F01P050S05

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Current transducers are a widely-used device for accurately and reliably measuring electrical current. F01P050S05 current transducers are no exception. They are an industrial-grade current transducer designed to measure four-wire AC current with a nominal ±50A range and a maximum of ±60A.

The F01P050S05 current transducer utilizes a Rogowski Integrator, which is equipped with an electrical winding and an iron core. This combination results in an electrical transformer, where one of the windings is magnetically coupled with the external conductor (the current to be measured). The electric current flowing through this external conductor induces a voltage inside the transformer winding, proportional to the current passing through it. This induced voltage is read and processed by the transducer.

Applications for the F01P050S05 transducer are numerous and range from on-site current sensing and electrical safety monitoring to simple energy measurement applications. In addition, the device is compliant with safety standards, such as IEC 61784-3 and EN 61000-6-3, offering an easy integration into industrial systems with safety requirements. Moreover, the F01P050S05 transducer is rated for use in hazardous areas with the possibility to monitor current outside of the explosion boundaries.

F01P050S05 transducers also include protection features such as over-temperature protection and reverse-connection protection. This ensures their use in hostile environments and makes them particularly adaptable to use in harsh industrial applications, where current surges and fault conditions may occur. The device also includes a grounding terminal for simple installation and increased safety, as well as the ability to customize the size of the mounting hole for a perfect fit.

The working principle of the F01P050S05 transducer is based on the Rogowski integrator. The electrical current passing through the core induces a voltage in the windings of the Rogowski coil, which is then read by the transducer. The transducer (which also contains a signal amplifier) is then able to convert the alternating current (AC) voltage signal into a proportional direct current (DC) signal, which is then sent to display and further processing.

In conclusion, F01P050S05 current transducers are a versatile and reliable electrical measuring device, suitable for a range of industrial applications. They are easy to install and are compliant with safety standards, making them ideal for use in hazardous areas. Featuring a range of protection features, such as over-temperature and reverse-connection protection, they offer increased reliability and safety in industrial environments. Utilizing the Rogowski integrator principle, the transducer is capable of producing a proportional direct current (DC) signal, which is ideal for use in any current sensing applications.

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