General Electric TEYRC220 20A 2-Pole 480 V Circuit Breaker

Meet the General Electric TEYRC220 20A 2-Pole 480V Circuit Breaker — a purpose-built protective device engineered for reliable, high-voltage circuit interruption. With a compact two-pole design, this GE breaker disconnects both hot legs in 480 V systems, delivering safer shutdowns for demanding industrial applications.

• Current rating: 20 A
• Poles: 2-pole configuration
• Voltage rating: 480 V
• Part number: TEYRC220
• Brand: General Electric

The TEYRC220 is well-suited for protecting circuits in 480V distribution environments where a 20-amp branch circuit needs reliable protection. It’s an ideal choice for high-voltage motor control circuits, control panels, and other equipment operating off a 480V supply, where simultaneous disconnection of both lines enhances safety and reduces the risk of arcing during fault conditions.

Why choose the TEYRC220? Beyond the basic specs, this breaker provides:

• Clear, tangible protection for critical equipment powered by 480V systems, helping minimize downtime from electrical faults.
• Simple identification through a recognizable General Electric part number (TEYRC220) for faster maintenance and replacements.
• A robust two-pole design that ensures coordinated shutoff across the two hot conductors, improving overall system safety.

Practical guidance for deployment:

• Assess your 480V installation needs to determine if a 2-pole, 20A breaker fits the circuit protection requirements.
• Plan for safe installation by following standard electrical best practices and local codes, with a qualified technician handling hardware mounting and wiring.
• Maintain documentation by keeping the TEYRC220 part number handy for future replacements or upgrades in your GE-based electrical ecosystem.

For professionals seeking a reliable, clearly identified 20-amp solution for 480-volt systems, the General Electric TEYRC220 20A 2-Pole 480V Circuit Breaker delivers dependable protection, straightforward maintenance, and precise performance in high-voltage applications.