Schneider Electric BDL36025 25A 3-Pole 347 V Circuit Breaker

Meet the Schneider Electric BDL36025 25A 3-Pole 347 V Circuit Breaker — a targeted solution for protecting 3-phase electrical circuits in commercial and light-industrial environments. With part number BDL36025, this device is designed to reliably interrupt power across all three phases when faults occur, helping prevent equipment damage and downtime.

• Three-pole design for synchronized protection: The breaker interrupts all three live conductors simultaneously, ensuring a balanced, coordinated shutdown during overloads or faults.
• 25 A current rating: Ideal for circuits that run demanding lighting, control panels, or small motors while staying within a safe operating window.
• 347 V voltage rating: Suitable for 3-phase distribution systems commonly found in commercial buildings and industrial environments that use 347 V nominal line-to-line networks.
• Clear part identification: Schneider Electric BDL36025 is traceable within your panel schedule, simplifying maintenance and future replacements.

Who benefits from this breaker? Electricians and panel builders working on 3-phase electrical installations where 347 V service is standard. Use cases include protecting motor controllers, HVAC control circuits, lighting distribution, and other load centers that operate at 347 V across three phases.

Why this matters in real-world terms: continuity of service depends on fast, reliable fault isolation. This 25 A, 3-pole solution helps isolate faults before they cascade, reducing the risk of equipment damage, tripped downstream feeders, and unscheduled downtime.

Installation and compatibility tips: This Schneider Electric circuit breaker is designed to integrate with Schneider Electric panel ecosystems and compatible enclosures. Ensure your panel's bus and mounting format match a 3-pole 347 V protection device, and adhere to local electrical codes during installation. For best results, pair with matching Schneider Electric protective devices to maintain system coordination and predictable breaker performance.