ICP631015 | Circuit Breaker | 15A | 3-Pole | 600V | Bolt-On

Meet ICP631015, an industrial-grade circuit breaker engineered for dependable protection in demanding electrical environments. This 15A, 3-Pole unit is built for three-phase systems up to 600V and is designed for easy bolt-on mounting, making it a solid choice for maintenance, retrofit, and replacement projects where matching specifications matters.

• Three-pole protection delivers coordinated interruption across all phases in three-phase circuits up to 600V, helping prevent imbalanced loads and voltage issues.
• 15A rating provides precise overcurrent protection for motors, drives, and control circuits without unnecessary nuisance trips.
• Bolt-On mounting offers a secure, vibration-resistant fit that simplifies installation and enhances long-term reliability in installed panels.
• Part number ICP631015 serves as the definitive reference for compatibility, ensuring you match the exact specifications in your equipment catalog or panel plan.

Ideal use cases include upgrading aging panels, replacing failed breakers, or stocking spare parts for maintenance-ready facilities. This breaker is well-suited for industrial control panels, motor control centers, and power distribution networks where reliable 3-pole, 600V protection is essential.

Practical guidance for selection and installation:

• Always confirm fit and ratings before ordering by cross-referencing the ICP631015 part number with your panel documentation or supplier catalog.
• Designed for three-phase systems up to 600V with a 15A protection threshold—verify load calculations to ensure optimal protection for your equipment.
• Plan bolt-on installation in panels with compatible mounting footprints and ensure adequate clearance for wiring terminations around the unit.

Choose ICP631015 when you need a precise, reliable 3-pole, 600V breaker that installs cleanly and protects critical loads in industrial settings. It’s the practical, specification-focused solution for maintenance, retrofit, and replacement scenarios where exact compatibility matters.