dielectric loss tester

Product Features:

Integrated Design: The tester adopts an integrated design, incorporating a standard capacitor and a voltage-boosting power supply, resulting in a compact structure that is convenient for carrying and operation.

High Automation: The tester is capable of automatically collecting data, performing analog-to-digital conversion, and conducting data calculations, eliminating the need for manual conversions. This simplifies the operation, speeds up testing, and significantly enhances work efficiency.

Strong Anti-Interference Capability: The use of a 45HZ/55HZ heterodyne power supply within the tester effectively addresses on-site interference issues, improving measurement accuracy.

High Precision: Equipped with a high-precision SF6 standard capacitor, whose tgδ remains stable despite changes in temperature and humidity, ensuring the stability and accuracy of measurement results.

Large Screen Display: The tester features a large-screen menu-based operation with a brand-new Chinese interface, making the operation more intuitive and convenient.

Multiple Protection Mechanisms: The tester incorporates multiple protective functions that can quickly disconnect high voltage under conditions such as high-voltage shorts, breakdown, overvoltage, overcurrent, and voltage fluctuations, ensuring the safety of the testing process.

Massive Storage and Data Processing: Equipped with a calendar chip and a large-capacity memory, the tester can save historical records and export data via a USB drive for generating work reports on a computer.

Variety of Testing Modes: The tester supports multiple testing methods, including internal high voltage, external high voltage, internal norm, external norm, positive connection, negative connection, and self-excitation, catering to different testing needs.

Application Fields:

In the power industry, the dielectric loss tester serves as a crucial tool for assessing the insulating performance of electrical equipment. It is widely used for measuring dielectric loss in transformers, mutual inductors, bushings, capacitors, arresters, and other devices. By testing the degree of insulating media loss, it can effectively prevent various faults in electrical equipment caused by insufficient insulating performance. Additionally, this testing method can effectively detect overall moisture degradation and local defects in the insulation of electrical equipment, providing powerful support for preventive maintenance and fault diagnosis of power equipment.

Moreover, the dielectric loss tester also finds applications in the medical field. For instance, in detecting the biocompatibility of human tissues and diagnosing diseases, the tester can accurately measure the dielectric loss characteristics of human tissues, providing valuable data for medical research.

Overall, the dielectric loss tester plays a significant role in multiple fields such as power and medicine, providing effective technical support for equipment insulation testing, fault diagnosis, and medical research.