Low power optimization design: Adopting advanced low-power technology to ensure the stability and sustainable operation of the instrument during long-term operation, effectively reducing energy consumption and maintenance costs.

Industrial grade sturdy construction: Following industrial design standards, it has excellent high and low temperature resistance, can work normally in extreme temperature environments, and is suitable for various harsh industrial environments and field work scenarios.

IP68 top-level protection: Manufactured strictly in accordance with IP68 design standards, it has excellent protection performance and can effectively resist the intrusion of dust, water, and other pollutants, ensuring the reliability and stability of the instrument in harsh environments.< Strong>Built in tilt sensor: Equipped with a built-in tilt sensor, it can monitor the status of the device in real time after installation, detect and correct possible tilt problems in a timely manner, and provide additional guarantee for the accuracy of measurement data.

Large measurement range and high precision: It has the ability to measure a large range while maintaining a small size, making it easy to install and carry.. Having high repeatability and precision, ensuring consistency and reliability of each measurement result.

Convenient Installation and Maintenance: The design focuses on the convenience of installation, with simple operation and no need for complex installation processes. At the same time, the maintenance of the instrument is also very simple, reducing the cost of use and maintenance difficulty, and improving work efficiency< Span style="white space collapse: preserve;">Application areas

performance parameter

application area

Comprehensive pipe gallery settlement monitoring: As the "lifeline" of urban underground, the stability of comprehensive pipe galleries is crucial.. The ultrasonic static level can monitor the settlement of the main structure and ancillary facilities of the pipe gallery, timely detect settlement anomalies caused by geological changes, construction impacts, and other factors, ensure the safe operation of the pipe gallery, and ensure the normal operation of various urban pipelines.

Monitoring of roadbed settlement in rail transit: In the construction and operation of rail transit, roadbed settlement can affect the smoothness of the track and the safety of train operation.. This instrument is capable of real-time and accurate monitoring of roadbed settlement, providing data basis for track maintenance and ensuring the smooth and efficient operation of rail transit.

Monitoring of settlement of subway support walls: Subway support walls are an important part of ensuring subway construction safety and structural stability.. By monitoring the settlement of the supporting wall, the deformation status can be timely grasped, preventing safety accidents such as foundation pit collapse and ground collapse caused by excessive settlement, ensuring the smooth progress of subway construction and the safety of the surrounding environment.

Monitoring of the upper mountain and surrounding buildings in the tunnel: During the construction and operation of the tunnel, the settlement of the upper mountain and surrounding buildings may pose a threat to the tunnel structure and personnel safety.. By using ultrasonic static level, real-time monitoring of mountain and building settlement can be achieved, providing data support for tunnel safety assessment and timely adoption of reinforcement or protective measures.

Bridge pier and foundation pit settlement detection: Bridge pier settlement affects the stability of bridge structures, and foundation pit settlement is related to the safety of surrounding buildings and underground pipelines.. This instrument can measure the settlement of bridge piers and foundation pits with high precision, providing scientific basis for engineering construction and operation, and ensuring the safety and quality of bridge and foundation pit construction.

Detection of settlement of highway subgrade and slope: The stability of highway subgrade and slope is directly related to driving safety.. By monitoring the settlement of roadbeds and slopes, potential hazards such as landslides and collapses can be detected in a timely manner, and reinforcement measures can be taken in advance to ensure the safety and smoothness of highways.

Monitoring of Nuclear Power Plants and Large Hydroelectric Power Plants: Important energy facilities such as nuclear power plants and large hydroelectric power plants have extremely high requirements for basic stability.. Ultrasonic static level can perform long-term and high-precision settlement monitoring on its foundation, ensuring the safe and stable operation of facilities under complex geological conditions and operating environments, and guaranteeing energy supply security.

Basic monitoring of dams, water conservancy hubs, and high-rise buildings: The safety of dams and water conservancy hubs is related to the safety of downstream people's lives and property, and the stability of high-rise building foundations affects the safety of building structures.. This instrument can monitor the settlement of dams, water conservancy hubs, and high-rise building foundations, providing data support for engineering safety assessment and maintenance, ensuring the long-term safe operation of the project.