Apc PDM1332IEC-3P It Power Distribution Module

Product Description

The APC - AMERICAN POWER CONVERSIO PDM1332IEC-3P is an IT power distribution module designed to manage and distribute electrical power within data center and server room environments. This unit serves as a structured power distribution point, accepting input power and delivering it to connected IT equipment through IEC-style outlets. The three-phase configuration indicated in the part number suggests suitability for higher-density power distribution applications. Installation is typically handled by licensed electricians or qualified data center infrastructure technicians familiar with three-phase power systems.

The PDM1332IEC-3P is intended for use in IT infrastructure environments such as data centers, server rooms, and network equipment enclosures. It provides organized power delivery to rack-mounted equipment, reducing cable clutter and supporting structured power management. The module is sold as a single unit and is suited for professional installation in commercial or enterprise-scale IT deployments.

Key Features

• IEC-style outlet configuration for compatibility with standard IT equipment power connections
• Three-phase power distribution design for higher-density rack environments
• Single-unit packaging for straightforward procurement and deployment
• Structured power distribution reduces cabling complexity in rack installations

Compatibility

Designed as an OEM-style power distribution module for professional IT infrastructure and data center rack installations requiring IEC outlet-based power distribution.

Installation Notes

Installation should be performed by a licensed electrician or qualified data center infrastructure technician. De-energize and lock out all upstream circuits before beginning installation work, following NFPA 70 (NEC) requirements for electrical safety. Verify that the facility power supply matches the module input ratings before connecting. Do not exceed the rated load capacity of any individual outlet circuit during operation.