Goldhome's Independently Developed 10,000A Temperature Rise High-Current Test System Shipped to Malaysia
On February 3, a set of HMSLQ 10,000A temperature rise high-current testing systems, independently developed by Wuhan Goldhome Hipot Electrical Co., Ltd., was packed and officially loaded onto a truck bound for Malaysia. This marks one of the company's key orders delivered to the ASEAN market following the Lunar New Year, fully demonstrating Goldhome's production capacity advantages, fulfillment capabilities, and international market recognition in the field of high-current testing equipment.
Technological Leadership Meets Stringent Requirements for Power Equipment Temperature Rise Testing
The HMSLQ 10000A temperature rise high-current testing system shipped this time is a high-end piece of equipment developed by Goldhome to address the temperature rise testing needs of power equipment such as high- and low-voltage switchgear, circuit breakers, bus ducts, and transformers. The system employs advanced high-current generation technology and an intelligent control system, with a maximum output current of 10,000A that can be stably maintained during prolonged operation, fully meeting the stringent requirements for temperature rise testing set forth in domestic and international standards such as IEC 60439 and GB 7251, and other domestic and international standards for temperature rise testing.
The core technological advantages of this equipment are evident in several aspects: it features a design that combines a high-permeability toroidal transformer with thyristor voltage regulation technology, ensuring stable output current with a waveform distortion rate of ≤3% and current regulation accuracy of ±1%; it is equipped with an intelligent temperature control and monitoring system that collects real-time temperature data from various measurement points on the test specimen and automatically records temperature rise curves; It incorporates multiple built-in protection mechanisms, including overcurrent, overheat, and short-circuit protection, ensuring the safety of both the equipment and the test specimens. The system supports both manual and automatic operating modes, allowing users to flexibly select the appropriate mode based on testing requirements, thereby significantly enhancing the automation level and data accuracy of temperature rise testing.
The HMSLQ series high-current temperature rise test system adopts a modular design, integrating the control unit, voltage regulation unit, and current ramping unit into a single compact unit that is easy to move. It is particularly suitable for use in laboratories at power equipment manufacturers, testing institutions, and research institutes. The system can operate continuously for over 8 hours, meeting the long-term temperature rise testing requirements of high-capacity power equipment.
Stepping into the Goldhome production workshop, a bustling scene greets the eye. Workers are busily and methodically carrying out the final packaging of the HMSLQ 10000A temperature rise high-current test system. Given the equipment's high power output, heavy weight, and the long ocean voyage ahead, the packaging team is taking extra precautions-first sealing critical components with waterproof film, then securing the main unit with high-strength foam, and finally loading it into a custom-made reinforced wooden crate. The interior of the crate is fitted with professional anti-vibration supports and moisture-proof materials to ensure the equipment remains safe throughout the long sea voyage.
Outside the workshop, a heavy-duty truck fully loaded with the equipment is already in position. Quality control personnel are conducting a final check of the equipment list to confirm that all accessories and factory reports are complete, while logistics specialists verify the bill of lading details and confirm the shipping route. With a sharp honk of the horn, the truck slowly pulls out of the factory grounds, officially beginning its journey to the port, from where it will be shipped by sea to the client in Malaysia. From order confirmation to shipment completion, the Goldhome team works together efficiently to ensure the equipment is delivered on time.
