TR2/C518-4-R

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Fuses are electrical safety devices that are designed to protect electric circuits from overloads. TR2/C518-4-R fuses are especially designed for protecting higher electrical current equipment. This type of fuse is compliant with the European standards for overcurrent protection and possesses excellent insulation properties.

The TR2/C518-4-R fuses are round ceramic body cylinders with two plastic end caps, or in some cases the whole fuses are made of plastic. These are rated to protect circuits up to 500 V and currents up to 32 A. The names of these fuses denote their apporpriate current rating and the number of poles. The ceramic body of these fuses is filled yellowish inclusion making it a strong heat conductor when current passes through the internal part of the fuse. On the other hand, the plastic body of these fuses can handle higher voltage and current.

The application field of TR2/C518-4-R fuses includes common applications such as motor control, air-conditioning and air conditioning, heating and cooling systems and HVAC. To many industrial and commercial places, the use of these fuses will provide a higher level of circuit protection than the ordinary fuse.

The working principle of TR2/C518-4-R Fuse is simple. When a short circuit occurs in the circuit, the current passing through the fuse exceeds its rated current, leading to heating of the internal element. This causes the fuse to melt or blow. This prevents the circuit from overheating and protects the components of the system.

Another important characteristic of TR2/C518-4-R fuses is that they are \'thermally protected\'. This means that even if an overload occurs, the system will self-correct and restart after the fault has been removed. This feature ensures proper functioning of the system without the need for constant opening and closing of the main circuit.

TR2/C518-4-R fuses are a preferred choice for applications that require high current and voltage protection. Its ease of use and superior insulation properties make it suitable for protection of many electrical systems.

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