ENTUBE TE (250VAC 7VAC)

Series:	Entube TE
Part Status:	Active
Lead Free Status / RoHS Status:	--
Type:	Voltage Transducer
Moisture Sensitivity Level (MSL):	--
Input Range:	0 ~ 250VAC
Output:	0 ~ 7VAC
Response Time:	--
Accuracy:	±0.2%
Voltage - Supply:	--
Mounting Type:	DIN Rail
Termination Style:	Connector
Operating Temperature:	-25°C ~ 70°C

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction to ENUBE TE (250VAC 7VAC) Application Field and Working Principle

ENUBE TE (250VAC 7VAC) is a transducer monitor designed to measure and detect the current and/or voltage of a circuit. The ENUBE TE is a highly accurate and reliable unit due to its excellent design features and robust construction. Its main application field is a number of electrical circuits and systems, where it can be used to accurately measure and monitor the quality and safety of an electrical supply. Moreover, its working principle makes it suitable for monitoring power consumption and energy consumption of an entire industrial area or specific appliances. The accuracy and reliability of the ENUBE TE make it a valuable asset for any professional or amateur electrician.

Application Field of ENUBE TE (250VAC 7VAC)

The application field of ENUBE TE (250VAC 7VAC) covers a multitude of electrical circuits and systems. It is suitable for monitoring current, voltage and power consumption in homes, commercial buildings and industrial areas alike. It is also very useful for controlling and sustaining a certain energy level in an area, as well as for detecting power fluctuations. Furthermore, it is an excellent tool for monitoring the efficiency of production lines, industrial machines, and any other kind of equipment. Because of its high accuracy and reliability, it is often used with modern electrical systems and is suitable for indirect application with a wide range of digital and analogue equipment. The ENUBE TE can be used on single-phase and three-phase circuits and systems, and it is designed to be integrated into a variety of electrical control systems as well as low and medium power installations.

Working Principle of ENUBE TE (250VAC 7VAC)

The working principle of ENUBE TE (250VAC 7VAC) is based on a passive transducer which uses a bidirectional current measuring shunt in order to monitor current and voltage of a given electrical circuit. The ENUBE TE is designed to detect voltage and current from 0 to 250 Vac and 7 Vac respectively. The core of the unit is a robust and reliable shunt compensated by a differential RC network. The voltage and current signals are directed to the corresponding inputs of the ENUBE TE. The accuracy of the device is ensured by a highly sensitive and accurate differential input circuit, which is adapted to the dynamic range of the thyristor output signal. The ENUBE TE is capable of maintaining a high accuracy range of 0.1% (or 0.2% depending on the model).The ENUBE TE is also able to detect faults in its circuit by introducing a unique fault detection mechanism. This helps protect the circuit from any damage the user may encounter while working on it. The ENUBE TE monitors the current and voltage values and indicates any faults or overloads in visual form. Additionally, the ENUBE TE can be connected to a computer for further in-depth analysis and monitoring.

Conclusion

The ENUBE TE (250VAC 7VAC) is a reliable transducer monitor which can be used in a multitude of electrical circuits and systems. Its design features and robust construction ensure that it is a reliable and accurate device. It is capable of detecting both current and voltage values, as well as detecting faults and overloads in the circuit for safety and efficiency purposes. In addition, it can be connected to a computer for a more detailed analysis and monitoring. In conclusion, the ENUBE TE (250VAC 7VAC) is an invaluable asset for any professional or amateur electrician.

The specific data is subject to PDF, and the above content is for reference

Part Number	Manufacturer	Price	Quantity	Description