SCT-013 Non-Invasive Split Core Current Transformer, AC Current Sensor, 100A 50mA, 3.5mm Jack Output (60A 1V)

This SCT-013 split core current transformer is an essential tool for AC current monitoring applications. The non-invasive design allows for easy installation around existing wires without requiring any cutting or interruption of the circuit. With a measurement range of 100A and 50mA output through a standard 3.5mm jack, this sensor provides accurate current readings for both residential and industrial uses. The durable blue housing features a convenient split design that clamps securely around conductors, while clear CE marking and specifications are printed directly on the device. The sensor's compact form factor makes it ideal for tight spaces, and its robust construction ensures reliable performance in various monitoring setups. Perfect for energy monitoring systems, load detection, and power consumption analysis, this current transformer seamlessly integrates with common microcontroller platforms. The included cable provides flexible placement options for your monitoring setup.

• Non-Invasive Split Core Design: Features an open-close clamp mechanism that allows easy installation around existing wires without cutting or disconnecting circuits, ensuring safe and convenient setup
• Current Transformer Technology: Utilizes reliable CT sensor technology to accurately measure AC current up to 100A with 50mA output, providing precise readings for energy monitoring applications
• Universal Compatibility: Equipped with standard 3.5mm audio jack output connector, making it compatible with Arduino, Raspberry Pi, and other popular microcontrollers and energy monitoring systems
• Model SCT-013 Specifications: Rated for 100A maximum current measurement with 50mA output signal, CE certified for quality assurance and safe operation in residential and light industrial environments
• Durable Construction: Built with robust materials in a compact blue housing that ensures long-lasting performance and reliable current sensing for power monitoring and energy management projects