Eaton P3BHLD3300N Power Module - CE/UL Ready
Part Number: P3BHLD3300N
Quick Summary
P3BHLD3300N is a power management module designed to optimize electrical distribution in industrial facilities. It helps engineers overcome reliability gaps, downtime costs, and compliance challenges when expanding power networks. With CE and UL certifications and a rugged enclosure suitable for harsh factory floors, it supports safe, compliant operation in demanding environments. By integrating with Eaton's monitoring and control ecosystem, it delivers real-time visibility, proactive maintenance, and a lower total cost of ownership. These capabilities make it ideal for data centers, manufacturing lines, and large facilities seeking scalable, dependable power distribution.
Product Information
Compact modular design enables scalable power management, reducing footprint and simplifying panel upgrades in industrial electrical distribution. This translates to faster installation, less wiring complexity, and lower capex for data centers and manufacturing lines. Engineers can size future expansions with confidence, knowing the modules can be added without rerouting dense bus bars. Integrated protection and monitoring shorten fault detection and limit escalation. Quick fault isolation improves safety, minimizes equipment damage, and reduces mean time to repair (MTTR). In practice, this supports continuous production and safer operation on the factory floor. Seamless software integration and remote diagnostics connect P3BHLD3300N to Eaton's monitoring ecosystem. Operators gain real-time energy management, alerting, and trend analysis to optimize load distribution. This reduces energy waste and supports predictive maintenance across multiple sites. Certified for CE and UL compliance with robust enclosures, P3BHLD3300N simplifies audits, reduces compliance risk, and tolerates challenging environments. The design is compatible with standard electrical distribution equipment, panelboards, and enclosure footprints, easing retrofit projects. From a procurement perspective, the unit offers predictable lifecycle costs, easy upgrade paths, and strong total cost of ownership advantages. The combination of reliability, install efficiency, and Eaton ecosystem compatibility translates into lower operational risk for critical facilities.
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FAQs
P3BHLD3300N is designed to integrate within standard Eaton panel architectures and exchange data with Eaton's monitoring tools. Start by confirming panel footprint compatibility, wiring taxonomy, and voltage range, then connect the remote diagnostics ports and configure basic protection settings. Use Eaton's installation guide for step-by-step references.
Key specifications for industrial distribution include a compact modular enclosure design, scalable distribution capabilities, and compliance with CE and UL standards. The module supports panel‑level power management, integrated protection features, and compatibility with Eaton's energy management software. For procurement, verify dimensions, connector types, and site electrical codes to ensure seamless integration.
Suitability for harsh environments depends on enclosure construction and installation. While CE and UL certifications indicate compliance with safety standards, always verify local environmental ratings and temperature ranges. For outdoor or dirty sites, consider appropriate enclosure protection, sealing, and climate control, along with routine maintenance checks to preserve performance.
Certification matters for regulatory compliance and safety. P3BHLD3300N is CE and UL certified, indicating adherence to essential health and safety standards and electrical compatibility with international markets. These marks support audit readiness, product traceability, and customer assurance when deploying in regulated industries such as data centers and manufacturing facilities.
Maintenance and ROI are driven by reduced downtime and predictive maintenance enabled by remote diagnostics. The module's integration with Eaton's monitoring tools helps detect faults early, schedule service before failures, and optimize energy use. Over time, facilities typically see lower maintenance costs, improved uptime, and a faster payback when scaling power management across sites.