Schneider Electric | MG24485 | Circuit Breaker | 16A | 4-Pole | 277V

Schneider Electric MG24485 is a purpose-built circuit breaker designed for 277 V systems that demand precise specifications and dependable protection. This 16 A, 4-pole unit is ideal for maintenance, retrofit, and replacement projects where exact compatibility matters, helping you keep panels safe and running without unnecessary downtime.

Exact fit for 277V, 16A, 4-Pole configurations

Engineered to perform in demanding commercial and industrial environments, the MG24485 delivers reliable overload and fault protection for circuits operating at 277 volts. Its four-pole design supports multi-pole switching and coordinated protection across all conductors, ensuring consistent performance in modern electrical distributions.

Key specifications and ordering guidance

• Amperage: 16 A
• Poles: 4-Pole
• Voltage rating: 277 V
• Part number reference: MG24485 is the best reference for compatibility
• Ordering note: Confirm fit and ratings before ordering to ensure seamless replacement in your panel.

Why this breaker stands out

Unlike generic replacements, the MG24485 is built to align with Schneider Electric’s exact design and mounting standards, reducing the risk of mismatches in panel cutouts, terminals, and trip characteristics. This makes it a dependable choice for ongoing maintenance, crucial retrofit projects, and orderly replacements where maintaining circuit protection integrity is essential.

Ideal use cases

• Maintenance and service of 277 V distribution circuits in commercial facilities
• Retrofit projects where legacy panels require an exact 16 A, 4-pole, 277 V solution
• Replacement for aging breakers that match Schneider Electric’s specifications
• New installations in systems that demand precise, plug-and-play compatibility with Schneider Electric panels

Practical guidance and benefits

Choosing MG24485 helps ensure quick procurement with an unmistakable reference, reducing downtime caused by part mismatches. By matching amperage, pole count, voltage, and the manufacturer’s design, you get predictable protection behavior and a smoother maintenance workflow. This is especially valuable in facilities with standardized panel configurations where every component must align with the original engineering intent.