FRS-R-60ID

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Specialty fuses are an important, integral part of any specialized electrical system or piece of equipment. FRS-R-60ID fuses, in particular, are ideal for applications where a high-interrupting capacity and maximum protection are paramount. Here, we take a look at the application fields and working principles of these fuses.

The FRS-R-60ID fuse acts as a reliable over-current protection device for any electrical system. This AC or DC fuse can be used in a wide variety of applications, ranging from motors, transformers, switching circuits, lighting systems, to electrical distribution systems. It\'s a go-to option in areas with a high risk of over-current conditions, as well as in areas that require high levels of current control and protection.

This type of fuse is based on a dual-element design, with an fusible link located in the center and an additional current limitation element connected in series. The fusible link is designed to detect an excessive current and open up quickly. It is loaded with a bias flux and integrated with a fixed magnetic overcurrent trip device. This allows the circuit to protect itself against short circuits, overcurrents and other dangerous conditions.

The FRS-R-60ID has a wide range of current ratings that range from 30 to 200 amps. Its interrupting rating is 30,000 Amperes RMS Symmetrical at 240V AC, 6,000 Amperes RMS Symmetrical at 600VAC/DC, or 150 Amperes RMS Symmetrical at 1250VAC/DC. It also has an operating temperature range of -55°C to +115°C.

FRS-R-60ID fuses offer superior performance under severe overload conditions. Their low thermal impedance ensures that they don\'t get damaged by high inrush currents or heavy loads. Additionally, they are designed with a long time delay to prevent false tripping due to minor, momentary overloads or power fluctuations.

Overall, FRS-R-60ID fuses offer reliable protection in a wide range of applications, from lighting circuits and switches, to transformers and motors. They are a great choice for areas with high-interrupting capacities and maximum protection requirements. With their wide current ratings and high interrupting capabilities, they are an ideal choice for any electrical system or equipment.

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