C310FH-1-6-R-TR2

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Fuses

Fuses are electrical components designed to protect electrical circuits from excessive current or voltage. They are composed of a metal wire (the fuse element) embedded in a block of ceramic, resin, or other insulator. When an excessive amount of current passes through the fuse, the metal wire melts, which interrupts the circuit and prevents it from being overwhelmed by the high current.

C310FH-1-6-R-TR2 Fuse

The C310FH-1-6-R-TR2 fuse is a fast-acting ¼" x 1¼" Type 2 fuse designed to protect circuits from current surges, short circuits, and overloads. The fuse has a rated voltage of 600VAC or 250VDC, a breaking capacity of 300A at 600VAC/250VDC, and an interrupting capacity of 10kA. The fuse is made from ceramic material and has an operating temperature range of -55°C to +125°C. The C310FH-1-6-R-TR2 has a maximum interrupting rating of 10kA.

Application Field

The C310FH-1-6-R-TR2 fuse is designed for use in residential, agricultural, and commercial applications. It can be used to protect circuits such as motors, solenoids, lighting, and other electrical components. The fuse can also be used as a back-up protection device in industrial settings where a higher level of protection is required.

Working Principle

When current passes through the C310FH-1-6-R-TR2 fuse, the metal wire embedded in the ceramic material heats up and melts. When this happens, the circuit is interrupted and the current is stopped, thus preventing further damage to the circuit or device protected by the fuse. The C310FH-1-6-R-TR2 fuse is capable of opening the circuit quickly, typically in 1/10th of a second. This makes it an ideal choice for preventing excessive current surge, short circuits, and overloads in residential, agricultural and commercial applications.

Conclusion

The C310FH-1-6-R-TR2 fuse is a fast-acting, 600VAC/250VDC fuse designed to protect circuits from current surge, short circuits, and overloads. It can be used to protect a variety of residential, agricultural, and commercial applications and can open the circuit quickly in the event of an overload.

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