Square D | LAL36250V | Circuit Breaker | 250A | 3-Pole | 36250V

Introducing the Square D LAL36250V circuit breaker — a high-capacity protection solution built for demanding three‑phase systems. With a 250‑amp rating and a 3‑pole configuration, this unit provides reliable current interruption across all phases, helping protect your equipment and personnel in even the toughest electrical environments. Rated for 36,250 volts, it’s designed to handle the demands of modern industrial distribution while ensuring quick, predictable fault clearance when faults occur.

• Amperage: 250A
• Poles: 3‑Pole (three‑phase)
• Voltage rating: 36,250V
• Part reference: LAL36250V — use this exact part number to confirm compatibility and fit in Square D panels
• Applications: ideal for maintenance, retrofit, and replacement where matching specs are required

Why this model stands out: the LAL36250V is purpose-built to slide into Square D installations with precise alignment to OEM specifications, reducing installation guesswork and minimizing downtime. The 3‑pole design ensures synchronized protection across all phases, which is essential for balanced loads, safer startups, and predictable shutdowns in three‑phase systems. By choosing the exact LAL36250V part, you preserve system warranties and streamline future service.

Practical use cases and tips:

• Maintenance scenarios: swap in the exact LAL36250V during routine service to maintain consistency with existing protection settings.
• Retrofits: upgrade or replace aging components in legacy Square D panels without risking compatibility gaps.
• Replacements: when your panel documentation lists LAL36250V as the reference, this is the most reliable choice to ensure correct fit and performance.
• Fit verification: before ordering, cross-check the part number with your panel’s documentation to avoid mismatches and ensure safe operation.

In short, the Square D LAL36250V 250A 3‑Pole circuit breaker is a purpose-driven choice for professionals who demand precise compatibility, dependable protection, and a straightforward path to reliable system uptime in high‑voltage, three‑phase applications.