2168083-1

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The 2168083-1 application field is an electronic apparatus that is designed to detect and directly measure distribution system faults including ground fault or over-currents on tree- or delta-connected systems. It operates on information obtained from differential or restricted-earth current differential systems, which are used in most installations because of the advantages they offer in terms of accuracy. This type of system provides an effective means of detecting and isolating a fault from the rest of the system in order to minimize the damage to the equipment and the associated costs.

In addition to its applications for distribution system fault detection, the 2168083-1 can also be used for constructing portable power sources such as DC or AC power inverters. This type of device can be connected directly to the system and can provide uninterrupted power in cases when there are no other sources of electrical energy available. This makes them extremely useful in areas where power outages are common, such as remote locations or during natural disasters.

The working principle of the 2168083-1 is based on the use of two sensing coils, one placed near the fault point and one placed in the vicinity of the usual power supply transformer. When an over-current occurs in one of the coils, the imbalance in the magnetic fields triggers a relay, which then results in an emergency shut-off of the faulty circuit. By monitoring the coils and making sure that the current in each is equal, the device can detect and determine the location of the fault very accurately.

The 2168083-1 is an efficient and reliable device that can be used for both fault detection and power supply in a wide range of applications. It is rugged, reliable and easy to install, which makes it suitable for many different environments. Its ability to detect and shutdown faults quickly and efficiently minimizes the potential of costly system outages. Furthermore, its portability and lightweight construction make it ideal for applications in which the device must be moved frequently or where access to the power supply is difficult.

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