APC SYMIM5 Symmetra LX Intelligence Module

Overview

The APC SYMIM5 is an intelligence module designed specifically for Symmetra LX uninterruptible power systems (UPS). It enhances the monitoring and management capabilities of these UPS units, providing IT administrators with detailed insights into power performance. This module is compact and lightweight, measuring 1.63 inches in height, 6.63 inches in width, and 19.63 inches in depth, and weighing only 5 pounds, making it easy to install and handle in tight spaces.

Key features

• Plug-in design that fits directly into the Symmetra LX UPS without the need for rack mounting hardware, simplifying installation.
• Advanced monitoring functions that deliver real-time data on power conditions, helping to prevent downtime and protect critical equipment.
• Compact footprint and lightweight construction allow for flexible placement even in crowded equipment rooms.
• Durable build quality ensures reliable operation in demanding environments such as data centers, branch offices, and laboratories.
• One-year parts-only warranty from APC provides peace of mind and support from a trusted energy protection brand.

Key specs

• Dimensions: 1.63 in height × 6.63 in width × 19.63 in depth
• Weight: 5 pounds
• Compatibility: Designed exclusively for APC Symmetra LX UPS systems
• Warranty: One-year parts-only coverage from APC

Installation and setup

The SYMIM5 module installs easily by plugging directly into the designated slot on the Symmetra LX UPS. It does not require additional rack rails or mounting hardware, which reduces setup time and complexity. Its lightweight design also makes it convenient to handle during installation or maintenance, even in confined spaces.

Ideal uses and environments

This intelligence module is well suited for small to mid-sized data centers, branch offices, and laboratory environments where reliable power monitoring is critical. It supports IT administrators who need detailed visibility into their UPS systems to make informed decisions and maintain continuous operation during power events.