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Tianjin Runze Instrument Co., Ltd
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Tianjin Runze Instrument Co., Ltd

  • E-mail

    market@ensoultech.com

  • Phone

    15611538392

  • Address

    401-501, Building 13, Huiying Industrial Park, Intersection of Zhonghuan West Road and Xiwu Road, Tianjin Airport Economic Zone

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Spherical Atmospheric Particle Flow Holographic Scanning System

NegotiableUpdate on 01/06
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Overview
The GTR1550 ball type atmospheric particulate flow dynamic holographic scanning system can monitor the real-time transmission of particulate matter pollution within a radius of 5 kilometers in three-dimensional space. It can simultaneously measure the distribution of particulate matter and meteorological wind fields in both planar and vertical spatial dimensions, achieving real-time monitoring of complex three-dimensional spatial transmission situations. The product has the characteristics of fast scanning speed and strong timeliness, and can complete a 360 degree scan within 8-12 minutes; The complete scan is particularly suitable for searching and locating pollution sources.
Product Details

GTR1550Spherical Atmospheric Particle Flow Holographic Scanning SystemReal time monitoring of particulate matter pollution transmission within a radius of 5 kilometers in three-dimensional space, simultaneously measuring the distribution of particulate matter and meteorological wind fields in both planar and vertical spatial dimensions, achieving real-time monitoring of complex transmission in three-dimensional space.GTR1550Spherical Atmospheric Particle Flow Holographic Scanning SystemIt has the characteristics of fast scanning speed and strong timeliness, and can complete a complete 360 ° scan within 8-12 minutes, which is particularly suitable for searching and locating pollution sources.

Basic measurement elements

meteorological elements

Aerosol elements

Particle transport

Wind speed and direction

Vertical airflow

visibility

Aerosol extinction coefficient

Mass concentration of particulate matter

boundary layer height

Aerosol optical thickness

Transmission flux

transmission direction