ITE | CF3B015 | Circuit Breaker | 3-Pole

ITE CF3B015 3-Pole Circuit Breaker is your trusted solution for maintenance, retrofit, and replacement tasks where precise spec matching matters. This 3-Pole design provides robust protection across multi-conductor circuits, helping you keep systems safe and downtime to a minimum.

Designed for compatibility-driven projects, the CF3B015’s value lies in its straightforward fit with panels that require a three-pole break and matching ratings. Use this part when you need a reliable, component-ready option that aligns with your existing electrical architecture.

Key advantages of the ITE CF3B015

• Three-pole protection: Simultaneous interruption across three conductors for enhanced safety in three-pole configurations.
• Exact reference for compatibility: The part number CF3B015 is your best reference to confirm fit with your panel and system requirements.
• Maintenance, retrofit, and replacement: Ideal for upgrading aging panels, replacing failed units, or retrofitting to meet updated specifications.
• Clear applicability: Specifically suited for scenarios where matching specs are essential to maintain electrical performance and protection levels.

Practical use cases

• Upgrading a commercial or industrial panel where a 3-pole breaker is required to protect multi-conductor circuits.
• Replacing a worn or failed CF3B015 unit to restore coordinated tripping and consistent protection across all poles.
• Retrofitting existing installations with a dependable, part-number-specific breaker to ensure continued compatibility and safety compliance.

Important compatibility note
Before ordering, verify both fit and ratings for your specific panel. The CF3B015 part number is your most reliable reference to ensure seamless replacement without unexpected clearance or trip setting mismatches.

Whether you’re stocking parts for routine maintenance or planning a panel retrofit, the ITE CF3B015 3-Pole Circuit Breaker delivers precise compatibility, dependable protection, and a straightforward path to restoring optimal circuit safety.