CCH3100X | Circuit Breaker | 100A | 3-Pole | 240V

The CCH3100X circuit breaker is built for industrial protection in 240V, 3-pole configurations, delivering a precise 100A rating. Designed for maintenance, retrofit, and replacement projects where exact specifications matter, this unit helps you safeguard critical equipment with dependable, code-aligned performance.

Key Specifications

• Amperage: 100 A
• Poles: 3-Pole
• Voltage: 240 V
• Part number: CCH3100X

What Makes the CCH3100X Stand Out

• Exact fit for 3-pole, 240V circuits, ensuring coordinated protection across all three phases.
• Reliable industrial performance tailored for panels, feeders, and motor circuits in demanding environments.
• Clear compatibility reference: the part number CCH3100X is your best guide when matching replacements or retrofits.
• Ideal for both replacements of aging breakers and new installations that require precise 100A, 3-pole protection.

Practical Guidance for Selection and Installation

Before ordering, confirm fit and ratings on your panel and the existing footprint. The CCH3100X is intended for setups that match its 100A, 3-pole, 240V specifications. Keep the part number handy during procurement to avoid mis-match. When installing, follow standard electrical safety practices and ensure terminal connections are torqued to the manufacturer’s specifications to maintain secure, vibration-resistant performance.

Use Cases and Scenarios

• Maintenance or retrofit projects where a precise 100A, 3-pole, 240V breaker is required to replace a worn unit.
• New installations in commercial or light industrial panels needing reliable, three-phase protection with clearly defined ratings.
• Replacement in legacy systems where exact spec matching (via part number) reduces compatibility risk and downtime.

What to Expect in Service

Once installed, the CCH3100X provides robust overcurrent protection for all three phases, helping to minimize unplanned outages and protect conductors and downstream equipment. Its specification-driven design translates to predictable performance, easier maintenance planning, and a smoother upgrade path for your electrical infrastructure.