Main advantages and features:
1. Truly realize standardized and automated data collection while ensuring the safety of operators!
2. Industry-leading high-power transient electromagnetic system and lightweight equipment hardware integration.
3. Advanced “8” shaped coil and automatic rotating device.
4. Intelligent data interpretation and automatic mapping system.
5. Industry-leading spatial three-dimensional results analysis.
6. Newly upgraded wireless control pan/tilt.
7. Automatic tracking and directional automatic data collection antenna device: The antenna device can be independently set and pointed to the specified azimuth. After reaching the specified azimuth, it can realize intelligent communication with the host and automatically collect data. After the current collection point is completed, the antenna automatically enters the next specified azimuth and continues to complete the entire data collection system.
8. System advantages: It includes two sets of acquisition programs and interfaces, namely manual acquisition and automatic pan-tilt acquisition, which can realize the switching function between automatic acquisition and manual acquisition; the processing system includes a transient electromagnetic system for the acquisition, processing and interpretation software package of the transient electromagnetic data of the advance exploration and working face.
DKTEM-30 Transient Electromagnetic Automatic Advance Water Detection System
Newly upgraded: The DKTEM-30 transient electromagnetic automatic advanced water exploration system truly achieves standardized and automated data collection for on-site construction, while ensuring data consistency and operator safety! It includes two acquisition programs and interfaces: manual acquisition and automatic pan-tilt acquisition. Compared to the previous generation, it is more portable and features a newly upgraded wireless pan-tilt control, further enhancing system integration. It also enables switching between automatic and manual acquisition. The automatic tracking, directional, and automatic acquisition transient electromagnetic antenna device can be autonomously set and pointed to a specified azimuth. Upon reaching the specified azimuth, it communicates intelligently with the host computer and automatically acquires data. Upon completing the current acquisition point, the antenna moves to the next specified azimuth, continuing the entire data acquisition process.
The DKTEM-30 Transient Electromagnetic Automatic Advance Water Detection System is the result of a Hubei Provincial Natural Science Foundation project and the “Twelfth Five-Year Plan” National Science and Technology Support Program, “Research and Development of Key Technologies and Equipment for Preventing and Controlling Major Accidents Such as Coal Mine Water Inrush and Fire.” The instrument design incorporates the latest developments in microelectronics and embedded computers. It is also the latest achievement in a fully automatic advanced forecasting system, part of the National Key R&D Program: “Research and Application Demonstration of Safety Early Warning Technologies and Equipment for Tunnel Engineering Construction in Complex Environments.”
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