Split Core Current Transformer KCT-36 Current Sensor 100A 200A 250A 300A 400A 500A 600A Mini Current Transformer CTs(600A (100A(5A))

The Split Core Current Transformer KCT-36 is a compact and reliable current sensor designed for accurate energy measurement and monitoring across a wide range of applications. With a sensing range spanning from 100A to 600A, this versatile transformer accommodates diverse electrical monitoring needs in a single unit. The split core design features a 36mm opening, allowing for quick and easy installation directly onto existing conductors without the need to disconnect any wiring. Rated at a 500A/5A ratio with a Class 0.5 accuracy rating, this current transformer delivers precise readings suitable for use with standard electrical panels and metering equipment. The durable black housing ensures stable, long-lasting performance in various environments. Weighing just 50 grams, this mini current transformer is lightweight yet built to handle demanding electrical monitoring tasks. The clearly labeled S1 red wire terminal makes wiring straightforward and hassle-free. Whether used for industrial energy management or commercial power monitoring, the KCT-36 provides dependable current sensing performance you can count on.

• SPLIT CORE DESIGN: The split core construction allows for easy installation around existing wires without the need to disconnect or interrupt the circuit.
• WIDE SENSING RANGE: Supports multiple current ratings including 100A, 200A, 250A, 300A, 400A, 500A, and 600A to accommodate diverse electrical monitoring needs.
• HIGH ACCURACY: Rated at Class 0.5 precision with a 500A/5A ratio, this current transformer delivers reliable and accurate current sensing for energy measurement applications.
• LARGE APERTURE: Features a 36mm inner diameter opening, making it compatible with a wide range of conductor sizes found in standard electrical panels and metering equipment.
• COMPACT AND LIGHTWEIGHT: Weighing only 50 grams, this mini current transformer is easy to handle and install in tight spaces within electrical enclosures and panels.