Square D | FAF36035 | Circuit Breaker | 35A | 3-Pole | 600V

Meet the Square D FAF36035 Circuit Breaker—a purpose-built protection device designed for 35A circuits in 3-phase systems rated up to 600V. Crafted for maintenance, retrofit, and replacement projects, this 3-pole breaker is ready to safeguard your equipment while keeping your electrical system reliable and compliant.

• Amperage: 35A, providing calibrated protection for moderate-load, three-phase circuits.
• Poles: 3-Pole configuration to guard all three phases in a 3-phase installation.
• Voltage rating: 600V, suitable for a wide range of industrial and commercial applications.
• Compatibility reference: The part number FAF36035 is your best reference for matching fit and ratings—confirm compatibility before ordering.
• Ideal use cases: Maintenance replacements, retrofit upgrades, and suitable substitutes in systems that require exact 3-pole, 600V protection at 35A.

Why this FAF36035 stands out: it’s designed to integrate smoothly with existing Square D panelboards and electrical environments that rely on precise trip characteristics and reliable performance. If your project involves upgrading aging gear, restoring a failed breaker, or aligning new components with your 3-phase, 600V infrastructure, this unit provides the right combination of current rating, pole count, and voltage capability.

Practical applications include panel retrofits in manufacturing lines, upgrading protection for three-phase motors, and ensuring electrical panels continue to operate safely after equipment changes. It’s especially helpful when you’re aiming to preserve your installation’s standardization—using a familiar, manufacturer-matched part reduces the risk of compatibility issues and makes future servicing simpler.

Compatibility notes and purchasing guidance: always verify fit and ratings with your specific panel and equipment before ordering. Rely on the FAF36035 part number as the authoritative reference to match the exact 3-pole, 35A, 600V profile your system requires. By choosing the correct variant, you minimize downtime and maintain consistent protection across your electrical infrastructure.