SCT-013-030 Non-invasive AC Current Sensor Clamp Sensor 30A

Description

1. Current Measurement: The SCT-013-030 is specifically designed for measuring AC currents up to 30 Amperes. It can accurately measure the current flowing through a single conductor (e.g., a power cable) without the need for direct electrical contact.
2. Non-Invasive Design: This sensor operates on the principle of magnetic induction. It consists of a split-core magnetic core that can be clamped around the conductor carrying the AC current. This non-invasive design ensures that the circuit under measurement remains electrically isolated.
3. Output Signal: The sensor provides an output signal that is proportional to the current flowing through the conductor. The output signal is typically a low-voltage AC signal that can be further processed or converted to a digital format for measurement and monitoring.
4. Accuracy: The SCT-013-030 is known for its good accuracy in measuring AC currents, making it suitable for various applications that require precise current monitoring.
5. Wide Frequency Range: It can measure AC currents in a wide frequency range, typically from a few hertz (Hz) to several kilohertz (kHz). This versatility makes it suitable for a variety of AC power systems.
6. Applications: Common applications include energy monitoring systems, power meters, home automation projects, and industrial control systems where current monitoring and measurement are essential.
7. Connector: Some models of the SCT-013-030 have a connector that allows you to easily interface with measurement devices or microcontrollers.
8. Safety: As a non-invasive sensor, it does not require electrical contact with the conductor, improving safety during installation and measurement.
9. Rated Load Resistance: The sensor may have a rated load resistance specified in its datasheet. This value indicates the resistance connected to the output of the sensor to obtain accurate measurements.
10. Output Type: The sensor typically provides an AC voltage output that can be further processed using amplifiers or other signal conditioning circuits.