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LSDLD-20 Dam Piping and Leakage Detection Instrument from China Suppliers and Factory - High Precision Detection Solutions

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Introducing the LSDLD-20, a state-of-the-art instrument engineered in China, based on the innovative flow wiping field method. This sophisticated device excels in precision, accuracy, and rapid detection for identifying piping leakage entry points and seepage channels in riverbanks and reservoirs. Ideal for various dam types, including earth dams, stone dams, and concrete dams, as well as their foundations, the LSDLD-20 is a must-have for reliable leak detection.

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Manufactured by leading suppliers in the industry, the LSDLD-20 is composed of three essential components: a transmitter, a receiver, and sensors. Utilizing the advanced flow wiping field method, this device features cutting-edge technologies such as pseudo-random current signal transmission, near-field source anomaly enhancement, high-resolution rapid current density field detection, and multi-component current density field measurement. The system runs on an embedded intelligent industrial computer, providing a user-friendly human-machine interface. Additionally, it connects seamlessly to RTK systems and depth sounders, ensuring high-precision data collection and positioning. Trust our factory to provide you with top-tier leak detection solutions with the LSDLD-20.

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    ★ Product Features
    • ⚡
      Adjustable Output Voltage Features a 5-level adjustable output voltage function, making it highly suitable for field operations and practical scenarios.
    • 🔌
      Full Digital Signal Processing Adopts fully digital signal acquisition and processing technology, ensuring stability and reliability.
    • 📈
      Real-Time Curve Plotting Capable of real-time curve plotting for rapid on-site anomaly analysis and localization, with immediate reflection of abnormal results.
    • 💾
      Data Storage and Marking Allows real-time data storage and marking for post-processing and convenient result submission.
    • 🔒
      Water-Electric Separation Ensures safety and reliability through water-electric separation design.
    ⚙ Product Parameters
    Item Technical Specification
    Transmitter
    Output Frequency Drift within 7 hours better than 7×10⁴
    Input Voltage 20V–29V
    Output Voltage 20V, 40V, 60V, 80V, and 100V
    Output Current ≤1A
    Receiver
    Measurement Range 250μV–60mV
    Measurement Error ≤±2%
    Receiving Sensitivity >1.0×10⁻⁴ A/m²
    Input Impedance ≥150kΩ
    Power Frequency Interference Resistance >50dB
    Continuous Working Time >7 hours
    🌏 Application Areas
    🌊
    Using the dam piping and leakage detection instrument for on-site operation demonstration, the actual fieldwork took a very short time, including construction wiring and water surface measurement, with the entire process completed in less than 3 hours. The task was completed quickly and accurately, providing high precision and accuracy in detecting piping and leakage issues, thereby offering scientific support for flood prevention efforts.
    ? Frequently Asked Questions
    Q What are the available output voltage levels of this dam piping and leakage detection instrument?
    The instrument features 5 adjustable output voltage levels: 20V, 40V, 60V, 80V, and 100V. This flexibility makes it suitable for a wide range of field conditions and practical detection scenarios.
    Q How accurate is the measurement, and what is the measurement range of the receiver?
    The receiver offers a measurement range of 250μV–60mV with a measurement error of ≤±2%, ensuring high precision and reliable data collection during field operations.
    Q How does the water-electric separation design improve safety?
    The water-electric separation design physically isolates electrical components from water contact, significantly reducing the risk of electrical hazards during dam and water-surface measurements, ensuring operator safety and instrument reliability.
    Q Can this instrument store and mark data in real time during field operations?
    Yes. The instrument supports real-time data storage and marking, allowing field operators to record key data points on-site. This greatly simplifies post-processing and makes result submission more convenient and efficient.
    Q How long can the instrument operate continuously on a single charge?
    The instrument supports continuous working time of more than 7 hours, making it well-suited for full-day field surveys without the need for frequent recharging or power interruptions.
    Q How quickly can a full field survey be completed using this instrument?
    Based on on-site demonstration results, the entire field operation — including construction wiring and water surface measurement — can be completed in less than 3 hours, providing fast, accurate, and scientifically supported detection for flood prevention purposes.

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