Schneider Electric FAL3601513M1212 15A 3-Pole 600 V Circuit Breaker

Meet the Schneider Electric FAL3601513M1212 15A 3-Pole 600 V Circuit Breaker — a precisely engineered protection device designed to safeguard your 3‑phase electrical systems. With a 15 amp rating and a 3-pole configuration, this breaker delivers reliable overcurrent protection for demanding commercial and light industrial applications, while maintaining seamless compatibility with Schneider Electric panels and accessories.

• Part number: FAL3601513M1212
• Current rating: 15 A
• Poles: 3 (designed for 3‑phase circuits)
• Voltage rating: 600 V

Key benefits you can count on

• Built to integrate smoothly within Schneider Electric distribution setups, reducing installation time and ensuring consistent performance across your protection scheme.
• 3‑pole design provides balanced protection across all phases, helping prevent neutral and phase imbalances in 3‑phase systems.
• Clear labeling and reliable operation under standard electrical loads, supporting straightforward maintenance and quick replacements when needed.

Ideal use cases

• Protection for 3‑phase feeders in commercial buildings, factories, and data centers where dependable 600 V circuit protection is essential.
• Replacement in existing Schneider Electric installations to maintain system integrity and compatibility with current panels.
• Part of a modular protection strategy in electrical distribution boards and control panels requiring robust, standardized 3‑pole breakers.

Installation and compatibility tips

• Confirm panel compatibility with the FAL3601513M1212 form factor to ensure a secure fit and proper electrical clearances.
• Pair with appropriate Schneider Electric enclosures and accessories to optimize mounting stability and long-term reliability.

Choose the Schneider Electric FAL3601513M1212 15A 3-Pole 600 V Circuit Breaker for dependable, industry-standard protection that aligns with Schneider Electric’s engineering precision. This part number represents a reliable upgrade path for 3‑phase electrical systems needing clear, consistent overcurrent protection.