APC Symmetra LX XR Communication Card

Overview

The APC SYAFSU16 is a communication card designed specifically for Symmetra LX XR uninterruptible power supply (UPS) systems. It provides a streamlined way to monitor and manage your power infrastructure, delivering clear status updates and control options without adding unnecessary bulk. With a compact size of 1.7 inches high, 17 inches wide, and 7 inches deep, and weighing just 5 pounds, it fits neatly into the Symmetra LX chassis and is easy to install during routine maintenance or urgent service needs.

Key features

• Purpose-built to integrate seamlessly with APC Symmetra LX UPS systems for reliable communication
• Enables straightforward monitoring and control of connected UPS units, helping you respond quickly to power events
• Compact and lightweight design allows for easy handling and installation by a single technician
• Durable black and silver finish matches the Symmetra LX hardware, maintaining a consistent rack appearance
• Wide operating humidity range from 5 percent to 95 percent supports use in varied environments such as server rooms and edge locations

Key specs

• Dimensions: 1.7 inches (H) x 17 inches (W) x 7 inches (D)
• Weight: 5 pounds
• Operating humidity: 5% to 95% relative humidity

Connectivity and compatibility

This communication card is engineered exclusively for the Symmetra LX XR UPS chassis, ensuring full compatibility and seamless integration. It provides direct communication channels to monitor UPS status and control power management functions, making it an essential component for maintaining mission-critical uptime.

Ideal uses and environments

The SYAFSU16 card is well suited for IT managers, facility teams, and systems integrators who depend on Symmetra LX units to protect critical infrastructure. Its robust design and wide humidity tolerance make it a strong choice for server rooms, network closets, and edge locations where environmental conditions may fluctuate. This card supports efficient power management in environments that demand high reliability and quick response to power events.