Current Transformer 100A:50mA for MultiPlus-II (5m) Wire-end

Current Transformer 100A:50mA for MultiPlus-II (5m) Wire-end — a high-precision current transformer designed to accurately measure currents up to 100 amperes with a secondary rating of 50 milliamperes. This transformer is specifically manufactured to integrate seamlessly with the MultiPlus-II inverter/charger systems, providing reliable and precise current sensing essential for optimal system monitoring and protection.

The transformer 100a 50ma featured here offers excellent linearity and stability, making it suitable for demanding applications where precise current measurement is critical. Its wire-end construction facilitates straightforward installation at the wire terminal, thereby reducing setup complexity and ensuring secure electrical connections. The 5-meter cable length provides flexibility in system layout, allowing for convenient placement within various installation environments.

Designed with durability in mind, this current transformer is built to withstand typical environmental conditions encountered in residential or industrial settings. Its compact form factor ensures minimal space requirements, while maintaining high accuracy, which is vital for performance monitoring, energy management, and safety mechanisms.

Utilizing a reliable current transformer 100a, such as this model, enhances the overall efficiency and safety of your power system by enabling precise current measurements that inform intelligent control actions and alert systems. Whether for load analysis, system diagnostics, or compliance with electrical standards, this transformer provides the essential functionality you need.

Incorporating this high-quality current transformer into your electrical setup helps ensure accurate data acquisition, paving the way for improved decision-making and system reliability. Its compatibility with the MultiPlus-II system makes it an ideal component for both professional installers and dedicated DIY enthusiasts seeking dependable performance and seamless integration.