Eaton P3BJDC3175N Power Module - CE Certified

Part Number: P3BJDC3175N
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Manufacturer
Eaton
Part number
P3BJDC3175N

Quick Summary

P3BJDC3175N is a power management device designed to protect and optimize critical loads in industrial automation environments. Engineers often wrestle with downtime, wiring complexity, and inconsistent performance when scaling control systems; this module aims to simplify those challenges. Designed to support essential certifications such as CE marking and robust safety performance, it also aligns with regulatory expectations for modern power distribution. By integrating with Eaton's Power Management & Distribution portfolio, P3BJDC3175N helps streamline maintenance, improve reliability, and reduce energy waste, making it a valuable asset for panel builders and OEMs pursuing efficiency and uptime in industrial automation and manufacturing settings.

Product Information

Feature: Compact, modular design reduces panel footprint and accelerates commissioning. Benefit: Lower installation costs and quicker time-to-value for new lines and expansions. Application: Ideal for control panels in manufacturing and process automation. Feature: Seamless integration with Eaton's Power Management & Distribution family. Benefit: Simplifies procurement, minimizes compatibility gaps, and speeds engineering approvals. Application: Retrofit projects and new builds across industrial facilities. Feature: Clear fault visibility and status indicators. Benefit: Faster diagnostics, reduced mean time to repair, and lower operations risk. Application: High-uptime process lines and data-centric automation environments. Feature: Regulated safety and environmental protection. Benefit: Lower compliance risk and safer operation in regulated environments. Application: Packaging, food & beverage, and chemical processing plants. Feature: Easy installation with standard mounting options. Benefit: Fewer wiring mistakes, reduced field labor, and streamlined commissioning. Application: Panel builders, OEM integrations, and modular automation architectures. Industry context: In today’s competitive manufacturing landscape, even small efficiency gains compound over time—improving energy metrics, maintenance planning, and overall equipment effectiveness (OEE) for complex automation systems.

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FAQs

P3BJDC3175N is designed for straightforward panel integration with standard mounting and wiring practices. Ensure enclosure compatibility, verify rated voltage and current as per system design, and follow Eaton installation diagrams to minimize wiring errors. The goal is to achieve reliable connections and clear fault visibility without extensive rework.
Key considerations include compatibility with power management and distribution networks, CE compliance status, and panel-mount capability. While exact electrical ratings are not listed here, engineers should validate voltage, current, and fault-handling behavior against their control system requirements and Eaton’s data sheets to ensure proper operation within the intended application.
Yes, when installed in appropriate panel environments and coordinated with your risk management plan. The product’s CE attention to safety and its design focus on protecting critical loads support uptime and reliability in manufacturing lines. For mission-critical processes, pair it with robust diagnostics and preventive maintenance to maximize OEE.
CE certification is applicable and important for regulatory compliance within many markets, signaling conformity to essential health and safety requirements. Depending on configuration and jurisdiction, additional certifications such as IP protection levels or SIL-capable designs may be relevant. Always confirm current certifications with Eaton documentation for your region and application.
The module is intended to reduce downtime through improved fault visibility and quicker diagnostics, which translates to lower maintenance costs and higher equipment availability. By simplifying installation and integration within Eaton’s portfolio, customers can shorten project timelines, minimize commissioning risks, and lower total cost of ownership over the lifecycle of power distribution in automated systems.