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Address
515 Yishan Road, Xuhui District, Shanghai
Shanghai Huyangda Electric Power Co., Ltd
515 Yishan Road, Xuhui District, Shanghai
Fully automatic three cup insulation oil dielectric strength tester
Overview
Designed and manufactured according to GB/T5564-2007 "Measurement of relative permittivity, dielectric loss factor, and DC resistivity of liquid insulation materials". Used for measuring the dielectric loss factor and DC resistivity of liquid insulation media such as insulating oil. Integrated structure. Internally integrated with main components such as dielectric loss oil cup, temperature controller, temperature sensor, dielectric loss testing bridge, AC test power supply, standard capacitor, high resistance meter, DC high voltage source, etc. The instrument adopts fully digital technology internally, with intelligent and automated measurement. It is equipped with a large screen (240 × 128) LCD display, a fully Chinese menu, and Chinese prompts for each step. The test results can be automatically stored and printed out, and operators can proficiently use them without professional training.
Product Features
1. This instrument is equipped with an automatic detection function. If it is turned on, it will automatically enter the reset state and execute the regulator to return to zero
2. Adopting a micro panel printer with automatic printing output
3. According to user needs, the number of tests, mixing and settling time, sound and light control reminders for continuous printing and non printing can be changed
4. This instrument adopts fully automatic magnetic oscillator stirring to eliminate unevenness and bubbles in the oil sample
5. Equipped with a micro XUJIU-A panel printer that automatically prints and outputs in Chinese
Fully automatic three cup insulation oil dielectric strength tester

Insulation oil dielectric strength tester, insulation oil is widely used in high-voltage electrical equipment such as transformers, oil circuit breakers, oil filled cables, power capacitors, and oil bushings. During operation, the performance of insulating oil will gradually deteriorate due to the effects of oxygen, high temperature, high humidity, sunlight, strong electric fields, and impurities, resulting in its inability to fully exert its insulating function. Therefore, it is necessary to regularly conduct relevant tests on the insulating oil to identify whether its performance has deteriorated. The quality of insulating oil is closely related to its breakdown voltage