Ite EE2B070 - 70A, 2-Pole, Circuit Breaker

Introducing the Ite EE2B070, a 70A, 2-Pole circuit breaker engineered for rugged reliability in demanding electrical systems. Its 2-pole configuration provides streamlined protection for two hot conductors, making it an ideal choice for panelboards, switchboards, and control panels where space, safety, and uptime matter.

Designed for industrial, commercial, and OEM applications, this breaker delivers dependable overcurrent protection to safeguard distribution panels and motor control centers. By quickly disconnecting power during overloads or faults, it helps prevent equipment damage, reduces downtime, and supports safer, smoother operation across your electrical infrastructure.

Key advantages of the Ite EE2B070

• Current rating: 70 A – robust protection for feeder or branch circuits without sacrificing performance.
• Poles: 2-Pole – manages two hot conductors with a single device, simplifying wiring and maintenance.
• Breaker type: Circuit Breaker – proven overcurrent protection to interrupt fault currents and prevent damage.
• Versatile for panelboards, switchboards, and control panels in industrial environments, commercial facilities, and OEM equipment.
• Ideal for distribution panels and motor control centers where reliable protection and safe operation are critical.

Ideal use cases

In manufacturing plants, the EE2B070 protects feeder circuits powering multiple machines, helping to minimize startup surges and prevent cascading faults. In commercial electrical rooms, it serves as a dependable main or subfeed breaker for critical loads, contributing to consistent service levels. For OEM projects, its 2-Pole design integrates seamlessly into custom control cabinets, delivering trusted protection without complex wiring changes.

Why settle for a generic solution when you can rely on a circuit breaker purpose-built for your distribution panels and motor control centers? The Ite EE2B070 combines straightforward installation with effective, long-term protection, helping you maintain safety, reliability, and efficiency across your electrical system.