1E60UM

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The application field and working principle of 1E60UM are associated with circuit breakers, which are electromechanical devices. These devices are used to protect electrical circuits from physical damage due to excessive current. Circuit breakers are classified according to their characteristics, including DC and AC operation, voltage rating, interrupting rating, and type.

The 1E60UM is an AC voltage circuit breaker. It is designed to protect electrical systems against short circuits and overloads. The 1E60UM is rated for a voltage of 600 volts and an interrupting rating of 10,000 amps. It is designed to open the circuit if the current in the circuit exceeds its rated current. The 1E60UM uses an electromagnetic sensor to sense when the current in the circuit surpasses the rated value. This sensor is connected to a solenoid that opens or closes the 1E60UM\'s contacts.

The contacts of 1E60UM are constructed using high-conductivity copper alloy, with silver contacts for improved performance. The contacts are designed to ensure a tight fit and good electrical contact even after many opening and closing operations. They are also designed to minimize arcing and sparking, thus improving safety and reliability.

In addition to its ability to detect an overload, the 1E60UM also has a thermal trip mechanism to protect the circuit from overheating. This mechanism is triggered by a temperature-sensitive device that senses when a circuit is drawing too much power. If the circuit\'s temperature increases beyond a certain preset threshold, the device will open the 1E60UM, breaking the circuit and protecting against dangerous overheating.

The 1E60UM can also be equipped with a shunt trip mechanism. This mechanism is triggered by an external source, such as a relay or a signal from a fire alarm. This signal will open the 1E60UM and break the circuit, preventing further damage or injury from overload or fire.

The 1E60UM is designed to be used indoors, as it is not sparkproof. However, it is a reliable and safe mechanism to protect electrical circuits against overload and short circuit. It is suitable for applications in residential and industrial settings and is an ideal choice for protecting electrical systems from damage.

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