operating costs and total cost of ownership (TCO) by minimizing energy consumption and cooling requirements. With its flexible 3U power module, the Eaton 93PX15K can be deployed as a rack-mount or standalone tower unit, adapting seamlessly to diverse physical environments. Management is simplified through the intuitive touchscreen display and the included Intelligent Power Manager (IPM) software, which offers compatibility with major virtualization platforms like VMware and Hyper-V for comprehensive monitoring and control. Furthermore, its versatile input/output phase connections (3:3, 3:1, 1:1) provide broad compatibility for various electrical configurations, making it a highly adaptable solution for evolving IT infrastructures.
Key Features
- Unity power factor (1.0) maximizes real power delivery to loads.
- Achieves up to 99% efficiency in ESS mode for cost savings.
- Flexible deployment as a 3U rack-mount or tower unit.
- Scalable design allows parallel operation for redundancy or capacity.
- Intelligent Power Manager for advanced virtualization integration.
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