GE TED124090 - 90A, 480VAC, 2-Pole, Circuit Breaker

Engineered to meet demanding protection needs, the GE TED124090 is a 90 A, 480 VAC two-pole circuit breaker designed for reliable overcurrent protection in panelboards, switchboards, and control panels. This configuration provides dependable isolation and protection across multi-wire circuits in challenging industrial and commercial environments.

• Current rating: 90 A — precise protection for feeders and equipment while accommodating substantial load demands.
• Voltage rating: 480 VAC — suitable for distribution in high‑voltage, three‑phase systems and demanding applications.
• Poles: 2‑Pole — ensures both hot lines disconnect simultaneously for safe maintenance and servicing.
• Breaker type: Circuit Breaker — rugged molded‑case design built to withstand industrial use and provide reliable trip performance.

Ideal applications and where it shines:

• Perfect for panelboards, switchboards, and control panels in manufacturing facilities, commercial buildings, and energy‑intensive environments.
• A solid choice for motor control centers and other industrial power distribution setups that require quick, dependable fault protection.
• Great for OEM equipment integration where consistent protection and straightforward maintenance are priorities.

Why this model stands out:

• Two‑pole protection simplifies wiring and guarantees immediate isolation of both conductors, reducing risk during maintenance and service.
• High‑current capability paired with a rugged design supports stable operation under heavy loads, protecting wiring, transformers, and downstream devices from faults.
• Compatibility with standard GE distribution architectures makes it a straightforward replacement or upgrade in existing installations.

Practical setup and safety notes:

• Verify that your system’s current and voltage requirements align with 90 A and 480 VAC before installation.
• Install per manufacturer guidance and follow all applicable electrical codes; ensure proper torque on terminations to maintain reliable connections.
• Use appropriate lockout/tagout practices during servicing to protect personnel and equipment.