LFJ600602CID

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Fuseholders are an essential safety feature which plays a vital role in almost any circuit, and the LFJ600602CID is no exception. This type of fuseholder is designed to hold a fuse, which will protect the circuit from an overload or a short circuit situation. The LFJ600602CID is a two-pole fuseholder designed to accept UL type fuse links and features a maximum current rating of 45 amps.

Application Field of LFJ600602CID

The LFJ600602CID is designed primarily for use in industrial, telecom, and computer equipment applications. It is also an ideal choice for use in distributed power supply systems, motor control centers, high frequency applications, and power rail systems. It is constructed with a double-barrier lifecycle and is rated to UL, CSA, VDE, and RoHS standards. The body of the fuseholder is constructed from a high impact plastic that provides continuous insulation during operation and is resistant to heat and oil.

Working Principle of LFJ600602CID

The working principle of the LFJ600602CID is simple. When current flows through the circuit, appropriate heat will develop. The heat is then transferred through the plastic body of the connector to the metal parts, which will then act as conductors to divert any sparking and distribute the heat away from sensitive components. The presence of a fuse link in the housing further dissipates heat in the event of an overload situation.

In the event of a short circuit, the fuse link will open and cut off the circuit, preventing the current from reaching hazardous levels. As such, it is a reliable and effective solution for both overload and short circuit protection.

Conclusion

The LFJ600602CID is a reliable and effective fuseholder designed for safety and performance. It is designed to protect circuits from overload and short circuit situations and is suitable for use in a wide variety of industrial, telecom, and computer equipment applications. Its use of a double-barrier system and high resistance to heat and oil makes it an ideal choice for distributed power supply systems, motor control centers, high frequency applications, and power rail systems.

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