Siemens | MXD62H800L | Circuit Breaker | 800A | 2-Pole | 600V

Engineered for reliability in demanding electrical environments, the Siemens MXD62H800L circuit breaker delivers robust protection for large-scale circuits. With an 800A capacity and a 2-pole design, this unit is built to safely interrupt power to heavy loads while keeping your distribution panel organized and protected.

What makes the MXD62H800L stand out

• 800 Ampere rating for high-demand feeders and motor circuits
• 2-Pole configuration for simultaneous protection of both hot legs and improved fault isolation
• 600V rated suitability for industrial and commercial power distribution
• Part number MXD62H800L serves as the best reference for compatibility and cross-reference
• Designed for maintenance, retrofit, and replacement where matching specs are required

Ideal use cases

Best suited for large industrial feeders, service entrance panels, motor control centers, and retrofit projects where an 800A, 2-pole, 600V breaker is required. This unit replaces old or damaged breakers that match the MXD62H800L specifications, helping you resume reliable operation with minimal downtime.

Key considerations for selection and installation

• Compatibility Confirm fit and ratings before ordering. The MXD62H800L is the best reference part number for ensuring correct panel alignment and electrical characteristics.
• Panel compatibility check Review your panel labeling and bus type to ensure seamless integration with your Siemens or Siemens-compatible distribution system.
• Installation discipline Plan for standard safety practices, including lockout/tagout procedures and proper wiring methods, to ensure a safe, compliant replacement.

Practical tips and value

Choosing the MXD62H800L eliminates guesswork when upgrading or replacing an aging breaker. Its straightforward 2-pole design simplifies wiring and improves circuit protection in high-current applications. For facilities upgrading electrical service or expanding capacity, this unit provides a reliable path to maintain uptime and protect critical loads.