GE 14KA - 20A, 277VAC, 3-Pole, Circuit Breaker

When reliable, coordinated protection across a 3-phase system is essential, the GE 14KA - 20A, 277VAC, 3-Pole circuit breaker delivers. Rated for 20A up to 277V, this GE breaker is purpose-built for demanding industrial, commercial, and OEM environments where dependable overcurrent protection and safe operation are non-negotiable.

Why this 3-Pole GE breaker stands out

• Three-pole design: Provides simultaneous protection across all three phases, ideal for panelboards, switchboards, and control panels in 3-phase networks.
• Voltage and current specification: 20A rating at up to 277VAC, aligning with common commercial and industrial distribution requirements.
• Versatile installation: Built for flexible use in a variety of power-distribution applications, including motor control centers and large electrical enclosures.
• Safety and reliability: Engineered to deliver dependable overcurrent protection, helping prevent damage to wiring, devices, and connected equipment.
• Application breadth: Particularly well-suited for panelboards, switchboards, and control panels in environments where 277V circuits are standard.

Ideal use cases

continously fed 3-phase loads in commercial buildings, manufacturing lines, and OEM systems benefit from this GE breaker’s ability to protect multiple conductors with a single device. Use it to:

• Protect 3-phase motors, drives, and control circuits in panelboards and switchboards.
• Guard distribution panels and motor control centers against overcurrents that could lead to equipment damage or downtime.
• Provide reliable, code-compliant protection for 277V distribution networks in commercial environments.

Specifications at a glance

• 20 A
• Voltage rating: Up to 277 VAC
• Poles: 3-Pole
• Breaker type: Circuit Breaker
• Applications: Industrial, commercial, and OEM distribution panels and motor control centers

Practical installation tips

• Ensure compatibility with your panelboard or switchboard’s bus arrangement and mounting footprint.
• Verify that the circuit design requires protection across all three phases to justify a 3-Pole device.
• Follow manufacturer wiring guidelines and local electrical codes for safe integration into distribution panels and control panels.
• Pair with appropriate enclosure space to maintain proper heat dissipation and easy accessibility during maintenance.