B59810C0130A070

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PTC Resettable Fuses, such as B59810C0130A070, are a type of fuse that uses a positive temperature coefficient (PTC) material as its current-limiting element. This unique construction makes them different from other types of fuses as they have the ability to automatically reset after a preset overcurrent event. This makes them ideal for applications where frequent tripping or maintenance is not desirable.

The B59810C0130A070 is an example of a PTC Resettable Fuse. It is rated to provide 130 Amps of current protection with a trip current of 70 Amps. Its construction consists of a PTC element, a magnetic gate, and a contact element. The PTC element is made of a special material that has a positive temperature coefficient. As the current in the circuit increases, the PTC element heats up and causes a voltage drop across the resistor. As a result, the gate opens to break the contact between the contact element and the PTC element and the current in the circuit is limited to a preset level.

The B59810C0130A070 is designed for use in a variety of applications such as motorized machines, lighting control circuits, and AC/DC adapters. It is particularly well suited for applications where high inrush currents are present or where frequent trips or maintenance are not desirable. It is also resistant to shock and vibration and has a wide operating temperature range.

The B59810C0130A070 is easy to install and does not require any special tools or skills. It can be surface mounted in a printed circuit board or soldered in place. It also has an end-of-life indication that allows for a visual indication of a tripped condition, which is particularly well suited for safety sensitive applications.

In summary, the B59810C0130A070 is a PTC Resettable Fuse that is designed for use in motorized machines and lighting control applications. It provides 130 Amps of current protection with a trip current of 70 Amps. Its construction consists of a PTC element, a magnetic gate, and a contact element. It is easy to install and offers an end-of-life indication. Thanks to its ability to reset after an overcurrent event, it is particularly well suited for applications where frequent tripping or maintenance is not desirable.

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