SEH2C030 | Circuit Breaker | 30A | 2-Pole | 480V

SEH2C030 is a purpose-built industrial circuit breaker crafted for demanding electrical environments. With a sturdy 2-pole design and a 30A rating, this device delivers reliable overcurrent protection for 480V systems, helping keep motors, feeders, and distribution circuits safe from overloads and short circuits.

Designed for practical use in maintenance, retrofit, and replacement projects, SEH2C030 provides a precise, compatible fit where exact specifications matter. Its two-pole configuration protects two hot conductors simultaneously, simplifying wiring and enhancing protection alignment in typical 480V installations.

Key specifications at a glance

• Amperage: 30 A
• Poles: 2-Pole
• Voltage rating: 480 V

Why choose this part for your industrial setup

When you’re upgrading or replacing protection devices in an existing panel or MCC, having the exact part reference matters. The SEH2C030 is identified by its part number, making compatibility checks straightforward and reducing the risk of mismatch. It’s engineered to integrate with standard industrial protection schemes, enabling seamless upgrades without rewiring or reconfiguring downstream circuitry.

Ideal use cases

• Replacing worn or failed breakers in 480V distribution panels and motor control centers
• Retrofits where maintaining the same protection level is essential while updating equipment
• Maintenance outages requiring a reliable, drop-in replacement that matches existing specs

Practical guidance for ordering and installation

Always confirm fit and ratings before ordering. The best reference for compatibility is the exact part number (SEH2C030). After procurement, ensure proper installation practices, verify circuit labeling, and follow manufacturer torque specifications to maintain reliable protection and safe operation.

What sets SEH2C030 apart

Rather than a generic upgrade, SEH2C030 delivers a true compatibility-based solution for 480V, 30A, two-pole applications. Its design supports quick replacement in established systems, minimizes downtime during maintenance windows, and provides clear, dependable protection for critical electrical infrastructure.