ElectroMechanica offers a diverse range of split-core current transformers (CTs) from trusted brands like Socomec, Lovato, and Emko, designed for precise energy measurement and monitoring in various industrial and commercial settings. Split-core CTs are highly valued for their easy installation, especially in retrofitting existing electrical systems without needing a system shutdown, making them an efficient solution for real-time energy tracking.Socomec Split-Core CTs stand out for their accuracy and flexibility, specifically engineered to deliver reliable performance in energy management systems and power quality monitoring. These transformers are often used in load balancing, current monitoring, and energy audits. With their snap-together design, Socomec CTs are ideal for upgrading existing installations, enabling operators to optimize energy use without disrupting system operation.
Lovato Split-Core CTs are well-known for their robust build quality and high current rating range. These transformers provide exceptional measurement precision and are frequently used in building automation systems, data centers, and manufacturing plants. Lovato CTs are perfect for applications where downtime is not an option, offering a straightforward and safe method for current measurement in challenging environments.Emko Split-Core Current Transformers provide a cost-effective and reliable solution for energy monitoring and power distribution. Designed to work with various digital metering systems and energy management platforms, Emko CTs ensure accurate data collection for power consumption analysis. Their wide application across industrial facilities and commercial buildings makes them essential for optimizing power use and reducing operational costs.
With ElectroMechanica’s range of split-core current transformers from leading brands like Socomec, Lovato, and Emko, businesses can achieve precise energy monitoring and efficient power distribution. These transformers ensure reliable performance and simplified installation, making them the ideal choice for retrofitting and upgrading existing systems without interruption.
