SCT024TS-D Split Core Current Transformer, 100A-300A Input, 1V/3V/5V DC Output, 50-60Hz, 2% Accuracy, Optical-Electronics Sensor (3V-150A)

This versatile SCT024TS-D Split Core Current Transformer offers professional-grade current monitoring capabilities with exceptional flexibility. The innovative split-core design allows for quick installation without disconnecting existing circuits - simply clamp it around the conductor. Supporting multiple input current ranges from 100A to 300A, this transformer delivers precise DC voltage outputs of 1V, 3V, or 5V with impressive 2% accuracy. Operating at 50-60Hz, it's ideal for various industrial and commercial applications requiring reliable current measurement. The robust construction ensures durability in demanding electrical environments, while its compact form factor makes it suitable for installations where space is limited. This optical-electronics sensor features switching transducer output functionality for seamless integration with modern monitoring systems. Whether you're upgrading existing equipment or installing new monitoring solutions, this current transformer provides the performance and reliability needed for accurate power monitoring applications.

• SPLIT CORE DESIGN: Easy installation without disconnecting existing wiring - simply clamp around the conductor for quick setup and minimal downtime in electrical systems
• VERSATILE INPUT RATINGS: Supports multiple rated input currents from 100A, 150A, 200A, 250A, to 300A, making it suitable for various electrical monitoring and measurement applications
• DC VOLTAGE OUTPUT: Provides selectable 1V, 3V, or 5V DC output signal that integrates seamlessly with monitoring systems, data loggers, and control equipment
• HIGH ACCURACY: Delivers precise current measurement with 2% accuracy at 50-60Hz frequency, ensuring reliable performance for consumption monitoring and energy management
• DURABLE CONSTRUCTION: Built with mixed materials and optical-electronics sensor technology for long-lasting operation in diverse electrical environments and industrial settings