New Arrival! RK9330 programmable AC/DC insulation withstand voltage tester, maximum current 30mA!

Our company has newly launchedRK9330The RK9320 series programmable AC/DC withstand voltage insulation tester has added a new strength model in the field of electrical testing, and the performance requirements for withstand voltage insulation testing equipment are increasingly increasing. As a new model of the RK9320 series, the RK9330 programmable AC/DC withstand voltage insulation tester has become a powerful tool to meet a wider range of testing needs due to its many advantages. One of the biggest highlights of RK9330, which is capable of handling diverse testing scenarios through performance upgrades, is its higher testing current. This improvement enables it to cope with scenarios that require more stringent testing currents, whether it is voltage insulation testing for large electrical equipment or performance testing for high-power electronic components, it can be completed stably and efficiently, greatly expanding its application scope. With the support of advanced technology, precision and convenience are achieved through the use of DDS digital signal synthesis technology. This technology can accurately generate the required test signals, ensuring the accuracy and stability of testing, and providing reliable data support for every high-voltage insulation test. In terms of file management, the maximum length of file names can reach 12 characters, making it convenient for users to name and manage test files clearly and systematically, and quickly identify different test items and results. Leakage current and testing time can be continuously set, and users can flexibly adjust parameters according to different characteristics of the tested components and testing standards, making the testing more in line with actual needs and improving the pertinence and effectiveness of the testing. After the test is completed, it has the function of forcing rapid discharge of the tested part, which can quickly release the residual charges on the tested part, ensuring the safety of operators and the tested part, and avoiding unexpected risks caused by residual charges. Intelligent and compatible features highlight the standard MODBUS/upper computer communication function, which can easily connect and exchange data with the upper computer, facilitating remote control, centralized management and analysis of test data for users, and improving the intelligence level of testing work. The user interface supports both Chinese and English, catering to the usage habits of domestic and international users, reducing the barriers to entry for operators with different language backgrounds. At the same time, multiple interfaces such as PLC, RS232/485, LAN, etc. are standard, and the rich interface types make it easy to connect with various control systems and equipment, enhancing the compatibility and scalability of the equipment, and can be flexibly integrated into different testing systems and production lines. In addition, the rise and fall time of voltage can be controlled. Users can accurately set the rate of voltage change according to testing requirements, simulate voltage changes that are closer to actual working conditions, and make the test results more valuable for reference, providing more reliable basis for product development and quality control.