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China LSPEC 800 Handheld Nuclear Testing Instrument - Reliable Supplier & Factory for Chemical and Radioactive Detection

The LSPEC 800 handheld nuclear testing instrument is an advanced detection solution designed for identifying chemical warfare agents, industrial toxic gases, and radioactive substances. Utilizing cutting-edge time-of-flight ion migration spectroscopy, multi-sensor fusion technology, and scintillation detection, this powerful instrument delivers rapid and precise detection of trace amounts of hazardous materials. With a performance level that meets or exceeds that of similar products worldwide, the LSPEC 800 is an essential tool for various applications, including military counter-terrorism, emergency security, environmental monitoring, industrial production, petrochemicals, customs, firefighting, and public health. As a trusted supplier and factory in China, we are dedicated to providing high-quality detection instruments that ensure safety and security across multiple sectors

    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
    It possesses anti-interference capabilities, resisting interference from typical gunpowder smoke, vegetation smoke, engine exhaust, etc.
    6
    The standard material library is upgradeable, and the types of substances that can be detected are expandable.
    7
    A nuclear radiation detection module can be optionally added 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 and Response Time Detects sarin, soman, VX, mustard gas, Lewisite, phosgene, hydrogen cyanide, cyanogen chloride, ammonia, chlorine, hydrogen sulfide, sulfur dioxide, etc. For sarin (0.2 mg/m³), the response time is ≤ 15s; for ammonia (15 mg/m³), the response time is ≤ 30s.
    Nuclear Radiation Monitoring Capability Detection range: 0.01μSv/h~10mSv/h
    Detection accuracy: ±10%
    Energy response: ±10%
    Detection source: 35KeV~1.5MeV
    Operating Temperature -20℃ ~ +40℃
    Storage Temperature -40℃ ~ +55℃
    Preheating Time ≤ 20min
    Continuous Operating Time ≥ 5h (0℃ ~ 40℃), ≥ 3h (-20℃ ~ 0℃)
    Interference Resistance No false alarms are generated in environments with gunpowder smoke, plant smoke, or engine exhaust.
    Length*Width*Height ≤ 214mm×98mm×81mm
    Technical Principles Ion mobility spectrometry + scintillator + intelligent recognition algorithm
    Weight ≤ 1.5kg

    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 chemical agents can the LSPEC 800 detect?
    The device detects a wide range of agents including sarin, soman, VX, mustard gas, Lewisite, phosgene, hydrogen cyanide, cyanogen chloride, and various industrial gases like ammonia and chlorine.
    How fast is the detection response time?
    The LSPEC 800 offers rapid response, typically detecting substances within 3 to 30 seconds. For sarin specifically, the response time is ≤ 15 seconds.
    Can this instrument operate in extreme weather conditions?
    Yes, it is designed for field use with an operating temperature range of -20℃ to +40℃ and a storage range of -40℃ to +55℃.
    Is the device prone to false alarms from smoke or exhaust?
    No, the instrument features advanced anti-interference capabilities that resist false alarms from gunpowder smoke, vegetation smoke, and engine exhaust.
    Is it possible to detect nuclear radiation with this unit?
    Yes, a nuclear radiation detection module can be optionally added, allowing for monitoring with a range of 0.01μSv/h to 10mSv/h.
    How long does the battery last during continuous operation?
    The device provides ≥ 5 hours of continuous operation in normal temperatures (0℃-40℃) and ≥ 3 hours in cold environments (-20℃-0℃).

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