Power Frequency Dielectric Strength Test

I. Overview

Power frequency withstand voltage tests are a strict, effective, and direct method for assessing the insulation strength of electrical equipment. They can detect significant concentrated defects with high risk, which play a decisive role in determining whether electrical equipment can continue operation. It is an essential means to ensure the insulation level of equipment and prevent insulation accidents.

This device is a performance-advanced dielectric strength testing equipment designed in accordance with the new national standard for electrical power in China. It is used to conduct insulation strength tests under specified voltages on various electrical products, electrical components, and insulating materials. This ensures the insulation level of the products, detects insulation defects in the tested items, and measures their ability to withstand overvoltage.

Section II: Product Features

1.Monitoring Functions: High Voltage Voltage, Low Current Current, Zero Position Indicator, Power Indicator, Operation Indicator, Timer Indicator

2.Overcurrent Protection, Zero-Starting Protection, Audio-Visual Language Alarm Alerts

3.Utilizing a new type of timer relay, the timing range is broader.1S～99H）

4.Introducing a new type of current relay, offering...Please provide the Chinese content to be translated..No Chinese content provided, original return: "No content provided."Enhanced reliability, ensuring safety for personnel and equipment.

5.The test transformer's high-voltage coil is cylindrical and multi-layer tower-style.Optimal.No Chinese content provided for translation.The wire is wound from polyester coated wire and high-voltage insulation materials.

6.Test Transformer5kVAEquipped with removable iron wheels, it boasts features such as light weight, compact size, easy mobility, and superior performance.

III. Technical Indicators

1Terms of Use:

（1The workplace should be free from gases, vapors, chemical dusts, and other explosive and corrosive media that significantly impair insulation.

（2Ambient Temperature    -20～+50℃

（3Ambient Humidity    ≤85% RH(Non-Condensate)