Square D BJL26025 25A 2-Pole 600 V Circuit Breaker Potential Transformer

Engineered for dependable protection in demanding electrical environments, the Square D BJL26025 25A 2-Pole 600 V Circuit Breaker is built to safeguard distribution circuits with precision. This device delivers reliable overcurrent protection for two-pole configurations, supporting voltages up to 600 V and a 25 A current rating, making it a practical choice for a wide range of commercial and industrial panel installations. Known for its seamless compatibility within the Square D ecosystem, the BJL26025 is designed to fit and function like the original, helping you maintain panel integrity and predictable trip behavior.

Key specifications

• Part Number: BJL26025
• Current rating: 25 A
• Poles: 2
• Voltage rating: 600 V
• Brand: Square D

Why this breaker matters

Choosing a Square D BJL26025 means prioritizing reliability and compatibility in systems that demand sturdy protection for two-pole circuits. With a 600 V rating, it accommodates higher-voltage distribution needs, while the 25 A rating provides precise coordination with downstream protection to minimize nuisance trips during startup or load fluctuations. This part is especially suitable for panels and switchgear within Square D installations, where fit, form, and function align with existing components.

Ideal use cases

• New builds and retrofit projects in commercial or light industrial facilities using Square D equipment
• Replacement for 2-pole protection in distribution panels that require a 25 A, 600 V device
• Metering or protection schemes in electrical rooms where precise, reliable trip behavior is essential

Installation and practical considerations

For optimal performance, ensure the panel or enclosure accepts Square D BJL-series protective devices. Maintain standard electrical safety practices and follow local codes during installation. The BJL26025 is designed to integrate smoothly with compatible Square D components, helping preserve system coordination and ease of maintenance over time.