Eaton CRD320T93W 2000A 3-Pole 600 V Circuit Breaker

Introducing the Eaton CRD320T93W 2000A 3-Pole 600 V Circuit Breaker—a heavy-duty solution engineered to protect large three-phase power systems with precision and reliability. Built for demanding industrial environments, this breaker delivers robust overcurrent protection at up to 2000 A and up to 600 V, helping keep critical equipment safe and uptime high.

The CRD320T93W is designed for seamless integration into standard industrial panels and Eaton distribution ecosystems. Its 3-pole design ensures synchronized disconnection across all phases, providing balanced protection for motor feeds, feeders, and large distribution circuits. With this breaker in your electrical room, fault conditions are isolated quickly and predictably, reducing the risk of collateral damage and unnecessary downtime.

Core specifications

• Current rating: 2000 A
• Poles: 3
• Voltage rating: 600 V
• Part number: CRD320T93W

Why choose the CRD320T93W

• Ideal for large feeders and motor circuits that demand dependable, coordinated shutdown across all phases.
• Durable industrial build: Designed to withstand the rigors of busy electrical rooms and factory floors while maintaining reliable operation.
• Clear compatibility: Fits into standard Eaton panels and interfaces smoothly with existing distribution equipment, helping streamline maintenance and replacements.

Practical use cases

Use the CRD320T93W to safeguard heavy three-phase feeders in manufacturing lines, protect critical distribution trunks in processing facilities, and provide reliable overcurrent protection for large motor circuits. This breaker acts as a crucial line of defense against short circuits and overloads, enabling quicker fault isolation and easier fault diagnosis.

Installation and best practices

Install by a qualified electrician following local electrical codes and safety standards. Verify system voltage remains within 600 V, confirm compatibility with your panel and bus arrangements, and ensure all connections are torqued to specification. Regular inspection of terminal integrity and visual indicators helps maintain dependable protection over time.