GE V07313 - 13A, 3-Pole, Circuit Breaker

GE V07313 is a 13A, 3-Pole circuit breaker engineered to deliver dependable overcurrent protection where it matters most. With its 3-pole configuration, this device is designed for flexible use in panelboards, switchboards, and control panels, making it a reliable choice for distributing power in industrial, commercial, and OEM environments.

• Current rating: 13A for controlled protection of standard 3-phase feeders
• Poles: 3-Pole to guard all three phases in a 3-phase system
• Breaker type: Circuit Breaker for swift, automatic disconnection on fault conditions
• Applications: Ideal for panelboards, switchboards, and control panels where space and reliability matter
• Ideal for: Industrial facilities, commercial installations, and OEM equipment needing robust protection for distribution panels and motor control centers

Why a three-pole solution makes a difference

In three-phase systems, a single 3-pole breaker interrupts all conductors simultaneously. This coordinated protection reduces the risk of phase imbalance, protects motors and other equipment more effectively, and simplifies wiring and maintenance in complex electrical layouts.

Practical uses and scenarios

Use the GE V07313 to safeguard 3-phase feeders powering motors, pumps, conveyors, or HVAC equipment inside distribution panels and motor control centers. It’s equally suitable for new installations or as a replacement in existing panelboards and switchboards, helping ensure continued safe operation across critical loads.

What makes this model stand out

Beyond simply meeting a rating, the GE V07313 combines a compact 3-pole form with a clear focus on reliability in demanding environments. Its 13A rating provides precise protection for moderate-load circuits, while the three-pole design helps maintain system integrity across all three phases in distribution and control applications.

Choose the GE V07313 when you need consistent, dependable overcurrent protection that aligns with panelboard, switchboard, and motor control center setups—supporting safer operation, easier maintenance, and longer equipment life in industrial, commercial, and OEM applications.