Eaton Circuit Breakers
Eaton offers a range of circuit breakers that fulfill various roles, such as molded case circuit breakers (MCCBs), miniature circuit breakers (MCBs), and industrial-grade air-insulated circuit breakers (ACBs). The Eaton Series G and Series C are well-regarded for their high performance.
Both commercial and industrial environments benefit from MCCBs most certainly because they offer "just what the name suggests": high-intermittent capacity in a compact frame. They work by interrupting electrical current when conditions dictate that something's gone wrong with the power system—a failed motor, overheating wire, etc., making them good company for engineers to keep.
Residential and light commercial use is the domain of MCBs. That's where Eaton's FAZ series comes in. These MCBs are far lighter than older PCBs and can be installed on DIN rails, which make them easy to work with by comparison.
More Information about Eaton Circuit Breakers
Eaton makes ACBs like the Magnum DS and NRX series for high-voltage and high-current apps. These breakers control power distribution in huge industrial plants and utility systems, doing important work with little fanfare. Eaton's ACBs have features that set them apart from your run-of-the-mill breaker. They do more than just turn off when there's too much electricity happening in the system; they can operate as part of a digital monitoring system to help engineers keep an eye on system performance.
Eaton circuit breakers are also advanced in that they can incorporate electronic trip units. With these, you get precise and customizable protection settings. They start to push even more technology forward with real-time monitoring and diagnostics built in, which helps prevent downtime and achieve optimal system operation. The features don't stop there: You also get adjustable trip curves with the Eaton breaker. And communications capabilities help you connect to an energy management application (or not). An energy meter is another feature you might find on this breaker — one that helps take IPM (Interval Metering Power) applications up a level.
Eaton's circuit breakers are identified for their trustworthiness and aptitude to withstand the heat of the sun, high temperatures, and other environmental conditions that could simulate demanding operating situations. Even international settings could rely on these circuit breakers because they meet many relevant global standards—something Eaton takes pride in.
FAQs
Are Eaton load centers considered arc fault circuit interrupters and ground fault circuit interrupters?
Eaton load centers themselves are not arc fault circuit interrupters (AFCIs) or ground fault circuit interrupters (GFCIs), but they can be equipped with both AFCI and GFCI breakers to provide protection against arc faults and ground faults within the electrical system.
Can Eaton fuses protect against overheating wires and overloads?
Yes, Eaton fuses can protect against overheating wires and overloads by interrupting the circuit when excessive current flows, thus preventing potential damage and hazards in electrical systems.
What is a Circuit Breaker?
Magnetic Breakers
Magnetic Breakers are designed to react to short circuits or sharp spikes in voltage and current. The more current that passes through the breaker's electromagnet, the stronger the magnet becomes. When the current exceeds the rating for that particular breaker, the magnetic force becomes strong enough that it will pull the contact back and disconnect it from the other contact, disconnecting power from the device.
Thermal Protection Breakers
Thermal Protection Breakers protect against a sustained overcurrent, or a higher current, for a longer period of time. Thermal protection uses a Bimetal strip that will bend the contacts away from each other to disconnect power. Thermal Magnetic Breakers are the most common type of circuit breakers. They combine magnetic technology to protect against short circuits or sharp spikes and thermal technology that protects against sustained overcurrent for a long period of time.