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Shipping Update | The 150 kV power-frequency withstand voltage partial discharge test system and the salt-spray chamber have been delivered as scheduled, traveling across mountains and seas to reach the customer.
Publish time:
2026-06-23 14:00
Source:
Wuhan Jin Dian Technology has completed the full‑machine assembly, performance commissioning, and comprehensive factory‑level testing of two sets of high‑voltage testing equipment. With the systems now fully assembled, they will soon be shipped to customer project sites in Beijing and Guangdong, demonstrating our commitment to partnership through consistently reliable product quality and efficient, seamless delivery.
Power-frequency withstand voltage partial discharge test system:
- Dual‑CPU industrial display design, integrating programmable voltage regulation, data acquisition, over‑voltage and over‑current protection, and test sequence control modules.
- A fully automated withstand voltage test procedure that records voltage and current data in real time, automatically generates test reports, and incorporates multiple safety features such as an emergency stop and zero‑position interlock. It offers intuitive operation, strong anti‑interference performance, and is well suited for long‑term laboratory use.
- Rated capacity: 100 kVA; maximum output voltage: 150 kV. Equipped with a mobile base and multiple terminal blocks, it can deliver power-frequency AC as well as high-voltage DC/AC.
- It is used for power-frequency withstand voltage and insulation breakdown tests, enabling the assessment of the dielectric strength of transformers, cables, insulators, switchgear, instrument transformers, insulating materials, and high-voltage components. It serves as a core piece of equipment for power‑system handover tests, factory type tests, and insulation quality inspections.
NR1350 Salt Spray Test Chamber:
- By atomizing sodium chloride saline solution, this method closely replicates marine and humid corrosive environments, providing you with highly efficient accelerated corrosion‑aging tests to accurately assess the corrosion resistance of your samples.
- Precision-engineered enclosure, tightly sealed against leaks: Featuring a corrosion-resistant, one-piece PVC molded housing paired with a transparent acrylic sealing lid, this design not only prevents salt spray from escaping but also ensures the testing process is clearly visible at a glance.
- Intelligent control, precise settings: An integrated smart temperature-control panel on the right side, leveraging PID‑based precision temperature regulation, enables effortless adjustment of both continuous and intermittent spray modes, as well as flexible programming of experiment durations.
- Uniform deposition and multi‑standard compatibility: Equipped with a built-in dual‑spray tower and collection funnel, it ensures precise and controllable salt‑fog deposition, fully supporting the three major mainstream salt‑fog testing methods—neutral (NSS), acidic (AASS), and copper‑accelerated (CASS).
- Core quality inspection, reliable standard configuration: Specifically developed and designed for hardware electroplating, coating, fasteners, electronic connectors, and power‑related metal components. It is an indispensable environmental testing instrument for evaluating the rust‑proof and corrosion‑resistant performance of surface treatments, as well as for conducting incoming material inspections and factory‑acceptance reliability tests.
The company offers a comprehensive product portfolio, primarily focusing on high-voltage electrical testing instruments. It also provides complementary environmental reliability test equipment, such as salt spray chambers and temperature‑humidity chambers, along with battery internal resistance testers, charge‑discharge systems, and online monitoring devices for operations and maintenance. Together, these solutions fully address the diverse testing needs of power‑grid inspection, material reliability assessment, and energy‑storage battery lifecycle management.
We keep moving forward and delivering without pause. JinDian Technology is committed to providing customers with cutting-edge testing equipment and a comprehensive after-sales service system, becoming your most reliable partner.
Wuhan JinDian Technology Co., Ltd. (hereinafter referred to as “JinDian Technology”) was founded in 2014 in Wuhan East Lake New Technology Development Zone, known as China’s Optics Valley. It is a nationally recognized high-tech enterprise that leads the domestic market in the research, development, design, and manufacturing of intelligent power‑testing equipment, test instruments, integrated testing systems, and comprehensive solutions. JinDian Technology has established deep industry–university–research collaborations with prestigious institutions such as Wuhan University, Huazhong University of Science and Technology, and the State Grid Wuhan High‑Voltage Research Institute, thereby building a technology‑development system based on fully independent intellectual property rights. The company holds more than 60 patents both domestically and internationally, including three invention patents and 28 software‑copyright patents. Its products have been certified under the ISO 9001 international quality management system, the ISO 14001 environmental management system, and the ISO 45001 occupational health and safety management system. In addition, the company has received numerous government‑issued honors, including National Science‑and‑Technology‑Based SME, Optics Valley Gazelle Enterprise, Technology Little Giant Enterprise, National High‑Tech Enterprise, and Large‑Scale Industrial Enterprise designations.
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