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Shenzhen Yingbaoshuo Technology Co., Ltd
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Vehicle mounted flammable, explosive, toxic and harmful gas leakage monitoring system

NegotiableUpdate on 01/14
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Overview
The vehicle mounted flammable, explosive, toxic, and harmful gas leakage monitoring system is based on passive Fourier transform infrared spectroscopy telemetry technology, which can qualitatively, quantitatively, locate, and image analyze flammable, explosive, toxic, and harmful gases in the atmospheric environment from a distance. Product scanning can achieve horizontal 360 Pitch 90 Rotating scanning, with a scanning monitoring radius greater than 3km.
Product Details

714MVehicle mounted flammable, explosive, toxic and harmful gas leakage monitoring systemBased on passive Fourier transform infrared spectroscopy telemetry technology, it is possible to qualitatively, quantitatively, locate, and image analyze flammable, explosive, toxic, and harmful gases in the atmospheric environment from a distance. Product scanning can achieve horizontal 360 ° and pitch ± 90 ° rotation scanning, with a scanning monitoring radius greater than 3km.

Vehicle mounted flammable, explosive, toxic and harmful gas leakage monitoring systemBy utilizing the infrared spectral fingerprint feature information generated by the equivalent radiation brightness temperature difference between the gas to be tested and the telemetry background, rapid and high-sensitivity qualitative identification and semi quantitative concentration inversion analysis of various flammable, explosive, toxic and harmful gases can be achieved. The dynamic distribution and diffusion trend of leaked gases in the scanning area can be presented in real time, and sound and light warnings can be given for gases exceeding the standard.

Detecting gas types:

More than 400 types of gases (chemical) can be monitored, including:

Characteristic components of ammonia (ammonia, etc.), ketones, acids (acetic acid, etc.), benzene (toluene, xylene, etc.), alkanes (methane, ethane, etc.), alkenes (ethylene, vinyl chloride, etc.), alcohols (methanol, ethanol, butanol, etc.), esters (methyl ester, isopropyl acetate, butyl acrylate, etc.), sulfides (sulfur hexafluoride, sulfur dioxide, etc.), gasoline, diesel, liquefied petroleum gas, etc.

According to user needs, the types of detectable gases can be expanded and upgraded in the infrared spectrum library.

Product advantages:

● Powerful detection capability.

Adopting high-performance and long-life Stirling cooled MCT detector, the detection range reaches ppm percentage.

Equipped with a precision optical scanning gimbal, capable of scanning horizontally 360 ° and vertically ± 90 °, with a monitoring radius greater than 3km.

Equipped with a high-speed and stable optical hardware system, it can achieve fast scanning of 4cm-1/16 frames per second.

● Reliable environmental adaptability.

Protection level: IP65.

● Anti vibration adaptability: Meet the anti vibration characteristics of general fasteners in vehicle, ship, and aircraft, and perform measurements in vibration environments.

● Software algorithms.

● Meet the detection and identification of hundreds of industrial compounds (TICs) and chemical warfare agents (CWAs).

Equipped with multiple mixture detection capabilities, capable of detecting and identifying at least three types of mixture gases.

No external excitation light source is required, and it can be detected and recognized even in complex dark environments.

Optimization algorithms for instrument self checking, self calibration, path interference diagnosis, and water vapor compensation.

Rich product features.

Equipped with multifunctional monitoring terminals to meet user needs such as daily environmental monitoring, threat recognition, sound and light alarm, information storage and playback, with customizable functions.

The product features support customization, and the system can be loaded onto movable carriers such as vehicles, ships, helicopters, drones, etc. to perform tasks while in motion.

Extremely low maintenance costs.

Exquisite structural design, easy installation, and convenient operation.

Using Fourier transform infrared spectroscopy detection technology for remote non-contact sampling.

No consumables required, no radioactive sources, no secondary pollution, and extremely low maintenance costs.