CTL2002S

Current transducers have wide applications in industries that require accurate measurement and control of current. One of the most popular current transducers in the market is the CTL2002S. This article will explain the application field and working principle of this product.

Application Field

The CTL2002S is designed for power measurement, occasion monitoring, power factor monitoring, energy measurement and control in the current monitoring field. It can be used for single-phase or three-phase AC systems. It is suitable for utility electric power measurement and also the motor/generator motor measurement for any applications requiring direct or indirect measurement of power factor monitoring, current measurement and harmonic current measurement. Its wide operating range makes it suitable for AC systems up to 600 V AC.

Working Principle

The CTL2002S works by converting the alternating current (AC) into direct current (DC) and then measuring the strength of the DC current. This conversion is done by a specific core used for this purpose, which contains a set of windings or \'\'turns\'\', and is called a transformer. By using a transformer, the AC signal is converted to DC, allowing it to be easily and accurately measured. The ability of the transformer to do this conversion is based on the principle of magnetic induction.

The CTL2002S uses the transformer principle to its advantage. It uses an isolation transformer to convert the AC signal into a DC signal through magnetic induction. This DC signal is then sent to the measurement component, which measures the current strength. This measured current strength is then used to calculate the power and other related information.

Conclusion

The CTL2002S is a powerful current transducer that can be used in many applications. Its wide application field and working principle based on magnetic induction make it a versatile and reliable current transducer. It is suitable for direct and indirect measurement of AC systems, providing accurate and reliable readings for power, energy and other related measurements.