20310200102

Current Transducers

Current transducers are devices used to measure electric current in an electrical system. These transducers convert an electric current signal into another form such as four to 20 mA current, frequency, digital or logic output, or voltage. There are two main types of current transducers, linear and rotational. An example of a linear current transducer is a Hall Effect current transducer, while rotational current transducers typically use the principle of magnetic reluctance.

20310200102 Application Field and Working Principle

The 20310200102 current transducer is typically used in industrial applications for the measurement of alternating and direct current. The 20310200102 consists of two main components: a current transformer and a power electronic. The current transformer is responsible for converting the electrical current signal into a magnetic field signal, which is then passed onto the power electronic. This power electronic amplifies the signal before sending it out as either a voltage or 4-20mA signal.

The working principle of the 20310200102 current transducer is based on the magnetic field generated by the current flowing through the primary winding of the device. This magnetic field will then pass through the secondary winding, and this induces a voltage in the secondary winding. This secondary voltage is then monitored and converted into either a voltage or a 4-20mA signal for further processing.

The 20310200102 current transducer is an efficient and cost-effective way of monitoring and measuring electric current in an industrial setting. This type of transducer is able to measure and monitor currents up to 150A AC, and is suitable for applications such as motor control, over-current protection and transients.

Conclusion

In conclusion, the 20310200102 current transducer is an efficient and cost-effective device used to measure and monitor electric current in industrial applications. It works on the principle of the magnetic field generated by the primary winding, which then induces a voltage in the secondary winding. The secondary voltage is then monitored and converted into either a voltage or a 4-20mA signal for further processing. This type of transducer is able to measure and monitor currents up to 150A AC, and is suitable for applications such as motor control, over-current protection and transients.