In the field of industrial measurement, "compactness" and "precision" were once mutually exclusive, but the emergence of Senther Technology's 1001 series LVDT displacement sensors has broken this deadlock. This product series redefines installation possibilities with an astonishingly compact design—boasting an outer diameter of just 5.8mm and an inner diameter of 3.2mm, allowing it to be effortlessly embedded in tight spaces such as solenoid valve cores and robot joints, effectively addressing the industrial pain point of traditional sensors being "nowhere to be placed.".

The prototype of the "Quantum Gas Analyzer Based on Optical Quantum Frequency Comb and Quantum Coherent Detection for SF6 Decomposition Products in Power Equipment," developed by the Production Command Center of Foshan Power Supply Bureau under Guangdong Power Grid Corporation (the first of its kind in China), has been officially deployed for practical use after trial operation testing. This prototype is equipped with the nation's first quantum sensor for detecting SF6 decomposition products in power equipment. It overcomes two major industry challenges—"synchronous and efficient detection of mixed gases" and "classical precision limits"—achieving sub-second detection speeds and a quantum precision limit of 0.09ppm. This breakthrough enables trace monitoring of characteristic gases in power equipment failures, providing revolutionary technical support for early diagnosis of latent faults in power equipment.

As a leading sensor technology enterprise in China, SentherTime has always taken it as its responsibility to overcome industry technology pain points. Recently, the company officially released its newly developed 310AH high-temperature IEPE vibration sensor to the public. This product, which embodies two years of hard work from the Sentherr R&D team, has successfully broken the technical bottleneck of vibration monitoring in extreme high temperature environments with its excellent high-temperature resistance, precise vibration monitoring capability, and stable industrial performance. It provides a new solution for equipment health management in energy, aerospace, high-end manufacturing and other fields, demonstrating Senther Technology's technological strength in the sensor field. For a long time, equipment vibration monitoring in high-temperature environments has been a key pain point that restricts industrial production and the safe operation of major equipment. Traditional IEPE vibration sensors generally suffer from insufficient high temperature resistance. When the ambient temperature exceeds 150 ℃, sensitivity and stability will significantly decrease, and even malfunction, which cannot meet the monitoring needs of high temperature conditions above 200 ℃ in scenarios such as thermal power, nuclear power, and aviation engine testing. More noteworthy is that the domestic high-end high-temperature vibration sensor market has long been monopolized by imported products, resulting in high procurement costs and difficulty in matching after-sales service response with the actual needs of domestic enterprises, seriously restricting the safe operation and intelligent upgrading process of related industries' equipment. After identifying the pain points in the market, Senther Time quickly formed a specialized R&D team and invested a large amount of resources in technical research and development. After two years of repeated experimentation and optimization, the 310AH high-temperature IEPE vibration sensor has finally been successfully implemented and achieved multiple breakthroughs in core technology. At the material and process level, the company uses special high-temperature resistant materials combined with independently developed precision packaging technology to increase the product's working temperature range to -55 ℃~300 ℃, ensuring its long-term stable operation in extreme high temperature environments; On the core components, high sensitivity piezoelectric ceramic components independently developed by Senther are installed, covering a vibration measurement range of 0.1Hz~10kHz, with measurement accuracy error strictly controlled within ± 2%, which can accurately capture small vibration signals of the equipment and provide reliable data support for equipment fault warning; At the same time, the product fully considers the actual application needs of users, is compatible with industrial standard IEPE interfaces, and can directly interface with mainstream data collection devices without additional adaptation, greatly reducing user usage costs and deployment difficulties. The successful development of the 310AH high-temperature IEPE vibration sensor not only fills the technological gap in the field of high-temperature vibration monitoring in China, but also breaks the monopoly pattern of imported products. This is an important achievement of Senser Technology's mission of 'technology localization'. ”The R&D Director of Senser Technology emphasized at the product launch event. At present, the product has successfully passed the strict testing of the national metrology certification agency and completed pilot application in the turbine monitoring project of a large thermal power plant in China. From the pilot data, it can be seen that the 310AH sensor has been running continuously and stably for more than 3000 hours under high temperature conditions of 280 ℃. The accuracy of vibration data acquisition is over 99.5%, and its performance is completely comparable to similar imported products. The procurement cost is reduced by nearly 40% compared to imported products, effectively reducing equipment monitoring costs for domestic enterprises. Currently, SenseTime Technology has officially launched mass production of 310AH high-temperature IEPE vibration sensors to quickly respond to market demand. At the same time, in response to the special monitoring needs in fields such as aerospace and new energy vehicles, the company has also carried out customized technology research and development to continuously expand the application boundaries of its products. In the future, Senser Technology will continue to deeply cultivate the field of sensor technology, promote the intelligent and domestic development of high-end equipment manufacturing industry in China with more technological innovation achievements, and actively expand the international market, allowing "Made in China" sensor products to occupy a place on the global stage. With the acceleration of industrial Internet and intelligent manufacturing, the market demand for high-temperature vibration monitoring will continue to grow. With its technical advantages and product strength, Senser Technology will continue to expand its market share in this segment and contribute more to the development of the industry.

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