Circuit Breakers, Circuit Breaker Type: Branch Circuit Breaker MPN:EJB26060

Introducing Square D's EJB26060 Branch Circuit Breaker, designed for protection against short circuits, overloads, and ground faults in a wide range of residential and commercial electrical systems. Featuring thermal-magnetic tripping mechanism, this breaker provides optimal protection and reliability for your electrical circuit. With its compact design, this breaker is easy to install and blends seamlessly with any setting. Ideal for use in branch circuits supplying lighting, fans, motors, and other loads, it can be used in general purpose commercial applications such as office buildings, schools, warehouses, and more. The EJB26060 offers peace of mind with its safety and protection features, making it an essential component for any electrical system.

Top product features:

• Branch Circuit Breaker Type: This feature allows users to connect multiple circuits from a single panel and distribute power efficiently to various electrical loads.
• Thermal-Magnetic Tripping Mechanism: This feature ensures that the breaker trips when there is an overload or short circuit in the electrical system, providing protection for both people and equipment.
• Compact Design: This feature makes the breaker easy to install and blend seamlessly into any setting, making it ideal for use in tight spaces and crowded electrical panels.

Top product applications:

• Protection of Electrical Systems: The EJB26060 is ideal for use in general-purpose commercial and industrial applications to protect electrical systems against short circuits, overloads, and ground faults.
• Branch Circuit Distribution: This breaker can be used to distribute power from a single panel to multiple circuits, making it perfect for situations where you need to connect various loads from one source.
• Residential Use: The EJB26060 is also suitable for residential use, including providing protection and distribution of power in homes and apartments, protecting lighting, fans, motors, and other electrical loads.