Eaton E2LEM36002WA06S10 MCCB - 3 Pole 600A 1000V LSI Mining
Part Number: E2LEM36002WA06S10
Quick Summary
The Eaton E2LEM36002WA06S10 MCCB is a mining-ready molded case circuit breaker. In mining environments, vibration, dust, and temperature swings challenge electrical protection, and this unit delivers rugged protection and reliable tripping. Certifications are Not Applicable in the data, but the design aligns with rugged mining protection requirements for control panels and distributed equipment. By combining a 3 pole 600 A 1000 V rating with an auxiliary switch and shunt, the solution supports reliable protection, faster panel installation, and reduced downtime across demanding mining applications.
Product Information
Extended Description
E2LEM36002WA06S10 Eaton: 3 POLE 600 AMP 1000V LSI MINING BREAKER 2500-5000 THERMAL 1A/1B AUX SWITCH, 110-240 VAC SHUNT
Product Name
Eaton E2 mining complete molded case circuit breaker
Catalog Number
E2LEM36002WA06S10
UPC
786689813529
Product Length/Depth
13 in
Product Height
8 in
Product Width
11 in
Product Weight
11.5 lb
Certifications
Not Applicable
Type
Specialty complete
Feature → Business Impact → Application: The 3-pole design provides true three-phase protection, enabling balanced fault handling and preventing phase-to-phase damage in high-current mining circuits, reducing unplanned outages and extending motor life in haul vehicles and conveyors. Feature → Business Impact → Application: A 600 A current rating at 1000 V supports heavy mining loads while maintaining secure protection during peak motor starts, minimizing nuisance trips and safeguarding critical equipment in underground and surface installations. Feature → Business Impact → Application: Low-short-circuit (LSI) functionality improves selectivity and faster fault clearing, which translates to shorter downtime and safer maintenance windows for mining control panels. Feature → Business Impact → Application: The 1A/1B auxiliary switch and 110–240 VAC shunt enable remote status signaling and easier integration with remote monitoring systems, boosting panel visibility and maintenance efficiency. Feature → Business Impact → Application: Compact 13 in L x 11 in W x 8 in H dimensions and a 11.5 lb weight simplify enclosure planning and installation in constrained mining cabinets, reducing installation time and hardware costs. Feature → Business Impact → Application: The device’s rugged construction and compatibility with standard MCCB footprints deliver dependable long-term protection in harsh mining environments, supporting compliance with operator safety protocols and reducing lifecycle costs. Note: Certifications are not listed in the data, but the product is designed for mining protection scenarios and aligns with common industry practices for MCCB installations.
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FAQs
This model uses a standard molded case circuit breaker footprint compatible with typical mining panels. Verify enclosure space for the 13 in L, 11 in W, and 8 in H dimensions, secure mounting per panel manufacturer guidelines, connect the three phase conductors to the poles, and wire the 1A/1B auxiliary switch and 110-240 VAC shunt per the control schematic to enable remote signaling.
Key specs include three poles, a 600 A current rating, 1000 V maximum voltage, an auxiliary switch set at 1A/1B, and a 110-240 VAC shunt. The unit weighs 11.5 lb and measures 13 in (L) by 11 in (W) by 8 in (H), making it suitable for medium to high-current mining circuits.
Yes. The 3-pole, 600 A, 1000 V rating supports three-phase mining drives and conveyors, while the auxiliary switch and shunt facilitate integration with remote monitoring and control systems, helping minimize downtime and maintenance windows in harsh mining environments.
The data indicates Certifications: Not Applicable for this model. While no specific certifications are listed here, the device is designed for mining protection scenarios and aligns with common industry practices for MCCB installations in harsh environments.
The rugged design and reliable trip behavior reduce unplanned outages, lowering maintenance costs and downtime in mining operations. Remote signaling via the auxiliary switch improves fault notification, enabling quicker repairs and better asset uptime, contributing to a favorable total cost of ownership.