The fully automatic temperature rise test device under Wuhan UHV can help many power workers conduct various power tests more conveniently.
Since its establishment, Wuhan UHV has focused on the field of high-voltage power testing, with significant achievements in the research and production of circuit breaker temperature rise testers. The company is rooted in Wuhan's "China Optics Valley" and has a unique technological innovation environment and talent advantage. It always adheres to the guidance of technological innovation, continuously increases research and development investment, and is committed to providing customers with high-quality and high-performance circuit breaker temperature rise testers.
From a technical perspective, the Wuhan UHV circuit breaker temperature rise tester adopts high-precision temperature sensors and intelligent data acquisition systems. These high-precision temperature sensors can accurately capture the subtle temperature changes of circuit breakers during the testing process, and even extremely small temperature fluctuations can be accurately measured, providing a solid data foundation for equipment performance evaluation. The intelligent data collection system can quickly and stably collect temperature data and transmit it to the control system for analysis and processing, ensuring the accuracy and timeliness of the data. At the same time, the test power output capability of the tester is strong, which can stably supply high current and adapt to the rigorous testing requirements of different specifications of circuit breakers. Whether it is a small circuit breaker or a large high-voltage circuit breaker, Wuhan UHV testing equipment can provide stable and reliable current output, ensuring the accuracy and stability of test results.
In terms of product quality, Wuhan UHV strictly controls it. The company has passed ISO9001 quality management system certification, with strict quality control standards in every link from raw material procurement, production and processing to product delivery. Every circuit breaker temperature rise tester must undergo strict testing and inspection before leaving the factory to ensure that it meets high standard requirements. In addition, the product has also passed 3C certification and China Metrology Certification (CMA), further proving the reliability and authority of its quality.
Letemperature rise tester for Wuhan UHV circuit breakers also has significant advantages in terms of operating experience. Its operation interface adopts a touch sensitive color LCD display screen, which is simple and intuitive, and easy and efficient to operate. Operators can easily set test parameters, start tests, and view test results by touching the screen, greatly simplifying the complex setup process and improving work efficiency. At the same time, the tester is also equipped with multiple protection mechanisms, such as over temperature protection, over-current protection, leakage protection, etc. Once an abnormal situation is detected, the protection mechanism will immediately activate, cutting off the power supply, effectively avoiding equipment damage and safety accidents, providing comprehensive safety protection for operators and equipment.
In practical applications, the Wuhan UHV circuit breaker temperature rise tester has been highly recognized by many customers. In the circuit breaker testing project of a large power enterprise, the stable performance and accurate measurement results of the tester helped the enterprise timely discover potential problems with the circuit breaker, providing strong guarantees for the safety production of the enterprise. With advanced technology, reliable product quality, excellent operating experience, and outstanding application results, Wuhan UHV stands out among the manufacturers of circuit breaker temperature rise testers and has become the preferred brand for many customers. In the future, Wuhan UHV will continue to adhere to the concept of innovative development, continuously improve product performance and service quality, and make greater contributions to the development of circuit breaker temperature rise testing.
