Eaton P3BHKD3150N Power Management Device - CE, IP54 Enclosure
Part Number: P3BHKD3150N
Quick Summary
Eaton P3BHKD3150N is a power management device for reliable electrical distribution in industrial facilities. It streamlines installation and reduces downtime during panel upgrades, addressing common wiring and protection challenges faced by engineers and procurement teams. With CE safety compliance and an IP54 enclosure rating, it supports safe, durable operation in manufacturing floors, warehouses, and utility facilities. This combination helps global projects meet regulatory requirements while simplifying audits and approvals. For integrators, the compact footprint and standard DIN rail compatibility speed up deployment, while maintenance teams benefit from clear labeling and consistent protection logic. In short, it delivers predictable performance, lower lifecycle costs, and scalable protection for modern automation projects.
Product Information
Integrated protection features: The device provides overcurrent and short-circuit protection, reducing fault propagation and improving overall system uptime in motor control centers and distribution panels. This translates to less unplanned downtime and smoother production runs, especially during high-load periods and upgrades. CE compliance and IP54 enclosure: The combination ensures regulatory readiness and environmental resilience, enabling safe operation in dusty or damp industrial spaces, and simplifying site acceptance for global installations. DIN rail compatibility and compact footprint: Easy mounting in crowded electrical cabinets minimizes panel depth and facilitates faster commissioning, making retrofits and new builds more cost-effective. Standardized wiring diagrams and clear labeling: This reduces wiring errors and training time for maintenance staff, speeding routine inspections and part replacement without compromising safety. Scalable protection for Eaton’s distribution ecosystem: The design integrates with existing protection schemes, enabling phased upgrades and consistent performance across multiple sites. Overall, these features support lower total cost of ownership, improved energy management, and reliable protection across industrial facilities.
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FAQs
P3BHKD3150N is designed for standard DIN-rail mounting, aligning with common panel practices. Begin by power-down, verify enclosure IP54 suitability for the environment, then snap onto the rail aligned with utility bus bars. Use the included labeling and wiring diagrams to connect supply and protected circuits, following the device’s terminal block layout for a clean, code-compliant installation.
The device incorporates overcurrent and short-circuit protection designed to isolate faults at the source, protecting motors, drives, and distribution circuits. This minimizes fault propagation, reduces unplanned outages, and supports safer startup sequences in industrial automation lines while allowing for easier fault diagnosis during maintenance.
Yes. The IP54 enclosure rating offers protection against dust ingress and water splashes, enabling reliable operation in typical manufacturing, logistics, and utilities environments. CE compliance also ensures adherence to essential safety standards, helping to meet regulatory requirements across global sites while maintaining performance in varying temperatures and humidity.
P3BHKD3150N is designed to meet CE safety requirements and to endure typical industrial conditions via IP54 enclosure protection. These certifications and ratings help buyers demonstrate regulatory compliance during audits, facilitate site approvals, and support uniform acceptance across multinational facilities without redesigning protection schemes for each locale.
Deploying P3BHKD3150N supports a lower total cost of ownership by reducing downtime through reliable protection and faster commissioning. Its clear wiring, DIN-rail mounting, and standardized labeling shorten maintenance cycles and training time, while its durable enclosure minimizes environmental-related failures. Over multiple sites, these factors collectively improve asset availability and long-term reliability.