This instrument can detect technical indicators such as the insulation structure and insulation strength of tested instruments and electrical appliances. It is widely used in electrical equipment, instruments, transformers, power cords, watt-hour meters, motors, power plug sockets, and cables. Withstand voltage testing provides methods for implementing national safety standards, highlighting its importance. It has become indispensable for scientific research institutions, measurement and testing departments, and the power and electronics industries in evaluating electrical devices, electronic instruments, and household appliances.
The instrument features an attractive design, with the output voltage displayed on a digital tube, making it clear, intuitive, and accurate. Each parameter setting is entered using a small keyboard, ensuring ease of operation. The entire device incorporates advanced technology, a reasonable layout, high accuracy, good reliability, and convenient maintenance.
The instrument employs an integrated design that combines the control box and test voltage. Current protection is adjustable via a dial, and the unit is compact and lightweight. Known as a small AC and DC booster, it serves as basic testing equipment for users such as power stations, power supply and distribution systems, and scientific research institutions. It is used to conduct dielectric strength tests under specified voltages on various electrical products, components, and insulating materials, assessing the insulation level of the product, identifying insulation defects, and measuring the ability to withstand overvoltage.