EYP-2BN098

Thermal Cutoffs, or Thermal Fuses, are safety devices designed to protect electrical components and wiring from overheating. They also protect electrical products from catching fire or causing a power outage as a result of an abnormal temperature. EYP-2BN098 is a Thermal Cutoff (Thermal Fuse) of particular function and application field. This article will explain the application field and working principle of the EYP-2BN098 Thermal Cutoff.

The EYP-2BN098 Thermal Cutoff is used in the field of over-current and over-temperature protection in external power adapters, chargers and other electrical products for laptops and portable electronic products. It is a wide temperature range operation type Thermal Fuse with a temperature range of -20 deg.C to 150 deg.C. The rated operating current is 10A with a coil resistance of 0.013 ohms, and it has a stainless steel body for maximum durability.

When the temperature of the system exceeds the specified value, the EYP-2BN098 Thermal Cutoff will trip and cut off the circuit. This will prevent the circuit from overheating and potentially catching fire. The structure of the EYP-2BN098 Thermal Cutoff is simple and easy to use. It consists of a bimetallic strip, a thermal protector and a flexible pin. The bimetallic strip is connected to the thermal protector, which is then connected to the flexible pin.

When the thermal protector senses an excessive temperature, it bends due to the bimetallic strip, causing the flexible pin to move and break the circuit. This will prevent the passage of electricity, and will also stop overheating. The EYP-2BN098 Thermal Cutoff is designed to reset itself once the temperature has decreased to its normal level. This allows the circuit to be safely reconnected.

In conclusion, the EYP-2BN098 Thermal Cutoff is an effective device used for preventing overheating in electrical circuits and components. It can be used in external power adapters, chargers, and other electrical products for laptops and portable electronic products. It is designed to reset itself once the temperature has decreased to its normal level, allowing the circuit to be safely reconnected.