Eaton P3BFDC3015G circuit breaker plug-in unit - 200 kAIC at 240 VAC
Part Number: P3BFDC3015G
Quick Summary
The Eaton P3BFDC3015G circuit breaker plug-in unit protects industrial power feeds in busway installations. Engineers face retrofit challenges when expanding distribution without sacrificing uptime, and integration with existing Pow-R-Way III systems can be complex. IEEE Certified, CSA Certified, and UL 857 listed, it delivers proven safety and performance within strict regulatory frameworks, while NEMA compliance supports rugged, real-world environments. As part of Eaton’s Pow-R-Way III family, this plug-in unit offers modular mounting, rapid commissioning, and scalable protection for growing facilities, helping manufacturers reduce mean time to repair and extend service life across critical power distribution networks.
Product Information
Extended Description
P3BFDC3015G Eaton: Pow-R-Way III Busway, Circuit Breaker Plug-in Unit, 3-Pole, 15 AMP, FDC Frame Type, 50% Internal Ground
Product Name
Eaton Pow-R-Way III circuit breaker plug-in unit
Catalog Number
P3BFDC3015G
UPC
786683007948
Product Length/Depth
12.36 in
Product Height
21.2 in
Product Width
5.43 in
Product Weight
25 lb
Compliances
NEMA Compliant
Certifications
IEEE Certified CSA Certified ANSI UL 857
Circuit Breaker Frame
F
Grounding Options
50% Internal
Type
Breaker
Amperage Rating
15A
Interrupt rating
200 kAIC at 240 Vac, 100 kAIC at 480 Vac, 35 kAIC at 600 Vac
Feature: High interrupt ratings deliver robust short-circuit protection. Benefit: protects downstream equipment and reduces fault energy, lowering downtime and safeguarding production lines. Application: factory floors, motor loads, and high-demand feeders where reliability is critical. Feature: Plug-in modular design enables rapid reconfiguration. Benefit: minimizes installation time and supports scalable busway architecture as plant needs evolve. Application: during line expansions, rearrangements, or capacity upgrades in manufacturing and process industries. Feature: 50% Internal Grounding option simplifies grounding schemes. Benefit: reduces component count and wiring complexity while maintaining safety margins. Application: control panels and busway branches where space and simplicity matter. Feature: 3-Pole, 15A, FDC frame type compact footprint. Benefit: fits tight enclosures and standardizes on common Eaton frame families to simplify part management. Application: space-constrained switchgear and distributed power nodes. Feature: Comprehensive certifications (IEEE, CSA, ANSI, UL 857) ensure regulatory compliance. Benefit: streamlines audits, accelerates approvals, and lowers procurement risk for regulated facilities. Application: data centers, healthcare facilities, and critical manufacturing where standards adherence matters. Feature: NEMA compliance and documented dimensions (12.36 in L × 21.2 in H × 5.43 in W; 25 lb) enable precise planning. Benefit: accurate space allocation and predictable installation costs. Application: retrofit projects and new builds where enclosure planning is essential.
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FAQs
Yes. The P3BFDC3015G is designed as a plug-in unit within the Pow-R-Way III family, offering seamless mounting on standard FDC frame busways and aligning with existing protection schemes to support scalable modular configurations.
It is a 3-pole, 15A circuit breaker with interrupt ratings up to 200 kAIC at 240 VAC, 100 kAIC at 480 VAC, and 35 kAIC at 600 VAC, making it suitable for diverse industrial feeders and motor-start applications.
The 50% Internal Grounding option reduces external grounding hardware and simplifies wiring, improving safety and enabling faster commissioning without compromising ground fault protection.
The unit carries IEEE Certified, CSA Certified, ANSI, and UL 857 listings, ensuring compliance with industry safety standards and easing regulatory approvals for regulated facilities like data centers and healthcare environments.
The modular plug-in design minimizes downtime during upgrades, while robust IEC/UL compliance reduces audit risk. Over time, standardized frame compatibility lowers spare-part inventory costs and accelerates mean time to repair, delivering cost savings in growing power distribution networks.