SISTEMA DE ADQUISICIÓN Y GESTIÓN DE DATOS

eSam

Se trata de un módulo de adquisición de datos (logger & router) que permite la gestión de todos los datos recogidos por: analizadores de calidad del aire, analizadores de polvo, sensores meteorológicos y de temperatura…

El eSam DAHS garantiza el acceso y control remoto y bidireccional de los analizadores y del sistema de gestión ambiental a través de una interfaz WEB. Estos datos también pueden transmitirse de forma automática e inalámbrica a un servidor central, equipado con el paquete de software XR®, capaz de gestionar miles de estaciones AQMS en una red en una ciudad, región, ….

  • Data acquisition from any type of environmental monitoring systems: analysers, sensors, meteo, samplers…
  • Includes data retrieval, data storrage, visualisation, supervision
  • Automatic prevalidation of the data
  • Automatic calibration and instrument control
  • Included Web based dashboard software
  • Remote access to the DAS via internet and a WEB based interface
  • Data storage in a local database
  • MQTT service secured IoT communication protocol
  • Windows or Linux
  • Air quality monitoring stations: fixed or mobile
The eSAM data acquisition module is available on:
    Rack 19”, 3U Frame

  • WINDOWS or LINUX OS
  • Standard configuration: 6 serials ports, 2 Ethernet ports, 6 USB ports
  • Option: additionnal I/O, 6 or 8 analog input, 6 DI + 6 relay, 8 additional RS 232
    Desktop Computer

  • WINDOWS OS
  • Standard configuration: 8 RS 232, 1 Ethernet
  • Option: additionnal I/O, 6 or 8 analog input, 6 DI + 6 relay, 8 additional RS 232
    Fanless industrial chassis

  • Linux OS
  • Standard configuration: 4 Serial ports (3 RS232, 1 RS232/485), 2 Ethernet ports, 4 USB Ports
  • Option: additionnal I/O, 6 or 8 analog input, 6 DI + 6 relay, 8 additional RS 232
Data Acquisition

    • Acquisition of instantaneous measurements at a configurable frequency ranging from 5 seconds to 24 hours
    • Management of the metrological context: analysers’ parameters and internal failures, technical measurements, external signals (door opened, flow, etc.)
    • Controls of lower and higher validity limits, sensitivity threshold, immobility, slope and follow-up of peak episodes

Automatic Validation

    • Automatic validation of the data with the XR software
    • Association of a quality code with each value
    • Evaluation of quality indicators for each data value: min, max, standard deviation, number
      of over-thresholds, availability ratio
    • Prevalidation of the data according of the metrological context

Calibration

  • Automatic management of calibration sessions: 5 span points
  • Ability to adapt the linearization parameters according to calibration results
  • Control of absolute, relative drifts, drifts between span points, standard deviation drifts
  • Storage of all the information related to the calibration