The WBI414S01 Current Transducer is a device that measures AC current using the principle of electromagnetic isolation, featuring high precision, reliability, fast response, and convenient installation, suitable for industrial automation and electrical fields.

The main functions of the WBI414S01 Current Transducer are as follows:

1. 1. High-Precision Transmission: The WBI414S01 has a high-precision current measurement function, capable of accurately measuring and transmitting AC current, ensuring the accuracy and reliability of the measurement results.
2. 2. High Reliability and Low Temperature Drift: The product design incorporates high reliability and stability, with low temperature drift characteristics ensuring consistent and accurate measurements over long periods of operation.
3. 3. Miniaturization and Low Power Consumption: The WBI414S01 is designed to be compact with low power consumption, helping to save energy and reduce space requirements, making it suitable for various limited-space applications.
4. 4. Fast Response: It has the ability to quickly respond to changes in current, providing real-time reflection of current variations, ensuring the system’s timely response to changes in current.
5. 5. Flame-Retardant Housing Protection: The housing is made of flame-retardant material, offering good protective performance, effectively safeguarding internal components from the impact of external environments.
6. 6. Track-Mounted Installation: It can be easily mounted on a track, offering convenient installation and use, saving time and costs associated with installation.

In the WBI414S01 Current Transducer, the principle of electromagnetic isolation is mainly achieved through the built-in current transformer for AC current measurement and isolation. The current transformer converts high currents into smaller secondary currents for safe and precise measurement. Through the principle of electromagnetic induction, the input AC current, when passing through the current transformer, induces a magnetic field in the secondary coil, thereby inducing a secondary current signal in the secondary coil that is proportional to the input current.

In high-voltage environments, the principle of electromagnetic isolation plays a crucial role, including the following aspects:

1. 1. Electrical Safety: High-voltage environments pose higher voltage and potential electrical hazards. Electromagnetic isolation effectively separates high-voltage input signals from the output, preventing the occurrence of hazards such as electric shock, arc flashover, and electrical interference, ensuring the safe operation of the equipment and the safety of operators.
2. 2. Signal Stability: In high-voltage environments, electrical interference and electromagnetic interference may affect the stability and accuracy of signals. Electromagnetic isolation effectively isolates input and output signals, reducing the impact of unstable external factors on the signal, improving the accuracy and stability of measurements.
3. 3. Equipment Protection: In high-voltage environments, equipment is more sensitive to potential overvoltage and electrical interference. Electromagnetic isolation avoids the potential damage caused by high-voltage signals, extending the lifespan of the equipment, improving the reliability and stability of the system.

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