Schneider EasyPact NW DrawOut ACB 2500A 3P MDO ENW225N3MW2S

Schneider EasyPact NW DrawOut ACB 2500A 3P MDO – ENW225N3MW2S

The Schneider EasyPact NW DrawOut ACB 2500A 3P (ENW225N3MW2S) is a top-tier Air Circuit Breaker (ACB) designed for high-capacity power distribution systems. Built for industrial plants, large commercial buildings, and infrastructure projects, it ensures maximum protection, reliability, and operational safety in demanding environments.

Part of Schneider’s EasyPact NW series, this ACB is engineered for robust performance, simplified maintenance, and scalable protection, typically covering current ratings from 630A up to 4000A.

⚙️ Product Overview

• Model: ENW225N3MW2S
• Type: Draw-out Air Circuit Breaker (ACB)
• Rated Current: 2500 Amps
• Poles: 3 Pole (3P)
• Operation: Manual Draw-Out (MDO)
• Breaking Capacity: Typically 50kA @ 415–440V AC
• Protection: Overload, Short Circuit, Optional Earth Fault

Similar EasyPact NW 2500A ACB variants confirm 50kA breaking capacity and microprocessor-based protection systems, ensuring safe interruption of high fault currents.

✨ Key Features & Benefits

• ⚡ 2500A Ultra High Current Capacity
  Ideal for large-scale industrial and infrastructure loads
• 🔌 3-Pole Configuration
  Reliable protection for three-phase electrical systems
• 🔄 Draw-Out Design (MDO)
  Enables quick removal for maintenance without shutting down the system
• 🛡️ Advanced Protection Functions
  Supports overload, short-circuit, and optional LSIG protection
• 📊 Microprocessor-Based Trip Unit
  Accurate fault detection, diagnostics, and system monitoring
• 🛠️ Heavy-Duty Industrial Construction
  Designed for long service life in harsh environments

🏭 Applications & Use Cases

• Main LT panels (MLTP)
• Large industrial plants & manufacturing units
• Commercial complexes, malls & hospitals
• Generator and transformer protection
• Data centers and mission-critical infrastructure

🏆 Why Choose Schneider EasyPact NW 2500A ACB?

The EasyPact NW 2500A ACB is designed for high-performance and reliability at large scale. With features like fault indication, smart monitoring, and high breaking capacity, it ensures minimal downtime and enhanced system safety.

Its draw-out architecture and intelligent protection system make it an excellent choice for engineers and panel builders managing critical power distribution networks.