Eaton E2N3600W Mining MCCB - UL Listed, 65 kAIC
Part Number: E2N3600W
Quick Summary
The Eaton E2N3600W mining complete molded case circuit breaker delivers reliable overcurrent protection for underground mining electrical systems. In harsh mining environments, uptime is precious, and unexpected trips can shut down critical conveyors and ventilation. This device carries UL Listed and CSA Certified marks, signaling compliance with rigorous safety and performance standards for critical assets. With a 600 A rating and electronic LSI trip, it provides robust electrical protection for mining equipment, reducing unplanned downtime and maintenance costs. Designed for modular integration with N-frame E2MCCB platforms, it supports scalable protection for multi-pole systems.
Product Information
Extended Description
E2N3600W Eaton: Eaton E2 mining complete molded case circuit breaker, N-frame, E2N, Electronic LSI trip, 500-2500A trip rating, Three-pole, 600A, 600 Vac, 65 kAIC at 240 Vac, 50 kAIC at 480 Vac, 25 kAIC at 600 Vac, Without terminals, Mining
Product Name
Eaton E2 mining complete molded case circuit breaker
Catalog Number
E2N3600W
UPC
786679059982
Product Length/Depth
8.25 in
Product Height
8.25 in
Product Width
8.25 in
Product Weight
45 lb
Warranty
Eaton Selling Policy 25-000, one (1) year from the date of installation of the Product or eighteen (18) months from the date of shipment of the Product, whichever occurs first.
Certifications
UL Listed CSA Certified
Type
Specialty complete
Amperage Rating
600 A
Voltage rating
600 Vac
Trip Type
Electronic LSI
Circuit breaker type
E2N
Circuit breaker frame type
Molded case switch
Magnetic trip range
500-2500A
Terminals
Without terminals
Frame
N
Class
Mining
Interrupt rating
65 kAIC at 240 Vac 50 kAIC at 480 Vac 25 kAIC at 600 Vac
Number of poles
Three-pole
Trip rating
500-2500 A
Eaton E2 Series mining service circuit breakers
Eaton E2 Series mining service circuit breakers
Eaton E2 Series mining service circuit breakers
Eaton E2 Series mining service circuit breakers
Circuit Protection, Molded Case Circuit Breakers, Volume 4, Tab 2
MSHA policy letter for suitability, safety and performance of circuit breakers
Robinson Mine Case Study: Solutions for the mining industry
Eaton Specification Sheet - E2N3600W
Eaton Specification Sheet - E2N3600W
Eaton Specification Sheet - E2N3600W
Eaton Specification Sheet - E2N3600W
Understanding circuit breaker design and operation to improve safety and reliability in underground mining
Feature → Electronic LSI trip with a magnetic trip range of 500–2500 A provides precise, fast protection for mining feeders and distribution panels. Business Impact → Reduces nuisance trips and improves fault traceability, lowering maintenance costs and improving overall equipment uptime. Application → Ideal for three-pole, 600 A, 600 Vac mining circuits in N-frame molded case switch assemblies, enabling selective coordination across critical loads. Feature → Three-pole design with 65 kAIC interrupt rating at 240 Vac delivers strong short-circuit withstand for high-energy mines. Business Impact → Enhances safety margins and protects personnel and assets in explosive or dusty environments. Application → Suitable for heavy-duty conveyors, ore handling, and ventilation systems where reliability matters most. Feature → Without terminals configuration offers installation flexibility for field wiring and integration with compatible bus and terminal kits. Business Impact → Reduces installation time and simplifies retrofits in existing underground substations. Application → Supports fast commissioning in remote mining sites. Feature → 600 Vac operation with MINING Class protection ensures rugged performance under demanding electrical duty. Business Impact → Provides consistent protection in harsh underground conditions, aligning with regulatory and safety expectations. Application → Compatible with mining MCCB catalogs and E2N frame accessories for scalable protection. Warranty → Eaton’s one-year warranty (or 18 months from shipment) ensures predictable maintenance planning and asset protection for initial deployment in mining projects.
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FAQs
The E2N3600W is a three-pole mining MCCB in an N-frame style rated for 600 A and 600 Vac, designed for assemblies that accept molded case breakers without integrated terminals. Plan your wiring enclosure to accommodate external terminals or compatible terminal kits, ensure proper clearance for 65 kAIC interrupt ratings, and verify mounting dimensions align with existing panel cutouts to avoid retrofit challenges.
Key specs include a 600 A amperage rating, 600 Vac voltage rating, a trip type Electronic LSI, 3-pole configuration, and an interrupt rating of 65 kAIC at 240 Vac (with lower ratings at higher voltages). The device operates within UL Listed and CSA Certified safety standards and is suitable for heavy-duty mining feeders and distribution networks that demand fast, selective tripping.
Yes. The E2N3600W is classified as Mining, with a rugged N-frame, three-pole configuration, and a high 65 kAIC interrupt rating, specifically designed for underground power distributions. Its electronic LSI trip and 600 Vac rating provide reliable protection for mining equipment, conveyors, and ventilation systems, while UL Listed and CSA Certified marks support regulatory compliance in harsh underground environments.
The E2N3600W carries UL Listed and CSA Certified marks, indicating compliance with widely recognized safety and performance standards. These certifications help ensure safe operation in mining facilities, support regulatory acceptance for electrical installations, and reduce procurement risk when specifying protective devices for critical underground infrastructure.
The E2N3600W delivers improved uptime through precise electronic LSI protection and high interrupt ratings, reducing unplanned outages. Its robust construction and certified safety reduce maintenance overhead and support longer service intervals. While maintenance costs vary, the device’s reliability, compatibility with mining MCCB catalogs, and warranty terms contribute to favorable total cost of ownership over project lifecycles.