Eaton NGH412035E Series G MCCB - ENGLISH TAPPED TERMINALS

Part Number: NGH412035E
Manufacturer
Eaton
Part number
NGH412035E

Quick Summary

Eaton Series G molded case circuit breaker protects electrical systems by interrupting fault currents in industrial power distribution. Many engineers struggle to source MCCBs that fit large panels, tolerate high currents, and maintain reliability in demanding environments. This device aligns with common safety and performance expectations through its Series G design and English tapped terminals, supporting straightforward replacement and dependable operation in 1200 A applications. Designed to integrate with multi-wire terminals and standard MCCB accessories, NGH412035E helps minimize panel fouling and wiring errors. By choosing a compact, robust MCCB from the Series G family, you gain easier installation, improved selective coordination, and reduced maintenance costs across the facility. CE, UL and IEC compatibility considerations help ensure safety and regulatory alignment across regions.

Product Information

Extended Description

NGH412035E Eaton: Eaton Series G molded case circuit breaker, NGH 310+ 4P, 1200A, LSG, ENGLISH TAPPED TERMINALS
Product Name
Eaton Series G molded case circuit breaker
Catalog Number
NGH412035E
UPC
786685939728
Product Length/Depth
1 in
Product Height
1 in
Product Width
1 in
Product Weight
1 lb
Compliances
Contact Manufacturer
Type
Series G
Special features
Molded case circuit breaker
Feature: 1200 A current rating in a four-pole (4P) configuration. Impact: Enables robust protection for large loads and multi-wire circuits, reducing risk of catastrophic faults. Application: Suitable for main feeders in manufacturing lines and critical process equipment. Feature: ENGLISH tapped terminals. Impact: Simplifies field terminations, improves wiring reliability, and speeds installation. Application: Panel builders and installation crews handling English-labeled terminations. Feature: Molded-case Series G design. Impact: Provides strong insulation, safety margins, and predictable tripping performance under fault conditions. Application: Control panels, switchgear, and motor protection assemblies. Feature: Compact 1x1x1 in footprint and 1 lb weight. Impact: Facilitates tight panel loading and easier retrofits. Application: Space-constrained electrical panels and retrofit projects. Feature: 4P protection with compatibility for multi-wire terminals. Impact: Corrects edge-to-edge protection and supports efficient cross-connection in feeder blocks. Application: Industrial panels with multi-wire terminations. Feature: Access to Eaton application notes and guides. Impact: Reduces design risk and accelerates commissioning. Application: System integration and project handover.

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FAQs

NGH412035E uses ENGLISH tapped terminals to simplify field wiring. For installation, verify panel compatibility and torque settings per Eaton guides, ensure proper termination size for 1200 A service, and confirm access to standard accessories to maintain safe, reliable connections.
Key specs include a four-pole (4P) design, 1200 A current rating, model NGH412035E in the Series G family, molded case construction, and ENGLISH tapped terminals. The catalog number, UPC, and exact dimensional footprint support straightforward panel integration and replacement in large electrical panels.
Yes, NGH412035E is appropriate for protecting main feeders and high-current motor loads in industrial panels. Ensure coordination with motor protection schemes and consider referencing MOEM MCCB product selection guides for accurate settings and selective coordination during commissioning.
Compliance varies by region; consult Eaton documentation and regional approvals to confirm applicable standards for NGH412035E in your facility.
Using a high-current Series G MCCB like NGH412035E can reduce downtime due to reliable fault interruption and easier wiring with ENGLISH tapped terminals. The availability of application notes and selection guides supports faster commissioning, lower design risk, and improved long-term total cost of ownership through improved reliability and easier maintenance.