CR4120S-100

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Current transducers are used to transfer electrical energy from one point to another. The CR4120S-100 is a current transducer specifically designed for photovoltaic applications that can accurately measure various parameters such as current, voltage and temperature.

Applications

The CR4120S-100 current transducer is a wide range, low power transducer suitable for most photovoltaic systems. It is widely used in solar power systems, UPS systems, power generators, rail power systems and manufacturing industries.

The CR4120S-100 provides an optimum solution to applications where high efficiency, reliable performance and accuracy are essential. It can provide accurate measurements for direct currents up to 100 amps and is suitable for use with either single phase or three phase applications. In addition, it is compatible with a wide range of power supplies and can operate in a maximum temperature range of -40°C to +85°C.

The CR4120S-100 current transducer is cost effective and is ideal for applications where dependability and accuracy are required at low cost. The transducer is also designed to provide optimum performance in any environment. Its miniature size and unattached cable make it easy to install, and its high accuracy ensures the most reliable operation.

Working Principle

The CR4120S-100 operates on the principle of Faraday\'s law. This law states that a voltage induced by a moving magnetic field is proportional to the rate of change of magnetic flux. In the case of the CR4120S-100, a coil is used to sense the magnetic field produced by the current flowing through the application. This coil, when energized, generates a voltage signal proportional to the current. This signal is then processed by the transducer to produce an output signal proportional to the current.

The transducer also includes a high precision voltage regulator, which allows it to accurately measure the current. The voltage regulator helps to minimize the effects of environmental factors such as temperature, humidity and pressure. The transducer is also equipped with a temperature sensing circuit, which helps to stabilize the output signal over a broad temperature range. The transducer is also designed to be immune to external noise, so that it can accurately measure the current even in noisy environments.

The CR4120S-100 current transducer is designed to be extremely reliable and accurate. It has been tested and certified to meet all safety requirements and is designed to meet the highest standards of performance, accuracy and reliability. It is also highly reliable and is designed to provide reliable operation for years.

Conclusion

The CR4120S-100 is a highly accurate and reliable current transducer, designed for use in photovoltaic applications. It is capable of accurately measuring up to 100 amps of current, and is compatible with a wide range of power supplies and environmental conditions. The transducer is also designed to be immune to environmental factors, making it highly reliable and accurate.

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