GE TED113010WL - 10 A, 277 V, 1-Pole Circuit Breaker | AmpState

Introducing the GE TED113010WL 10A, 277V, 1-pole molded case circuit breaker—your trusted safeguard for branch circuits in panelboards and load centers. This compact unit is engineered to maximize space without compromising protection, making it a practical choice for modern electrical panels.

Key benefits that matter in real-world installations

• Thermal-magnetic trip unit delivers stable, repeatable protection against overcurrent and short-circuit events, maintaining reliable performance across varying temperatures and loads to reduce nuisance trips.
• Compact molded-case design optimizes panel space, allowing more efficient wiring layouts in tight residential, commercial, or light industrial panels.
• OEM-compatible performance designed to pair with matching OEM load centers and panelboards, ensuring seamless integration and dependable operation within approved configurations.
• Versatile 277V single-pole protection ideal for 277-volt circuits common in commercial lighting, small equipment, and control circuits, delivering targeted protection where it’s most needed.
• Durable, straightforward protection for a single branch circuit—offering precise amperage control with hassle-free replacement in ongoing electrical maintenance or panel upgrades.

Technical snapshot

• Part Number: TED113010WL
• Type: Thermal-magnetic molded case circuit breaker
• Amperage Rating: 10 A
• Voltage Rating: 277 V
• Number of Poles: 1

Practical use cases

• Residential panel upgrades where a dedicated 10 A, 277V circuit is required for lighting or convenience outlets in a 277V environment.
• Commercial spaces with 277V lighting circuits needing compact, compliant protection without crowding the panel interior.
• Light industrial settings that rely on dependable single-pole protection to safeguard branch circuits and connected equipment.

Installation and safety tips

• Confirm compatibility with your panelboard or load center’s OEM specifications before swapping or adding breakers.
• Adhere to the manufacturer’s torque recommendations for line and load terminals to ensure a solid, vibration-resistant connection.
• Monitor trip behavior during normal operation to anticipate and minimize any nuisance trips in temperature fluctuations or surge conditions.