0679L1000-01

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Fuses

The 0679L1000-01 Fuse is designed for use with electricity. This type of fuse provides a reliable current limit in both high and low voltage applications. It is particularly well suited to protect motors, electronics, lighting, and other electrical circuits. The 0679L1000-01 is a high speed device designed to open quickly, in as little as 0.25 seconds, when an overcurrent is detected in the circuit.

Application Field

The 0679L1000-01 is designed for use in a variety of applications, ranging from industrial systems to consumer products. It is suitable for use in both high and low voltage circuits, with rated voltages up to 1000V. The device is commonly used in motor or lighting circuits, where short-circuit protection is required. It can also be used for motor or lighting control, as well as for other functions that may be necessary in the circuit.

Working Principle

The 0679L1000-01 is designed to provide reliable short-circuit protection. It is a thermal-magnetic protection device that senses excessive current flow in the circuit and quickly opens to protect the circuit from damaging overloads and short-circuits. When high current flows in the circuit, it causes the fuse element to heat up, and the higher the current, the more heat is generated. When this heat exceeds a predetermined threshold, the bimetallic disc inside the fuse melts, and the fuse opens quickly.

The same principle is true for low currents. Although the heating effect is much lower, the fuse is designed to react regardless. The 0679L1000-01 is designed with different current ratings, so the right device must be selected depending on the application.

Conclusion

The 0679L1000-01 is a thermal-magnetic fuse designed for use in a variety of applications, and is particularly well suited for use in motor and lighting circuits. The fuse is designed with a fast response time, and is able to react to overcurrents and short-circuits quickly. The device is available in different current ratings, and the right device must be selected depending on the application.

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