The Model: MCT104-80(45) - AA-030055EA110S2 is a high-capacity Molded Case Current Transformer (CT) engineered to deliver precise current measurement and dependable protection in modern electrical systems. Designed to meet the rigorous demands of industrial, commercial, and infrastructure applications, this CT ensures consistent performance, enhanced safety, and long-term durability.
This current transformer is manufactured using advanced magnetic core technology that minimizes core losses while maintaining high measurement accuracy. The optimized core structure enables stable and consistent current transformation even under fluctuating load conditions, making it suitable for both metering and protection applications. High-quality insulation materials provide excellent dielectric strength, ensuring safe operation under high electrical stress and varying environmental conditions.
The MCT104-80(45) series features a robust molded case construction that offers superior mechanical strength and resistance against dust, moisture, and temperature fluctuations. Its larger 80mm × 45mm window size allows easy installation on high-capacity busbars and cables, making it ideal for heavy-duty electrical panels and switchgear systems.
This CT is specifically designed for applications that require monitoring of higher current loads. It integrates seamlessly with energy meters, protective relays, and monitoring systems to provide accurate load measurement, efficient energy management, and effective fault detection. It plays a crucial role in ensuring system safety by detecting overloads and abnormal current conditions.
Designed for continuous operation, the MCT104-80(45) - AA-030055EA110S2 delivers reliable and stable performance over extended periods with minimal maintenance requirements. Its durable construction and high efficiency make it a preferred choice for engineers, contractors, and panel builders working in demanding electrical environments.
The MCT104-80(45) current transformer is widely used in heavy-duty industrial power distribution systems, commercial installations, and infrastructure projects. It is commonly installed in high-capacity electrical panels, switchgear assemblies, and energy monitoring systems where accurate measurement of large currents is essential.
In industrial environments, it supports load monitoring, energy optimization, and system protection. In commercial buildings, it ensures accurate billing and efficient power management. It is also suitable for renewable energy systems such as solar power plants, where precise current sensing is critical for performance monitoring and efficiency analysis.
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