25E1CL15.5

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E1CL15.5 fuses are primarily used in low-voltage applications to provide overcurrent protection for appliances and other electrical components. The fuse is a rapid-acting, high interrupting device designed to be used in line protection applications. The E1CL15.5 fuse is rated up to 15.5A at 250V, making it ideal for small appliances and other low-voltage applications.

Working Principle

The E1CL15.5 fuse operates according to the principle of thermal-magnetic current interruption. When an overload occurs, current flowing through the fuse element creates heat, which causes the element to expand and interrupt the circuit. As the temperature of the element drops, the element returns to its original size, re-establishing the circuit. The E1CL15.5 fuse also features a magnetic component, which ensures a rapid response to overcurrents. When an overcurrent occurs, a magnetic field is created around the fuse element, causing the fuse element to expand under pressure and interrupt the circuit. The E1CL15.5 fuse is designed to operate quickly, reducing the risk of fire or other damage.

Applications

The E1CL15.5 fuse is primarily used in low-voltage applications such as appliances, electronic components, and medical equipment. It is also used in industrial applications where the circuit carries alternating or direct current. The E1CL15.5 is suitable for both interior and exterior applications due to its high-impact resistance and corrosion-resistant design. It is also suitable for use in humid and damp locations.

The E1CL15.5 is designed to provide high-interrupting capacity, making it suitable for applications in sensitive electronic components and equipment. It can be used in applications ranging from 10A to 15.5A at 250V, making it ideal for low-voltage appliances and other devices.

The E1CL15.5 is a reliable and cost-effective option for overcurrent protection in low-voltage applications. The rapid response time of the magnetic element ensures that overcurrents will be interrupted quickly, reducing the risk of damage or fire. Additionally, the corrosion-resistant design makes it suitable for use in exterior applications and humid or damp locations.

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