General Electric | SEHA36AT1080C | Circuit Breaker | 80A | 3-Pole | 600V | Bolt-On

Secure three‑phase protection with the General Electric SEHA36AT1080C circuit breaker. Built for reliability in maintenance, retrofit, and replacement projects, this unit delivers exact electrical specs to match your existing GE panels and systems. With an 80A rating, 3‑pole configuration, and 600V capability, it’s designed to provide dependable overload and short‑circuit protection where it counts.

Key specifications

• Amperage: 80 A
• Poles: 3‑Pole
• Voltage: 600 V
• Mounting: Bolt‑On
• Part number: SEHA36AT1080C

Why this GE breaker stands out

What sets the SEHA36AT1080C apart is its precise compatibility with GE panels that require a 3‑pole, 80‑amp, 600‑volt bolt‑on solution. The bolt‑on design delivers a secure mechanical connection that's intended for stable operation in demanding environments, reducing the risk of loose connections and wear over time. Because the part number is the best reference for compatibility, you can confidently source this unit when your maintenance, retrofit, or replacement work demands an exact match to your existing gear.

Ideal use cases

• Maintenance: swap in a like‑for‑like breaker to minimize panel downtime and preserve protective coordination.
• Retrofit: upgrade older, non‑compliant or mismatched devices to a 3‑pole, 80A configuration that supports current loads and standards.
• Replacement: replace a worn or failed breaker with the exact SEHA36AT1080C to maintain documented protection levels.

Practical guidance for installation

Before purchasing, verify that your equipment requires a 3‑Pole, 80A, 600V bolt‑on breaker and that the panel accepts the SEHA36AT1080C family. Rely on the part number as the primary reference for compatibility to ensure a seamless fit and reliable protection across all three phases. With the General Electric SEHA36AT1080C, you’re investing in a solution that aligns with GE’s tradition of dependable, field‑friendly circuit protection for commercial and industrial electrical systems.