Eaton PDC53K1600D3MR Molded Case Circuit Breaker - 50kA/415V

Part Number: PDC53K1600D3MR
Manufacturer
Eaton
Part number
PDC53K1600D3MR

Quick Summary

Eaton PDC53K1600D3MR is a molded case circuit breaker used to protect medium‑voltage power distribution panels. Engineers often wrestle with nuisance trips and difficult retrofits when upgrading protection in existing gear. This unit features PXR20D LSIG with Modbus RTU and relays, a robust three‑pole frame 5 design, and a 1600A/50kA rating, with rear terminals included. Compliance details are to be confirmed with the manufacturer to ensure regulatory alignment. Together, these attributes enable reliable protection, easier integration with SCADA, and reduced total cost of ownership for industrial facilities.

Product Information

Extended Description

PDC53K1600D3MR Eaton: Power Defense IEC/CCC, Frame 5, Three Pole, 1600A, 50kA/415V, PXR20D LSIG w/ Modbus RTU & Relays, Rear Terminals-Included
Product Name
Eaton Power Defense molded case circuit breaker
Catalog Number
PDC53K1600D3MR
UPC
786689400965
Product Length/Depth
629 mm
Product Height
365 mm
Product Width
387 mm
Product Weight
34927 g
Compliances
Contact Manufacturer
Feature: Frame 5 three‑pole design, 1600A rating and 50kA short‑circuit capacity at 415V. Business Impact: Delivers robust protection for large feeders while minimizing nuisance trips and downtime. Application: Main distribution panels and motor feeder sections in manufacturing plants and process facilities. Feature: PXR20D LSIG with Modbus RTU and relays. Business Impact: Enables remote signaling, configurable trip settings, and seamless integration with SCADA systems, reducing maintenance windows. Application: Industrial control rooms and service panels requiring remote diagnostics. Feature: Rear terminals included. Business Impact: Simplifies wiring, reduces field modifications, and speeds up retrofits in crowded enclosures. Application: Retrofit projects in legacy gear or compact switchgear. Feature: Dimensions and weight (629 mm L × 365 mm H × 387 mm W; 34.9 kg). Business Impact: Predictable footprint supports precise panel design and easier handling during installation. Application: Large switchgear, MCC installations, and industrial power rooms. Feature: Three‑pole configuration for balanced three‑phase protection. Business Impact: Consistent protection characteristics across all phases, minimizing uneven loading and fault risk. Application: Motors, pumps, and high‑demand three‑phase loads in manufacturing and process industries.

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FAQs

For installation, note the rear terminals are included to simplify wiring in existing enclosures. The unit occupies a 629 mm depth, 365 mm height, and 387 mm width footprint, with a weight around 34.9 kg, requiring careful handling and compatible mounting provisions in switchgear or MCCs. Verify panel clearance and torque specs per Eaton guidelines and the accompanying datasheet.
Key specs include a frame 5, three‑pole construction, 1600 A current rating, 50 kA short‑circuit rating at 415 V, and Modbus RTU signaling via the LSIG trip unit (PXR20D) with relays. This combination supports high‑demand feeders and remote control or signaling within industrial networks.
Yes. The three‑pole design, Frame 5 construction, and high short‑circuit rating make it well suited for motor feeders and large‑load protection in manufacturing and processing facilities. Remote signaling via Modbus RTU enhances diagnostics and reduces downtime during motor faults or protection testing.
Compliances are listed as Contact Manufacturer, so confirm exact regulatory certifications with Eaton for your region and application. This ensures alignment with local standards (CE, IEC, or other), installation requirements, and safety processes prior to procurement and deployment.
Remote signaling and LSIG trip capabilities enable faster fault isolation and reduced maintenance windows, while the robust Frame 5, 1600A rating supports long service life under demanding loads. In retrofit projects, the rear terminals and defined footprint simplify installation, contributing to lower commissioning costs and improved overall return on investment.