Schneider Electric BMXCPS4002 Modicon X80 Power Supply Module

Product Overview

The Schneider Electric BMXCPS4002 functions as the foundational power source for the Modicon X80 automation platform. This redundant-ready power module converts raw primary line voltage into highly stabilized backplane power, energizing critical I/O modules, communication processors, and main CPU architectures. It serves as the frontline electrical stabilizer for critical manufacturing lines, water treatment plants, and processing infrastructure.

Technical Specifications

Engineering Advantages

• Universal Backplane Adaptation: This module integrates into any standard Modicon X80 backplane. Engineers can standardize on a single power SKU across the entire facility, reducing spare parts inventory costs and simplifying system design.

• Dual-Rail Power Distribution: The module delivers dual secondary outputs—18W at 3.3V DC and 40W at 24V DC. This architecture isolates sensitive logic processing loops from the heavier power draws of standard I/O hardware, preventing voltage sags from freezing your controller.

• Thermal Resilience: The hardware maintains peak power delivery ratings across a full 0 to 60°C operational window. It eliminates the need for expensive enclosure cooling fans in high-temperature ambient processing environments.

• Electromagnetic Interference (EMI) Mitigation: Built-in industrial-grade filtering protects downstream components from aggressive grid voltage fluctuations, high-frequency line noise, and ambient electrical interference common in heavy industrial environments.

FAQs

• Does this module ship in the original factory packaging?

  Yes. We supply this product as a 100% brand new, original factory-sealed unit direct from current production lots, complete with all original documentation.

• Can the BMXCPS4002 handle both 110V and 220V power grids?

  Yes. The auto-ranging primary input stage accepts any voltage between 100V and 240V AC without requiring manual jumper configuration or physical switch adjustments.

• What happens if the 3.3V DC logic circuit draws full load?

  The module optimizes power allocation dynamically. If your I/O modules pull the maximum 18W on the 3.3V line, the system balances the total available headroom on the 24V rail to maintain stable CPU execution without triggering thermal overloads.