5CLE-125E

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Fuses

Fuses are electrical devices used to protect circuits located in a variety of applications. In some applications, fuses are used to prevent damage to electrical components in the event of an overload or a short circuit. In other applications, a fuse is used to protect both the user and the device from electric shock. The 5CLE-125E is one such fuse that is used in a variety of different applications.

5CLE-125E Application Field

The 5CLE-125E is a ceramic-tube fuse that is used in a variety of applications, including electric motors, lighting controls, heating and air-conditioning systems, and residential and industrial electrical panels. It is designed to be used with 125-volt AC electrical systems. It is UL listed for use in Canada, in accordance with UL 248, and CSA listed for use in Canada, in accordance with CSA C22.2 No. 248.1.

AnyTime Fuses

The 5CLE-125E is designed to be used in AnyTime fuses. AnyTime fuses are designed to provide a variety of protection options and are available in a variety of configurations, including time-delay, dual-element, and cartridge. Time-delay fuses are designed to provide protection when circuit overloads occur, while dual-element fuses provide simultaneous protection from both overloads and short circuits. Cartridge fuses are designed to be quickly replaced after a circuit fault has occurred.

5CLE-125E Working Principle

The 5CLE-125E is a traditional fuse, meaning that it has two heating elements of dissimilar metals that are connected in series. When a fault occurs, the temperature of the two elements rises, causing the protected circuit to be interrupted. When power is applied, the current flow in the circuit creates a current-carrying loop that heats the two elements. As the temperature rises, the resistance of the heating elements rises, and the protective device will open the circuit if the current reaches the trip level.

The 5CLE-125E is designed to trip at a current of 10 amps and a voltage of 125 volts AC. Once the trip limit is reached, the fuse heats up quickly and opens the circuit, preventing further damage. The elements used in the 5CLE-125E are nickel/iron based alloys that can withstand high temperature and have good electrical properties.

Safety Features

The 5CLE-125E is designed with additional safety features, such as fusible resistors. Fusible resistors are designed to limit the maximum current that can flow through the protected circuit. These resistors are designed to burn out in the event of an overload, protecting the circuit from damage.

The 5CLE-125E also features an electromechanical plunger which is designed to mechanically open the circuit if a fault occurs. This ensures that the circuit is not left in an open state after the fault has been cleared, which could lead to further damage or even an electrical fire. This plunger is rated for 25 amperes and 125 volts AC.

Conclusion

The 5CLE-125E is a ceramic-tube fuse that is designed to be used in a variety of applications, including electric motors, lighting controls, heating and air-conditioning systems, and residential and industrial electrical panels. It has two heating elements, a fusible resistor, and an electromechanical plunger for added safety. It is UL listed for use in Canada and CSA listed for use in Canada. The 5CLE-125E is designed to provide protection from both overloads and short circuits.

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