Square D | LAL26125 | Circuit Breaker | 2-Pole | 480V

Meet the Square D LAL26125 2-Pole Circuit Breaker — a genuine Square D component engineered for 480V circuits. This unit is purpose-built for maintenance, retrofit, and replacement projects where exact specifications matter, helping keep your panels performing safely and consistently.

Why this breaker stands out

• 2-Pole configuration provides simultaneous protection for both live conductors in a 480V system, simplifying wiring and ensuring coordinated shut-off during faults.
• 480V rating makes it suitable for industrial and commercial applications that run on higher-voltage distribution, including equipment that requires reliable interruption at line-to-line voltage.
• Authentic reference The part number LAL26125 is your best compatibility anchor — use it to verify fit against panels, enclosures, and replacement catalogs.
• Targeted use cases Ideal for ongoing maintenance, systematic retrofits to 480V panels, and timely replacements when a matching Square D device is needed to maintain code compliance and electrical protection.
• Straightforward compatibility check Before ordering, confirm fit and ratings with your panel label or service manual; LAL26125 is designed to align with Square D installations that accept this line.

Practical guidance and best practices

• Keep a spare LAL26125 on hand in facilities maintenance to minimize downtime during routine service or unexpected outages.
• When replacing, ensure the mounting, bus connection style, and enclosure type match your existing setup to avoid fit issues.
• Document the replacement with the exact part number and voltage rating to simplify future maintenance and audits.

In short, the Square D LAL26125 2-Pole 480V circuit breaker delivers dependable protection, precise compatibility, and a straightforward path to keeping your high-voltage circuits protected and compliant. If your panel specifies the LAL line and 480V operation, this is the right choice for a precise, field-serviceable replacement that minimizes downtime and preserves system reliability.