CAH3100X | Circuit Breaker | 100A | 3-Pole | 240V

Meet the CAH3100X, a robust industrial circuit breaker designed for maintenance, retrofit, and replacement projects where exact specifications matter. With a 100 A rating, 3-Pole configuration, and 240 V operation, this unit is built to protect and optimize three-phase power systems in demanding environments.

Why choose CAH3100X?

• Exact spec match: 100 A, 3-Pole, 240 V—precisely the combination needed for many industrial panels and equipment control circuits.
• Versatile upgrade option: Ideal for maintenance swaps, panel retrofits, and replacements where old breakers no longer meet current protection requirements.
• Reliable compatibility cue: The part number CAH3100X is the best reference to ensure you’re ordering the correct model for your system.
• Practical reliability: Designed to provide consistent overcurrent protection in mid-range distribution setups, helping minimize downtime and protect downstream equipment.

Key specs at a glance:

• Amperage: 100 A
• Poles: 3-Pole
• Voltage: 240 V

Ideal use cases

• Maintenance replacements in three-phase electrical panels where a 100 A, 3-pole breaker is required.
• Retrofits in manufacturing lines, processing equipment, and power distribution networks operating at 240 V.
• Replacement for aging breakers that protect heavy machinery, helping restore safe, reliable power distribution quickly.

How to ensure a correct fit

• Always confirm fit and ratings before ordering. Use the CAH3100X part number as your primary compatibility reference.
• Cross-check your panel’s voltage, current requirements, and mounting/terminal configuration to match the breaker’s design.
• For safe installation, engage a qualified electrician and follow standard electrical safety practices and lockout/tagout procedures.

Choosing the CAH3100X means selecting a purpose-built solution for dependable overcurrent protection in three-phase systems. Whether you’re upgrading legacy equipment or performing a critical replacement, this model offers a clear, spec-faithful path to restoring safe, reliable power distribution.