Cutler Hammer BA270 - 70A, 2-Pole, Circuit Breaker

The Cutler Hammer BA270 - 70A, 2-Pole Circuit Breaker is built for environments where reliable overcurrent protection matters most. This two-pole design provides synchronized interruption of both hot legs, helping you safeguard feeders, panelboards, and equipment from fault conditions with precision and confidence.

Key features and why they matter:

• 70A current rating— suitable for mid-range branch circuits and feeders in industrial, commercial, and OEM applications.
• 2-Pole configuration— ensures simultaneous disconnect and protection of both live conductors, improving safety and reliability in distribution panels and motor control centers.
• Versatile installation— designed for use in panelboards, switchboards, and control panels, making it a practical choice for new builds and panel upgrades alike.
• dependable protection for demanding settings— engineered for industrial and commercial environments where consistent interruption of excessive current is essential to protect wiring, motors, and downstream devices.

Ideal use scenarios: - Upgrading or expanding distribution panels in manufacturing lines, processing plants, or HVAC systems where 70A feeders are common. - Protecting motor control centers and equipment enclosures that require reliable two-pole protection. - OEM equipment protection in custom control cabinets where a compact, durable 2-pole breaker is a perfect fit.

Technical snapshot: - Current rating: 70A

- Poles: 2-Pole

- Breaker type: Circuit Breaker

Why choose the Cutler Hammer BA270 for your electrical protection needs? It combines a trusted brand name with a straightforward, robust approach to overcurrent protection, helping you minimize downtime and safeguard critical circuits in industrial, commercial, and OEM environments. When you need dependable performance in distribution panels and motor control centers, the BA270 is a practical, no-nonsense solution that slots into Cutler Hammer-compatible panel systems with clarity and confidence.