Leave Your Message
Products Categories
Featured Products

LSPEC 800 Handheld Nuclear Testing Instrument – China Suppliers & Factory for Chemical, Toxic Gas, and Radioactive Detection

,

The LSPEC 800 handheld nuclear testing instrument is a cutting-edge device designed for the detection of chemical warfare agents, industrial toxic and harmful gases, as well as radioactive substances. Utilizing state-of-the-art time-of-flight ion migration spectroscopy technology and array-based multi-sensor fusion capabilities, this innovative instrument offers scintillation detection technology for precise measurement. With the ability to detect trace amounts of hazardous substances quickly and accurately, it meets advanced international standards and outperforms similar products on the market. Widely applicable across various industries, including military counter-terrorism, emergency security, environmental monitoring, industrial production, petrochemicals, customs, fire protection, and health sectors, the LSPEC 800 is a reliable choice. As a leading supplier from China, our factory ensures the highest quality manufacturing and technological excellence in every unit.

,

    ★ Product Features

    1
    Compact and lightweight, easy to operate.
    2
    High sensitivity, typical sarin concentration up to 0.2 mg/m³.
    3
    High resolution, capable of distinguishing between chemical agents and industrial toxic and hazardous gases.
    4
    Rapid response, detecting in just 3-30 seconds.
    5
    Anti-interference capabilities, resisting gunpowder smoke, vegetation smoke, and engine exhaust.
    6
    Upgradeable standard material library with expandable detection types.
    7
    Optional nuclear radiation detection module available as needed.

    ⚙ Product Parameters

    Item Technical Specification
    Product name Handheld nuclear testing instrument
    Product model LSPEC 800
    Technical Principles Ion mobility spectrometry + scintillator + intelligent recognition algorithm
    Weight ≤ 1.5kg
    Power Supply 18650 lithium batteries X 2
    Gas Detection Sensitivity & Response Detects sarin, soman, VEX, mustard gas, Lewisite, phosgene, hydrogen cyanide, cyanogen chloride, ammonia, chlorine, hydrogen sulfide, sulfur dioxide, etc. Sarin (0.2 mg/m³) ≤ 15s; Ammonia (15 mg/m³) ≤ 30s.
    Nuclear Radiation Monitoring Range: 0.01μSv/h~10mSv/h | Accuracy: ±10% | Energy response: ±10% | Source: 35KeV~1.5MeV
    Operating Temperature -20℃ ~ +40℃
    Preheating Time ≤ 20min
    Continuous Operating Time ≥ 5h (0℃ ~40℃) / ≥ 3h (-20℃ ~0℃)
    Interference Resistance No false alarms from gunpowder smoke, plant smoke, or engine exhaust.
    Dimensions (L*W*H) ≤ 214mm×98mm×81mm

    ✔ Application Areas

    It can be widely used in military counter-terrorism, emergency security, environmental monitoring, industrial production, petrochemicals, customs, fire protection, health and other fields.

    ? Frequently Asked Questions

    What substances can the LSPEC 800 detect?
    The device detects a wide range of chemical agents including sarin, soman, VEX, mustard gas, Lewisite, and industrial gases like phosgene, ammonia, chlorine, and sulfur dioxide.
    How fast is the detection response time?
    The LSPEC 800 provides rapid results within 3 to 30 seconds. For example, sarin is detected in ≤ 15 seconds and ammonia in ≤ 30 seconds.
    Is the device resistant to environmental interference?
    Yes, it features advanced anti-interference capabilities that prevent false alarms from gunpowder smoke, vegetation smoke, and engine exhaust.
    Can it perform nuclear radiation monitoring?
    Yes, a nuclear radiation detection module can be optionally added, offering a detection range of 0.01μSv/h to 10mSv/h with ±10% accuracy.
    What is the battery life and portability?
    The device weighs ≤ 1.5kg and is powered by two 18650 lithium batteries, providing over 5 hours of continuous operation in standard temperatures.
    What are the operating temperature limits?
    The LSPEC 800 is designed to operate in environments ranging from -20℃ to +40℃, making it suitable for diverse field conditions.

    Leave Your Message