168.6585.4302

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Fuses are a common electrical industry safety component that perform the equivalent of an electrical circuit breaker in situations where current draws close to or even beyond the safety limits of a system. 168.6585.4302 is a type of fuse that is designed with use in commercial or industrial systems where safety is paramount.

The application field of 168.6585.4302 is GMA (Glass Melting Applications). Standard arc faults and over current components are used in many gas and electric kiln systems in the glass industry. 168.6585.4302 has a high resistance temperature coefficient (RTC) which allows the 100A fuse to be used in higher current draw applications. This fuse is suitable for an application with up to 125A of current draw. The advantage of using this type of device in glass melting applications is that it will trip faster than a standard fuse when temperatures inside the kiln rise too high, or if an arc fault appears.

The working principle of 168.6585.4302 is relatively straightforward. When the current draw reaches the preset limit, the fuse element will heat up and change its resistive value. This change in resistance causes the fuse to trip, often permanently, with the aim of shutting down the power to the affected circuit. In the case of the 168.6585.4302, the RTC allows for a much higher current draw limit before the fuse trips, making it suitable for higher temperature applications or where there is a risk of frequent arc or overload faults. The higher temperature rating allows for better protection of the circuit and the system in general, while allowing for a higher current draw than a standard fuse.

The primary use of 168.6585.4302 in glass melting applications is to protect the system and the glass from danger caused by over current and arc faults. It is important to use this type of fuse due to the higher temperatures involved in glass melting applications, and to ensure that the system won\'t trip unless absolutely necessary. It also helps to prevent damage to other components in the system, as the 168.6585.4302 will trip faster than a standard fuse in these applications.

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