5TTP 100-R

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Fuses are important components that provide safety and overcurrent protection in electrical systems. The 5TTP 100-R is an especially important fuse that offers high current protection and has a wide range of applications. This article will discuss the 5TTP 100-R’s application field and working principle.

The 5TTP 100-R is an axial-lead fuse with a breaking capacity rated at 100A. The 5TTP 100-R is suitable for use in a wide range of industrial, commercial, and residential applications. Its current ratings range from 0.2A to 100A, making it ideal for high-power installations. It is also UL-approved and CSA-certified, so it is suitable for use in a variety of safety-critical applications.

The 5TTP 100-R’s primary application is as a circuit breaker for protecting against high current. Its rated current is 100A, and it can withstand continuous current up to 80A (50% overload protection). When an overload passes the fuse’s rated current, the fuse will heat up and eventually break the circuit. This will effectively protect the circuit from overload

The 5TTP 100-R’s working principle is based on the heating effect of an electric current. The fuse has a metal wire with high resistance that will heat up when a current passes through it. As the wire heats up, its resistance decreases, thus allowing more current to pass through. This cycle of increasing current will continue until the wire reaches its breaking temperature. At this point, the wire will break and the circuit will be interrupted.

The 5TTP 100-R also has a current-limiting feature. This feature is achieved by an internal design in which the wire is shaped into a coil. This design limits the rate of rise of current, thus reducing the peak current and protecting against short-circuit conditions.

The 5TTP 100-R is an important fuse for protecting against high current circuits. Its application field is wide, and its design provides effective current limiting and overload protection. It is therefore suitable for use in a variety of safety-critical applications.

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