583-G111-J3M1-C4S1U-5A

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Electrical Circuit Breakers play an important role in ensuring the safety of electrical networks, both in industrial level and domestic applications. This is why they are also known as safety switches or circuit interrupters. The specific model of the circuit breaker in question, 583-G111-J3M1-C4S1U-5A, is a Single Pole Electrical Thermal Magnetic Circuit Breaker. This particular circuit breaker has numerous applications and also operates according to various principles.

The working principle of the 583-G111-J3M1-C4S1U-5A is based mainly on electromagnetism and electrical thermal changes. The electromagnetism is what triggers the circuit breaker when it detects excess current flowing in the electrical circuit. The electrical thermal changes are what triggers the automatic reset of the switch when the electric current drops below the desired level for safe operation. This combination allows the 583-G111-J3M1-C4S1U-5A to provide reliable protection against overloads or short circuits.

The 583-G111-J3M1-C4S1U-5A is a single pole circuit breaker that is suitable for domestic use in industry and domestic applications. It has a maximum rated voltage of 440 volts AC and a maximum rated current of 13.3 Amps. The switch is designed to open the circuit as soon as the current reaches an overload level, protecting the electrical circuit from overloads and short circuits. The switch can also be manually switched when not in use.

The 583-G111-J3M1-C4S1U-5A is suitable for numerous applications, in particular controlling lighting circuits, air conditioners, air compressors, televisions and other electrical appliances. It is also a suitable choice for situations such alarms, pumps and surge protectors. The switch is designed to provide the highest levels of safety and reliability to protect both people and equipment.

The 583-G111-J3M1-C4S1U-5A is a reliable and efficient single pole circuit breaker that has proven itself in many applications. The combination of electromagnetism and electrical thermal sensing allows it to accurately detect a wide range of excess current levels and triggers the switch to open the circuit as soon as a certain threshold is exceeded. This efficient and cost-effective protection ensures that both people and the electrical system remain safe.

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