Eaton BR215ST - Circuit Breaker | AmpState

Introducing the Eaton BR215ST molded case circuit breaker — a compact, dependable solution for branch circuit protection in panelboards and loadcenters.

Built for consistent performance, the BR215ST uses a thermal-magnetic trip unit to deliver stable, repeatable protection against overloads and short circuits. That means fewer nuisance trips and more predictable electrical behavior in daily use.

Key advantages you’ll notice:

• Space-efficient design: A compact molded case profile helps maximize panel space and accommodate more circuits without crowding.
• Reliable protection: Thermal-magnetic trip provides fast, dependable response to fault conditions, safeguarding wiring and connected equipment.
• OEM-compatible: Designed to pair with matching OEM loadcenters and panelboards for straightforward installation and an exact fit.
• Versatile applications: Suitable for residential, commercial, and light industrial environments where dependable branch-circuit protection matters.
• Clear identification: Part Number BR215ST and Type: Thermal-magnetic molded case circuit breaker support accurate ordering and cross-reference within Eaton’s ecosystem.

Use cases and practical scenarios:

• Upgrading panelboards in homes, condos, or small offices where space is at a premium and consistent trip performance is essential.
• Protecting individual branches in light commercial settings such as retail spaces, cafés, or workshops that rely on a single, reliable protection device per circuit.
• Integrating into new construction projects that specify Eaton BR-series protection for seamless compatibility with existing Eaton or OEM loadcenters.

Why this BR215ST stands out: its molded-case construction provides robust protection in a compact footprint, while the thermal-magnetic trip unit delivers dependable responses to both overloads and short circuits. When you choose a device designed to align with Eaton’s panel ecosystem, you gain streamlined installation, easier maintenance, and consistent performance across your electrical system.