Square D EDB34060 - 60A, Molded Case Circuit Breaker

Designed for today’s demanding electrical environments, the Square D EDB34060 delivers dependable overcurrent protection in a compact molded case breaker. With a 60A rating, this device sits at the heart of industrial and commercial distribution systems, guarding panelboards, switchboards, control panels, and OEM equipment from electrical faults that can disrupt operations.

Key specifications at a glance

• Current rating: 60A
• Breaker type: Molded Case Circuit Breaker (MCCB)
• Suitable for: Panelboards, switchboards, control panels, and OEM equipment

Why this MCCB stands out

• Reliable protection in critical hubs: When used in distribution panels and motor control centers, this breaker quickly interrupts fault currents, helping prevent equipment damage and downtime.
• Durable, field-proven design: Built for industrial and commercial environments where electrical protection can’t be compromised.
• Versatile installation: Designed to integrate seamlessly into standard molded case breaker applications, making it a practical upgrade or replacement option for existing systems.

Ideal use cases

• Industrial facilities with complex motor control centers needing dependable 60A protection.
• Commercial distribution panels requiring robust, reliable overcurrent protection for numerous branch circuits.
• OEM equipment builds where a proven molded case breaker maintains safety and continuity in operation.

Installation and compatibility considerations

• Choose this MCCB for panelboards, switchboards, and control panels designed to accommodate molded case breakers.
• Verify alignment with the enclosure’s bus and termination requirements and follow standard torque and termination practices as recommended by the manufacturer.
• Use as part of a comprehensive protection strategy that includes proper labeling, documentation, and routine inspection as part of maintenance routines.

Practical benefits and outcomes

• Minimize unplanned downtime by providing prompt, reliable interruption of fault currents.
• Protect downstream equipment—drives, contactors, sensors, and control devices—from overload and short-circuit conditions.
• Support safe operation within motor control centers and distribution panels, ensuring predictable electrical performance across shifts.