0FLQ001.HXR

0FLQ001.HXR Application Field and Working Principle

The 0FLQ001.HXR fuse is specially designed for protecting circuits with high-current, short-circuit overcurrent and overload protection requirements. It is widely used in the fields of photographic circuit protection, low-voltage reactive loading protection and electronic circuit protection. This fuse is also suitable for controlling and automatically adjusting the circuit according to the indicator of the measure circuit, so as to prevent the component from being damaged due to overload and short-circuit.

The main working principle of 0FLQ001.HXR fuse is its low melting temperature. The fuse has an internal filament inside the glass envelope that is pre-saturated with a current-carrying, heat-generating metal. When current flows through the fuse, the metal filament on the glass envelope melts, causing the two electrodes at ends of the glass envelope to lose contact. When the circuit current reaches the fuse\'s rated current, the fuse will automatically open the circuit. At the same time, the thermal fuse will release the thermal energy, which is resistant to the flow of current. This prevents current from flowing to the load and provides protection to the electrical circuit.

Features of 0FLQ001.HXR Fuse

• High-current, short-circuit overcurrent protection
• Low voltage reactive loading protection
• Electronic circuit protection
• Can prevent the component from being damaged due to overload and short-circuit
• Low melting temperature
• Thermal fuse will release thermal energy and resist the flow of current

Applications of 0FLQ001.HXR Fuse

0FLQ001.HXR fuse has a wide range of applications in many industries. Its applications include:

• Photographic circuit protection
• Small motor overload protection
• Lighting protection
• Low-voltage reactive loading protection
• Thermostat circuit protection
• Submersible pump motor protection
• Control and automated adjustment of circuit current

Conclusion

In conclusion, 0FLQ001.HXR fuse is an ideal choice for protecting circuits with high-current, short-circuit overcurrent and overload protection requirements. Its low melting temperature and thermal fuse will release thermal energy to prevent current from flowing to the load, thus providing protection to the electrical circuit. It is widely used in the fields of photographic circuit protection, low-voltage reactive loading protection and electronic circuit protection, and has numerous applications in many industries.