HFE1011-E

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HFE1011-E is a high-voltage electric field electromagnetic induction sensor, which is broadly used and versatile in industry and science. It is mainly used to measure the electric field strength and other related parameters of high-voltage direct current (HVDC) transmission lines. It can be used in harsh industrial environments and can also be used for laboratory applications.

HFE1011-E uses a unique patented technology for the measurement of electric fields and other parameters of a HVDC line. It consists of two parts: the probe and the transmitter. The probe can support various lengths of probes for different scenarios. The probe is connected to the input of the transmitter, which is further connected to power, and its output is connected to a meter. The cluster has two main functions: the magnetic field detection and the electric field detection.

At the core of the sensor fabrication lies the concept of self-calibration of the magnetic field measurement channel. This allows the probe to measure the changes in the field without being affected by its own magnetic field. Also, the probe is designed with an internal amplifier which allows for higher sensitivity and stronger signal. The working principle of this device relies on inductive coupling between the electric fields on the conductor to the probe.

To begin measuring the electric fields, the probe is connected to the meter. The meter displays the electric field as soon as it is applied to the probe. The signal will then be amplified in accordance with the required output level. Additionally, an external voltage source can be connected to the probe, allowing for higher precision and accuracy in the measurement. The probe also has an anti-interference design, which can be used to reduce the signal fluctuations.

HFE1011-E is equipped with a wide range of features and options that make it an ideal choice for many applications. It has a built-in battery, and it’s data logging and management system make it convenient to work with for industrial environments. Its capacity to measure various parameters gives it a wide range of uses in both scientific and industrial applications. Additionally, it can be used in a wide variety of engineering projects such as high-voltage network interface tests, wind energy system analysis, power system control system testing, and electric field monitoring and protection.

In conclusion, the HFE1011-E is a versatile electromagnetic induction sensor with a wide range of applicability. It is a cost-effective and reliable device and is ideal for industrial and scientific applications that require measurement of electric field strength, power system control systems, and other related parameters of HVDC transmission lines.

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