Allen-Bradley PM3328B-6-1-3-E 128131-RH5 80026-524-01 Power Supply Module

Description

The Allen-Bradley PM3328B-6-1-3-E, recognized under assembly specification 128131-RH5 and distribution part number 80026-524-01, is a universal-input, high-capacity power supply module engineered by Pioneer Magnetics for industrial automation platforms and variable frequency drive systems. This regulated switching assembly accepts an auto-ranging alternating current input and converts it into a high-amperage, single-rail direct current potential to support processing sub-components, diagnostic nodes, and control circuit hardware layers. It manages internal thermal dissipation via forced-air cooling paths managed by dual integrated fan blocks. Built with robust front-panel bus structures and terminal studs, the unit safeguards processing consistency by providing critical control bus system ride-through capability during main input grid line voltage fluctuations.

Features

• Dual-stage output power rating optimized automatically based on the detected level of alternative current source voltage.
• Integrated heavy-duty dual fan ventilation framework built directly onto the chassis for continuous solid-state thermal management.
• High-current direct current distribution paths utilizing heavy-gauge front-facing terminal studs to secure high-amperage electrical contacts.
• Universal wide-range alternative current input configuration accommodating diverse factory power grids without external step-down hardware.

Applications

• Low-voltage control hardware systems within PowerFlex 7000 Air-Cooled Medium Voltage AC Drive cabinets.
• Industrial motor control centers requiring centralized multi-amp control rail conversion.
• Dedicated high-density direct current power conversion for processing architectures.

Technical Specifications

Installation Guidelines

• Electrostatic Control: Handle this hardware only within an approved ESD-safe workspace, utilizing a connected grounding wrist strap to protect internal static-sensitive switching topologies.
• Electrical Safety Isolation: Disconnect, lock out, and verify the absence of voltage on all primary medium-voltage supply feeds and auxiliary control circuits before initiating mechanical or electrical installation.
• Residual Voltage Latency: Observe the mandatory minimum 3-minute safety delay after removing incoming line voltage before attempting to pull off any terminal protective screens or internal chassis covers.