Description

APC Symmetra PX 10kW Power Module SYPM10KF2

The APC Symmetra PX 10kW Power Module SYPM10KF2 delivers 10kW of scalable power to enhance and expand Symmetra PX 20, 40, or 100 kW UPS systems. Designed with double conversion online technology, this high-efficiency module ensures consistent, pure power for mission-critical IT equipment and enterprise systems.

With support for 208V input and output, this 3-phase power module minimizes harmonic distortion to less than 5% and operates with an input power factor of 0.99. Its compact form factor (5.20 in height, 19.02 in width, and 27.56 in depth) ensures easy integration into existing systems.

This black, non-rack-mountable module includes installation guidance and provides exceptional thermal efficiency with 2970 BTU/h dissipation at full load. Operating within 32 to 104°F, the SYPM10KF2 supports enterprise-grade reliability and scalability for power continuity.

Key Features:

• Power Output: 10,000 VA/10,000 W for enterprise-level scalability.
• Input/Output: 208V, 3-phase for compatibility with industrial power infrastructures.
• Technology: Double conversion online for pure sine wave output.
• Distortion: Harmonic distortion below 5% at full load.
• Design: Compact and lightweight with black color finish.
• Cooling: Thermal dissipation at 2970 BTU/h under full load.
• Environment: Operates within 32–104°F (0–40°C).
• Compliance: cUL Listed, UL Listed, FCC Part 15 class A, ISO 9001, ISO 14001 certified.

Why Choose the APC Symmetra PX 10kW Power Module SYPM10KF2?

The APC Symmetra PX 10kW Power Module SYPM10KF2 provides scalable, high-performance power to support critical business operations. Its high-efficiency design reduces energy loss, ensuring maximum uptime and reliability for sensitive infrastructure.

Built to integrate with Symmetra PX UPS systems, this module delivers seamless power protection with pure sine wave output, remote monitoring compatibility, and easy installation. Its high thermal efficiency and low harmonic distortion ensure stable, long-term operation for data centers and enterprise environments.