General Electric THQC2160CC 60A 2-Pole 240 V Circuit Breaker

Meet the General Electric THQC2160CC, a 60-amp, 2-pole 240-volt circuit breaker engineered to deliver precise, reliable protection for demanding 240V circuits. Designed for GE panels that accept THQC-type devices, this unit ensures both hot legs disconnect together for safer, code-compliant operation during faults.

What it does

The THQC2160CC combines a thermal trip for overload protection with a magnetic trip for short-circuit events. In practical terms, it guards wiring and connected equipment from overheating and catastrophic faults, while automatically shutting off both hot lines in the event of a fault. The 2-pole design means simultaneous disconnection of both legs, maintaining a safe zero-voltage condition when tripped.

Key specifications at a glance

• Current rating: 60 A
• Poles: 2
• Voltage rating: 240 V
• Part number: THQC2160CC
• Type: 2-pole, 60A THQC series circuit breaker

Ideal use cases

Designed for 240V circuits that demand solid protection, the THQC2160CC is a natural fit for applications such as:

• Air conditioning condensers and heat pumps
• Electric water heaters or spa equipment on dedicated 60A feeders
• Subpanel feeders or other 240V branch circuits in residential or light commercial environments

Why this GE breaker stands out

• Exact-fit compatibility with GE panels that accept THQC-type devices, ensuring reliable seating and operation.
• Dual-pole design provides synchronized disconnection of both hot lines, enhancing safety and code compliance for 240V circuits.
• Thermal-magnetic protection balances fast response to short circuits with stable performance during sustained overloads, reducing nuisance trips on typical loads.
• Durable, GE-engineered construction built for long-term reliability in demanding environments.

Installation and best practices

Ensure your panel supports THQC breakers and install in accordance with local electrical codes. Use the THQC2160CC as a direct replacement in 60A, 240V circuits, and verify that your feeder loads stay within the panel’s overall capacity to minimize unnecessary trips.

Practical tips

• Match the 60A rating to the calculated load of connected equipment to prevent overheating and unnecessary interruptions.
• During replacement, inspect panel terminals and conductors for wear or corrosion and address any issues before reassembly.
• Keep spare breakers in a clean, dry environment to preserve terminal integrity and ease future maintenance.