Schneider LV510242 circuit breaker, EasyPact CVS1000N, 50kA at 415VAC, ETS 6.3, 1000A, 4P 3d

META-1122 — Schneider LV510242 circuit breaker, EasyPact CVS1000N, 50kA at 415VAC, ETS 6.3, 1000A, 4P 3d — Schneider

## Schneider Electric LV510242 – EasyPact CVS1000N 1000A MCCB The Schneider Electric LV510242 is a 4-pole Molded Case Circuit Breaker (MCCB) from the EasyPact CVS1000N series. Designed for industrial and commercial electrical distribution systems, it offers a rated current of 1000A and a breaking capacity of 50kA at 415V AC. This circuit breaker is equipped with an ETS 6.3 electronic trip unit that provides overload, short-circuit and ground-fault protection functions. Its 4P 3D configuration consists of four poles with three protected poles. ### Key Features - Schneider Electric EasyPact CVS1000N series - 1000A rated current - 4-pole configuration (4P 3D) - 50kA breaking capacity at 415V AC - ETS 6.3 electronic trip unit - Electronic protection technology - Overload and short-circuit protection - Ground-fault protection function - Suitable for 50/60Hz AC networks - Suitable for isolation as per IEC 60947-2 ### Technical Specifications | Parameter | Specification | |---|---| | Manufacturer | Schneider Electric | | Model Number | LV510242 | | Product Range | EasyPact CVS | | Frame | CVS1000N | | Product Type | MCCB | | Rated Current | 1000A | | Number of Poles | 4P | | Protected Poles | 3D | | Breaking Capacity (Icu) | 50kA at 415V AC | | Trip Unit | ETS 6.3 | | Trip Technology | Electronic | | Protection Functions | Overload, Short Circuit, Ground Fault | | Rated Operational Voltage | 690V AC | | Rated Insulation Voltage | 800V AC | | Frequency | 50/60Hz | | Neutral Position | Left | ### Applications - Industrial power distribution panels - Main electrical distribution boards - Commercial building power systems - Industrial control panels - High-current electrical distribution installations ### Ordering Information Before ordering, verify the complete reference LV510242, rated current, pole configuration and trip-unit requirements. Check the installation's fault level and protection coordination to ensure correct breaker selection.