SCT024TS Split Core Current Transformer, 100A-300A Input Range, 5A Output, 0.5%-1% Accuracy, Single Phase Sensor (250A-5A 0.5)

Introducing the SCT024TS Split Core Current Transformer, a versatile and reliable solution for electrical current monitoring applications. This single-phase transformer features a convenient split core design that allows for easy installation without disconnecting existing circuits. With an impressive input range of 100A to 300A and a standardized 5A output, this transformer delivers exceptional measurement capabilities across various industrial and commercial settings. The device offers superior accuracy options of 0.5% or 1%, ensuring precise current measurements for your monitoring needs. Its robust construction and thoughtful engineering make it ideal for long-term deployment in electrical systems. The compact form factor allows for installation in tight spaces, while the split core mechanism simplifies maintenance and replacement procedures. Compatible with most standard monitoring equipment and meters, this current transformer provides consistent performance and reliable readings. Made in Mainland China, this customizable transformer combines practicality with precision, making it an excellent choice for professional electrical monitoring applications.

• Split Core Design: Hinged clamp-on construction allows for quick and easy installation around existing conductors without disconnecting wires or interrupting power
• Wide Current Range: Accommodates input currents from 100A to 300A with standard 5A secondary output, making it compatible with most analog and digital meters
• High Accuracy: Available in 0.5% or 1% accuracy class options to ensure precise current measurement and reliable monitoring for electrical systems
• Single Phase Application: Designed specifically for single-phase current sensing in residential, commercial, and industrial electrical panels and distribution systems
• Durable Construction: Model SCT024TS features robust materials and compact design for long-lasting performance in demanding electrical environments