930071200

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939071200 is a type of optical voltage transformer which can remotely measure the varying voltage of a power source. It employs light waves to convey electrical signals from the source to a sensing device. The voltage readings are converted to an equivalent magnitude of light reflected in varying time intervals. This “optical voltage transformer” is a widely used technology in electric power engineering.

The application field of the 939071200 mainly includes the measurement, monitoring and protection of electrical power, especially within electric power distribution lines. It can be used to detect an overload of the power line, or to ensure the correct functioning of a transformer. It is also often deployed in power plants or in order to detect a weak spot in an electrical network. The technology behind this optical component is versatile and can be employed in a wide variety of areas.

The working principle behind the 939071200 is based on transmitting light signals along two bunches of optical fibers. One bunch of fibers carries the voltage signal from the power line to the voltage sensing unit while the other bunch transmits the varying light reflection to the detector. At the receiving end, the detector measures the intensity of the light received while comparing it to the signal from the sending end. This results in an electric signal being transmitted to a monitoring unit which can analyze the readings.

The transforming of electric voltage into light signals is quite efficient, as well as extremely safe. Its low interference characteristics make it an ideal choice for measuring and monitoring power levels without disturbing the safe operation of the equipment. Furthermore, it is capable of real-time monitoring of the changing voltage characteristics due to its high sampling speed.

The 939071200 presents an ideal solution for accurate monitoring and analysis of voltage levels in electrical power distribution systems. Its low cost, safety, versatility and interference free characteristics make it an attractive choice for a large variety of applications. It is highly recommended for use in electric power plants, monitoring systems, and for the protection of delicate equipment.

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