Eaton PDC53K1600E2MR Molded Case Circuit Breaker - 50kA/415V

Part Number: PDC53K1600E2MR
Manufacturer
Eaton
Part number
PDC53K1600E2MR

Quick Summary

PDC53K1600E2MR molded case circuit breaker protects industrial power systems, delivering reliable overcurrent protection for three‑phase 415V networks. Engineers frequently confront wiring complexity and integration gaps when adding protective devices, leading to longer commissioning times and higher risk of faults. This Eaton unit aligns with IEC/CCC guidelines and uses Frame 5 architecture to fit compact power distribution panels while accommodating large ratings. It also includes Modbus RTU communication and built‑in relays to simplify remote signaling and control, reducing panel wiring and troubleshooting effort. With rear terminals included for easy installation, this MCCB supports scalable protection strategies across data centers, manufacturing lines, and automation cabinets, delivering measurable reliability and cost efficiency.

Product Information

Extended Description

PDC53K1600E2MR Eaton: Power Defense IEC/CCC, Frame 5, Three Pole, 1600A, 50kA/415V, PXR20 LSI w/ Modbus RTU & Relays, Rear Terminals-Included
Product Name
Eaton Power Defense molded case circuit breaker
Catalog Number
PDC53K1600E2MR
UPC
786689397937
Product Length/Depth
629 mm
Product Height
365 mm
Product Width
387 mm
Product Weight
34927 g
Compliances
Contact Manufacturer
Feature: Three‑pole construction with a 1600 A rating in a Frame 5 design. Business Impact: Supports high‑current feeders and large motor loads with compact footprint, enabling space‑efficient panel layouts. Application: Ideal for motor control centers and power distribution panels in manufacturing plants. Feature: 50 kA short‑circuit interrupting capacity at 415 V. Business Impact: Improves fault tolerance and equipment protection, reducing damage in high‑fault scenarios. Application: Critical drives, pumps, and large conveyors in process lines. Feature: Built‑in Modbus RTU communication and relays. Business Impact: Simplifies integration with SCADA/BMS, enabling remote diagnostics and faster fault localization. Application: Data centers, industrial automation cabinets, and intelligent control panels. Feature: Rear terminals included. Business Impact: Eases field wiring and retrofit installations, trimming installation time and errors. Application: Retrofit projects and new builds with common backbox layouts. Feature: Dimensions and weight support robust cabinet planning (629 mm x 387 mm x 365 mm; 34.9 kg). Business Impact: Predictable fit and mechanical compatibility with standard enclosures, reducing custom fabrication. Application: Large‑scale distribution cabinets and factory automation enclosures. Feature: IEC/CCC alignment and Power Defense lineage. Business Impact: Supports region‑specific compliance workflows and proven reliability in harsh environments. Application: Global deployment in controlled environments, with regional certification validation coordinated by Eaton.

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FAQs

Yes. The PDC53K1600E2MR ships with rear terminals included, simplifying field wiring and enabling straightforward installation in standard 629 mm long, 387 mm wide, 365 mm high enclosures. Its three‑pole design and Frame 5 footprint fit common control panels and MCCs, reducing cabinet modification needs.
Key specs include 1600 A current rating, 50 kA short‑circuit interrupting capacity at 415 V, and three‑pole construction. These characteristics support high‑demand feeders and large motor loads while maintaining robust protection and fast fault isolation in industrial power distribution networks.
Yes. Its Frame 5 MCCB architecture, high current rating, and Modbus RTU communication make it well suited for motor control centers and distribution panels in manufacturing lines and data centers, offering reliable protection with straightforward integration into automation systems.
The product aligns with IEC/CCC guidelines for molded case breakers. Regional certifications (such as CE or UL) should be verified with Eaton or the local distributor, as explicit markings depend on geographic approvals and documentation supplied with the unit.
The MCCB’s robust protection, reliable mechanical design, and Modbus RTU integration enable proactive fault detection and easier remote monitoring, which reduces downtime and maintenance overhead. The rear‑terminal design also lowers commissioning time, contributing to lower total cost of ownership over the lifecycle.