In situations where the current within a circuit surpasses the direct measurement range of instruments, current transformers serve as invaluable devices. These transformers effectively decrease the current, providing a proportional reduced current through their secondary winding. This feature enables safe and convenient measurement within the circuit.

DER EE Current Transformers: Designed with a focus on reliability and safety, our current transformers boast a robust VA burden rating, ensuring dependable performance. Constructed using fireproof materials, these transformers prioritize safety in their design.

90 Degree Interchangeable Base: Offering versatility in installation and usage, this feature enables ease of adaptation within diverse electrical setups.

Current Transformers have various applications across different industries, including:

• Low Noise Operation: Ensuring accurate measurements without interference, our current transformers maintain precision even in environments prone to electromagnetic disturbances.
• Electric Power Systems: Current Transformers are extensively used in power systems for metering, monitoring, and protection purposes. They are employed in conjunction with ammeters, wattmeters, energy meters, and other measuring devices to accurately measure the current flowing through power lines, transformers, generators, and other electrical equipment.
• Substation Monitoring: Current Transformers are a critical component of substations, where they measure current for monitoring and control purposes. They assist in ensuring that power is distributed safely and efficiently and are integral to protective relay systems, allowing for quick detection of faults and abnormalities in the electrical network.
• Energy Management Systems: In industrial and commercial settings, Current Transformers are utilized in energy management systems to monitor energy consumption. By accurately measuring current flow in various circuits, they enable efficient energy usage and help identify areas for optimization and conservation.
• Renewable Energy: Current Transformers are essential in renewable energy systems such as solar and wind power. They measure current in inverters, transformers, and distribution systems, enabling proper monitoring, control, and integration of renewable energy sources into the grid.
• Fault Detection and Protection: Current Transformers play a vital role in protective relay systems by detecting overcurrents and short circuits. They provide input to protective relays, allowing for the quick isolation of faulty sections of the electrical system, thereby preventing damage to equipment and ensuring personnel safety.
• Electric Traction Systems: Current Transformers are used in railways and transportation systems for monitoring and controlling the current in traction motors, enabling efficient operation of electric trains and trams.
• Industrial Applications: Current Transformers find use in various industrial applications, such as motor control centers, electrical panels, and heavy machinery, where monitoring current is crucial for safety, operational efficiency, and maintenance.