MCP13300CR | Circuit Breaker | 30A | 3-Pole | 600V | Bolt-On

Engineered for reliability in demanding industrial environments, the MCP13300CR is a purpose-built circuit breaker designed to protect your three-phase equipment with precision. This 30A, 3-pole unit is ready for 600V systems and features a bolt-on mounting to streamline installation, retrofit, or replacement in existing panels.

Key specs at a glance

• Model: MCP13300CR
• Amperage: 30A
• Poles: 3-Pole
• Voltage rating: 600V
• Mounting: Bolt-On
• Type: Industrial circuit breaker
• Applications: Maintenance, retrofit, and replacement
• Compatibility note: Confirm fit and ratings before ordering; the part number is the best reference for ensuring correct compatibility.

Why this model stands out

The MCP13300CR is built to integrate seamlessly with standard 3-phase systems, delivering dependable protection for motors, drives, and panel boards. The bolt-on design simplifies field installation and future servicing, reducing downtime during replacements or upgrades. With a precise 30A rating, it provides targeted protection for moderate-load circuits without sacrificing reliability on busy industrial lines.

Ideal use cases

• Retrofits: Update aging or non-matching breakers in three-phase panels to restore performance and safety.
• Maintenance: Quick, tool-friendly replacement in service or control cabinets.
• Replacements: Substitutes for outgoing units that require identical electrical and mounting characteristics.
• New installations: Suitable for 600V, three-phase feeders in industrial environments where a robust bolt-on breaker is preferred.

Practical guidance for deployment

• Before ordering, verify that your panel accepts a bolt-on, 3-pole 600V breaker with a 30A rating and that the physical mounting pattern aligns with the MCP13300CR.
• Cross-check the exact part number to ensure mechanical fit and electrical characteristics match your existing equipment.
• Follow standard electrical safety protocols during installation and testing; ensure the circuit is de-energized and locked out before replacing components.