ENTUBE DE (750V 5V)

A current transformer (CT) is a transformer used to measure electrical currents. The CT works by wrapping a wire around the conductor or cable. When electricity flows through the wire, a magnetic field is created around it which induces a current into the secondary windings of the CT. This induces a voltage in the secondary windings which can then be used to measure the current flowing through the conductor.

Current transformers are predominantly used in industrial applications, however they can also be found in certain residential installations. They are used to measure the electrical current of large motor loads and to protect other electrical components from system overloads.

The ENTUBE DE (750V 5V) application field and working principle can be applied in both residential and industrial areas. It works by introducing two separate and distinct electrical currents into the transformer core. One current flows in one direction, the other in the opposite direction. The voltages produced in the primary and secondary windings of the transformer are then used to measure the current in each direction.

The primary windings of the ENTUBE DE is rated at 750V and the secondary at 5V. The primary current flows from the power source in the direction of the current transformer’s load, while the secondary current flows from the load back in the direction of the power source. The two currents are then combined to produce a net voltage across the transformer’s core, which is proportional to the net current flowing in each direction.

This voltage can then be measured by the CT’s secondary windings, allowing an accurate measurement of the current flowing through the system. In addition, the DESATABE DE also allows the system to be monitored for the presence of any short-circuits or other irregularities which may indicate an overload in the system.

In conclusion, the ENTUBE DE is a compact and economical current measurement device that can be used in both residential and industrial setting. It measures the current flow in both directions, allowing for accurate and reliable readings. The device is also designed to monitor the system for any irregularities or overloads, making it a valuable asset in any application.