Allen Bradley 80026-173-23 MOX12-P3509 Power Supply DC/DC Converter

Description

The Allen Bradley 80026-173-23 is an industrial Power Supply DC/DC Converter manufactured in partnership with Absopulse under the model designation MOX12-P3509. This heavy-duty power conversion module is engineered to provide stable, regulated direct current output from varying DC input sources, meeting the strict isolation and voltage regulation demands of critical control systems and electrical drive assemblies. Built for deployment in high-reliability environments, it ensures minimal output ripple and robust thermal management within specialized industrial control lineups.

Features

• Dual-branded design combining proprietary Allen Bradley hardware integration with heavy-duty Absopulse power engineering topologies.
• Utilizes a highly ruggedized power chassis optimized for efficient heat dissipation and internal component protection in demanding industrial field environments.
• Delivers electrical isolation between input and output circuits to shield sensitive downstream control infrastructure from source voltage fluctuations and transient spikes.

Applications

• Distributed power architectures within industrial control systems and motor drive panels.
• Electrical isolation and voltage step-conversion in plant infrastructure and processing machinery.
• Regulated power feeding for localized automation components, sensors, and field networks.

Technical Specifications

Installation Guidelines

• Thermal Management: Ensure sufficient ventilation clearance around the power supply chassis during panel mounting to prevent localized thermal buildup and maintain performance characteristics under continuous load.
• Wiring Polarity: Prior to energizing the source circuit, verify that input DC terminal connections match the specified hardware terminal block polarity markings to prevent permanent internal component damage.
• Grounding: Securely connect the chassis ground terminal to the main panel enclosure ground bus to minimize electromagnetic interference (EMI) and ensure structural electrical safety.