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China LSPEC-U70 Intelligent Inspection Terminal: Leading Suppliers & Factory for Partial Discharge Detection

The LSPEC-U70 Intelligent Inspection Terminal is an advanced solution designed for comprehensive electrical equipment assessment, capable of conducting simultaneous partial discharge detection and infrared thermal imaging. This state-of-the-art device visualizes amplitude curves, waveform characteristics, and infrared spectra while capturing partial discharge sounds and analyzing the results. It efficiently saves environmental and equipment data from inspection sites, generating real-time inspection reports that can be uploaded to a cloud platform with a single click. This feature enables unified data management and analysis, ensuring long-term storage of critical information, Ideal for various open electrical equipment inspections, including circuit breakers, switch cabinets, insulators, transformers, surge arresters, cable joints, and hardware in substations or power transmission and distribution lines, the LSPEC-U70 is a must-have for professionals. As a leading manufacturer in China, we pride ourselves on delivering cutting-edge technology. Our products are trusted by numerous suppliers and factories seeking reliable inspection solutions in the electrical industry

    Product Features
    • 1
      The partial discharge sensor adopts a modular design (including general ultrasound, long-distance ultrasound, transient ground voltage, and infrared temperature measurement) to enable multiple methods of partial discharge detection.
    • 2
      The "frame temperature" infrared thermal imaging module features multifunctional design, supporting real-time temperature measurement of the center point and tracking display of the maximum temperature point. It also supports "picture-in-picture" and "point temperature measurement" functions.
    • 3
      The cloud platform can perform real-time data statistics, allowing the responsible personnel to comprehensively monitor inspection progress, failure rates, and other important data.
    • 4
      By using the analysis host to collect location information, the system can generate operation and maintenance maps as needed, forming an equipment ledger and providing comprehensive oversight of regional operating conditions.
    • 5
      The system features the display of gradient color maps, curve maps, characteristic maps, phase maps, and other types of spectra. It also includes built-in parameters for relevant electrical equipment and fault types.
    Product Parameters
    Items Specifications
    Ultrasonic Sensor Measurement Range 0~60dBuV
    Resolution 0.1dB
    Error ±1dB
    Sensitivity -65 dB
    Center Frequency 40kHz
    Measurement Range 0~60dBuV
    TEV Sensor Measurement Range 0~60 dBmV
    Bandwidth 3~80MHz
    Resolution 0.1dBmV
    Error ±ldBmV
    Infrared Camera Resolution 384 x 288
    Temperature Error +2°C / +2% F.S.
    Pixel Pitch 17um
    Focal Length 13mm
    Visible Light Camera Pixels 1.08 Billion
    Information Output Display Handheld detector: 1.46-inch 128×128 full-color OLED;
    Analysis host: 6.67-inch 2400×1080 FHD+ touchscreen.
    Headphone Jack 3.5mm jack, comes with 16Ω noise-canceling headphones.
    Bluetooth V4.2 EDR
    Type-C Port USB drive, 32GB capacity (please use the provided USB drive)
    Display Mode Average, average exceeding limit, peak value, gradient map
    Storage Mode Data: DAT; Audio: WAV
    Recording WAV format; can record 48kHz sampling rate audio, adjustable recording time, default 10s
    Temperature -20°C ~ 60°C ±2°C
    Humidity 20~80% RH ±4.5% RH
    Storage Capacity 32GB USB drive; can store up to 14,000 data sets
    Power Supply Rechargeable lithium battery;
    Working Time: approx. 8 hours;
    Battery Protection: LCD backlight off after 5 minutes of inactivity;
    System emits a beep when battery is below 5% — save data and shut down for charging.
    Packaging Size 230 × 240 × 180 (mm)
    Weight Handheld detector: 0.4 kg; Analysis host: 0.215 kg
    Application Areas
    ⚡
    It is suitable for detecting partial discharge in electrical equipment within substations or on power transmission and distribution lines.
    Frequently Asked Questions
    Q
    What detection methods does the partial discharge sensor support?
    The sensor adopts a modular design supporting multiple detection methods, including general ultrasound, long-distance ultrasound, transient ground voltage (TEV), and infrared temperature measurement — enabling comprehensive partial discharge detection in a single device.
    Q
    What is the resolution and temperature accuracy of the infrared camera module?
    The infrared camera features a resolution of 384×288 with a pixel pitch of 17µm and a focal length of 13mm. The temperature measurement error is ±2°C or ±2% of full scale, making it suitable for precise thermal inspection of electrical equipment.
    Q
    How long does the battery last, and how is low battery handled?
    The device is powered by a rechargeable lithium battery with an approximate working time of 8 hours. The LCD backlight turns off after 5 minutes of inactivity to conserve power. When the battery drops below 5%, the system emits a warning beep — users should save data and shut down promptly for charging.
    Q
    What types of spectrum displays does the system support?
    The system supports a variety of spectrum display modes including gradient color maps, curve maps, characteristic maps, and phase maps. It also has built-in parameters for common electrical equipment types and fault categories, streamlining the diagnosis process.
    Q
    Can the system generate equipment maps and maintenance records?
    Yes. By collecting location data through the analysis host, the system can automatically generate operation and maintenance maps, form a structured equipment ledger, and provide comprehensive oversight of regional operating conditions — greatly improving asset management efficiency.
    Q
    What are the operating environment requirements for this device?
    The device is designed to operate in temperatures ranging from -20°C to 60°C (±2°C) and relative humidity between 20% and 80% RH (±4.5% RH), making it suitable for a wide range of substation and field inspection environments.

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