Geophysical Survey Equipment TEM Transient Electromagnetic Method System For Underground Water Exploration

Geophysical Survey Equipment TEM Transient Electromagnetic Method System For Underground Water Exploration

Transient electromagnetic method instrument is an advanced geophysical detection equipment. It uses the principle of electromagnetic induction to transmit and receive transient electromagnetic field signals to achieve efficient detection of underground geological structures, mineral resources, groundwater and other target bodies.

Transmitter: It uses high-performance power devices with strong transmission capabilities, can generate stable high-power transient current, and ensure that the signal is effectively transmitted deep underground.
Receiver: It is equipped with high-sensitivity sensors and low-noise preamplifiers, which can accurately capture weak secondary field signals and have the characteristics of high resolution and large dynamic range.
Transmitter and receiver coils: According to different detection needs, coils of various specifications are provided to ensure the best coupling with the target body and improve detection accuracy.
Control system: It adopts an intelligent operating system, which is easy to operate and can realize one-button control of instrument parameter setting, data acquisition, processing and storage functions.

High-precision detection: Using advanced signal processing technology and high-precision sensors, underground materials can be detected at a depth of hundreds of meters underground, and the detection accuracy of shallow underground structures is higher, reaching the sub-meter level.
High-speed measurement: It can quickly perform measurements and data collection, and can detect and study underground structures in a larger range in a shorter time.
Fully automated operation: It is designed for full automation. The operator only needs to simply set and start the instrument to achieve fully automated data collection, which is suitable for exploration in different sites and different environments.
Strong anti-interference ability: It has strong anti-interference characteristics. Through built-in anti-interference circuits and advanced filtering algorithms, it can perform measurements and data collection in high electromagnetic noise and interference environments to ensure the accuracy and reliability of the data.
Big data processing capabilities: It can process and analyze big data, and has efficient and high-precision data processing software, which can help researchers better analyze and interpret information about underground structures.

Mineral resource exploration: used to detect various metal and non-metallic minerals, determine the location, scale and shape of the ore body, etc.
Groundwater exploration: accurately find the location and distribution of underground aquifers, and provide a scientific basis for the development and utilization of water resources.
Engineering geological survey: identify underground cavities, faults, fissures and other geological structures, and provide reliable geological data for the site selection, design and construction of engineering construction.
Environmental monitoring: monitor the distribution range and degree of underground pollution, and provide technical support for environmental protection and governance.
Disaster geological survey: such as detecting potential areas of geological disasters such as landslides and mudslides, providing a basis for disaster warning and prevention.

Quality assurance: Provide 1-year warranty, free repair or replacement for non-human faults during the warranty period.
Technical support: Have a professional technical team to provide customers with pre-sales technical consultation, installation and commissioning during sales, and after-sales technical training and other comprehensive services.
After-sales service: Set up a 24-hour after-sales service hotline to respond to customer questions and needs in a timely manner to ensure the normal operation of the instrument.