In the vast world of water conservancy engineering, embankment dams, as an important barrier for flood prevention and disaster mitigation, are directly related to the safety of people's lives and property and the harmony and stability of society. However, with the passage of time and the erosion of the natural environment, embankment dams are facing many potential threats, among which the problem of pipe surge leakage is particularly serious. In order to accurately and efficiently cope with this challenge, Puchi Research Institute has developed the Dike Pipe Surge Detector, a lightweight and efficient testing device that is gradually becoming a star product in the field of dam safety testing.
Pipe Surge Detector for Dams: Technology Enabled, Precise Detection
As the crystallization of Puchi Research Institute's wisdom, the Pipe Surge Detector realizes high-precision monitoring of abnormal changes in the geological body below the dam by virtue of its unique electro-method exploration technology. By deeply analyzing the changes in resistivity below the dam and utilizing the electric field components of different frequencies in the natural electric field, the instrument accurately captures the abnormal signals of the geological body, thus effectively identifying potential hidden dangers such as leakage points of pipe surges in dams, leakage points of ants' cavities, leakage points of bedrock foundations, as well as voids and moving soil. The application of this innovative technology greatly improves the efficiency and accuracy of embankment dam safety inspection and provides strong technical support for engineering disaster prevention.
Four advantages, leading the industry trend
1. Easy to carry, flexible response
Traditional testing equipment is often bulky and heavy, which brings many inconveniences to on-site operations. The Puchi Research Institute's dam surge detector breaks this limitation, it uses the earth's natural electromagnetic field as a signal source, without the need to carry heavy artificial power supply equipment, the whole set of instruments weighs no more than 3 kg, greatly facilitating the site to carry and operate, so that the inspectors can easily cope with a variety of complex terrain and environmental conditions.
2. Simple operation, quick start
The instrument adopts high-speed CPU full-automatic control, and the operation interface is simple and clear, so even operators who lack exploration experience can master the use of skills in a short time. According to reports, it only takes 10 minutes to learn the basic operation, and complete the related training within half an hour, greatly shortening the learning curve and improving work efficiency.
3. Highly accurate and trustworthy
The dike pipe surge detector adopts a high-performance amplifier and high-performance AD converter, combined with FFT digital filtering technology, to realize a significant improvement in measurement accuracy, reaching an accuracy level of 0.1mV. This high-precision measurement capability ensures the accuracy and reliability of the test results, and in a large number of field tests, it has demonstrated a stability comparable to that of the traditional artificial electric field method instruments, which has won the trust of the majority of users.
4. Strong anti-interference ability and adaptability
In the complex field environment, electromagnetic interference is a major problem that restricts the performance of testing equipment. Puchi Research Institute's dam surge detector adopts advanced anti-jamming technology and multiple anti-jamming design, after the instrument's frequency selection and digital processing, even in the city, strong electrical interference or other serious external interference in the work area, but also to obtain a very good repeatability of the profile measurement contour map, to ensure the accuracy and reliability of the detection data.
Conclusion
The introduction of Puchi Research's dam surge detector has not only revolutionized the field of dam safety detection, but also provided a solid guarantee for the long-term stable operation of water conservancy projects. In the coming days, we have reason to believe that this lightweight, efficient, accurate and reliable testing equipment will continue to play its unique advantages, and contribute more to guarding the safety of embankment dams and safeguarding people's lives and properties.
