Eaton E2ME38002WA06U66 Mining MCCB - UL Listed, CSA
Part Number: E2ME38002WA06U66
Quick Summary
Eaton E2ME38002WA06U66 is a mining complete molded case circuit breaker protecting heavy mining electrical circuits from overloads. In mining operations, unplanned outages drive costly downtime, so rugged protection and fast tripping are critical. UL Listed and CSA Certified certifications support compliance with global safety standards, while the mining-class design targets harsh environments. With robust protection and proven reliability, this MCCB offers reduced maintenance, faster fault isolation, and scalable protection for mining gear. Designed to install with standard Eaton E2 accessories, it supports straightforward field retrofit and reliable coordination with upstream protection. This combination of 3-pole 800 A 600 V rating plus AUX switch with UVR enhances protection granularity for load clusters common in mining. This combination supports uptime, safety compliance, and predictable maintenance budgeting in mining facilities.
Product Information
Extended Description
E2ME38002WA06U66 Eaton: 3 POLE 800 AMP 600 V LSI MINING CIRCUIT BREAKER 1000-4000 TRIP RANGE WITH AUX SWITCH & UVR
Product Name
Eaton E2 mining complete molded case circuit breaker
Catalog Number
E2ME38002WA06U66
UPC
786689805531
Product Length/Depth
19 in
Product Height
9 in
Product Width
11 in
Product Weight
32 lb
Certifications
UL Listed CSA Certified
Type
Specialty complete
Class
Mining
The E2ME38002WA06U66 provides 3-pole, 800 A, 600 V protection for large mining feeders and motor loads, reducing thermal stress and enabling more stable operation in harsh environments. This capability translates into fewer nuisance trips and extended equipment life, delivering tangible uptime improvements for underground or surface mining operations. The unit features LSI trip characteristics and an integrated AUX switch with UVR, enabling precise fault isolation and remote signaling, which minimizes downtime and coordination challenges with upstream protection schemes. In practice, this means faster fault clearance and reduced risk of cascading trips across complex mine power networks. UL Listed and CSA Certified credentials simplify regulatory audits and procurement, while the Mining class designation assures performance under dust, vibration, and other mining-specific stressors. Installation is straightforward within the Eaton E2 ecosystem, supporting faster commissioning and consistent protection coordination. Rugged construction, 19 in length, 11 in width, and 9 in height with a 32 lb weight provide a reliable, field-proven protection solution for demanding mining facilities. Operators also benefit from predictable maintenance budgeting and reduced total cost of ownership through improved fault diagnostics and robust endurance in harsh conditions.
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FAQs
Plan for a 3-pole installation within standard MCCB enclosures and ensure mounting aligns with Eaton E2 accessories. Verify bus ratings, torque specs, and terminal sizes to support the 800 A, 600 V drive. Use the AUX switch and UVR wiring as per the installation guide to enable remote signaling and undervoltage protection without compromising enclosure integrity.
Key specs include 3-pole configuration, 800 A current rating, 600 V operating voltage, UL Listed and CSA Certified, 19 in length, 11 in width, 9 in height, and a weight of 32 lb. It features an auxiliary switch and UVR with a trip range of 1000–4000, designed for mining applications.
Yes. The E2ME38002WA06U66 is categorized as Mining class and carries UL Listed and CSA Certified approvals, supporting performance in dusty, vibration-prone underground settings, with robust protection coordination for motor feeders and process lines.
UL Listed and CSA Certified standards validate safety and regulatory compliance for equipment used in mining facilities, reducing audit time, easing supplier qualification, and increasing reliability for critical power systems in harsh environments.
The rugged design, precise trip coordination, and integrated signaling reduce nuisance trips and downtime while simplifying maintenance planning. The result is lower maintenance costs, faster fault resolution, and improved overall equipment uptime in mining operations.