Single Pole Circuit Breaker, 120 Volt, 20 Amp, Residential Electrical Panel

Introducing the ITE/Siemens 20 amp 1 inch single pole circuit breaker, now available at Klem's in Spencer, MA. This reliable electrical component is designed to provide essential circuit protection for residential and commercial electrical systems operating at 120 volts. Whether you are an electrician or a homeowner in Spencer, this circuit breaker is a fundamental part of maintaining electrical safety and efficiency.

• Rated 20 amps: Provides dependable protection for circuits requiring up to 20 amperes of current.


• 1 inch single pole design: Compact size that fits standard breaker panels with a 1 inch space requirement.


• 120 volts compatibility: Suitable for use in typical residential and light commercial electrical systems.


• Bulk packaging: Ideal for professionals or projects requiring multiple breakers.


• Trusted brand: Manufactured by ITE/Siemens, known for quality electrical components.

This circuit breaker is perfect for a variety of applications in Spencer, including upgrading electrical panels, replacing faulty breakers, or expanding existing circuits safely. Electricians can rely on its consistent performance to protect wiring and devices from overloads and short circuits. Homeowners undertaking electrical repairs or improvements will find this breaker essential for ensuring their electrical systems meet safety standards.



Imagine enhancing your electrical setup with a component that offers peace of mind and reliable protection. Whether you are installing new lighting, powering appliances, or maintaining your home’s electrical infrastructure, the ITE/Siemens 20 amp single pole circuit breaker is a practical choice for projects in Spencer.



In summary, the ITE/Siemens 20 amp 1 inch single pole circuit breaker is a vital electrical safety device that combines compact design and trusted performance. Available at Klem's in Spencer, MA, it is an excellent investment for anyone looking to maintain or improve their electrical system’s safety and functionality.