Apc PDM3520L2120-440 It Power Distribution Module

Product Description

The APC PDM3520L2120-440 is an IT power distribution module designed to manage and distribute electrical power within data center and server room environments. Power distribution modules of this type receive high-voltage input from a dedicated circuit and redistribute it to multiple downstream loads, allowing technicians to consolidate power feeds and reduce cable clutter at the rack level. Licensed electricians and data center infrastructure technicians are the primary installers. The PDM3520L2120-440 is built for environments where reliable, organized power delivery to IT equipment is critical.

This module is suited for installation in commercial and enterprise data center applications. It is typically deployed at the rack or row level to supply power to servers, networking hardware, and other IT loads. The part number structure suggests compatibility with 3-phase, 120-volt branch circuit configurations, making it appropriate for high-density rack environments that require structured power distribution rather than individual outlet strips.

Key Features

• Distributes power to multiple IT loads from a centralized input feed
• Designed for rack-level or row-level data center deployment
• Supports structured, high-density power distribution infrastructure
• Reduces individual power feed runs to IT equipment
• Sold as a single unit (EA)

Compatibility

Designed as an OEM-style power distribution module for use in commercial and enterprise data center rack power distribution systems. No specific compatible model numbers were provided in the product data.

Installation Notes

Installation should be performed by a licensed electrician familiar with data center power infrastructure and applicable NEC requirements. Shut off and lock out the upstream circuit breaker before making any connections to the module. Verify input voltage and phase configuration match the installation site specifications before energizing. Follow the manufacturer documentation for mounting orientation and load balancing across output circuits.