3000/1 Micro Split Core Current Transformer Sensor AC Open Type CT 80A 120A 200A 300A 500A 750A Clamp High Frequency Transformer (1000A)

The 3000/1 Micro Split Core Current Transformer Sensor is a high-performance AC open-type CT designed for accurate and non-invasive current monitoring across a wide range of applications. With a rated input spanning from 5A to 1000A, this versatile clamp-style transformer handles measurements at 80A, 120A, 200A, 300A, 500A, and 750A, making it suitable for diverse electrical monitoring needs. The innovative micro split core design allows for easy installation directly onto existing conductors without the need to disconnect any wires, saving time and reducing installation complexity. Operating at 50-60Hz, it delivers reliable high-frequency response for accurate AC current waveform monitoring. Built to last, this transformer features a toroidal coil structure and a durable housing that performs reliably across a wide temperature range of -25°C to 75°C. The compact clamp structure ensures safe, non-invasive installation, while the included lead wires with clearly marked terminals (P1, P2, S1, S2) simplify proper connection. Ideal for energy monitoring systems, industrial controls, and power management applications.

• SPLIT CORE DESIGN: Micro split core clamp structure allows for easy, non-invasive installation directly onto conductors without disconnecting existing wires.
• WIDE CURRENT RANGE: Supports a rated input range from 5A to 1000A, with available models including 80A, 120A, 200A, 300A, 500A, and 750A for versatile applications.
• HIGH ACCURACY RATIO: Features a precise 3000:1 transformation ratio, ensuring reliable and accurate AC current monitoring across a broad range of frequencies (50-60Hz).
• THREE-PHASE COMPATIBLE: Designed for three-phase systems with toroidal coil structure and autotransformer configuration, making it suitable for a wide range of electrical setups.
• DURABLE BUILD: CE certified with a wide operating temperature range of -13°F to 167°F (-25°C to 75°C), ensuring dependable performance in demanding environments.