Hotline: 0984.843.683 Email: info@ttech.vn  Zalo: 0984.843.683

Máy phân tích mức độ ô nhiễm khí AirSentry® II PME

Mã sản phẩm:
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Hãng SX: PME
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Tình trạng

Tình trạng: Còn hàng

Đặt hàng
The AirSentry II Multi-point Monitoring System is the most advanced airborne molecular contamination (AMC) monitor available, utilizing sensitive and responsive ion mobility spectrometry to detect and characterize airborne molecular contamination from multiple locations within a cleanroom. The system features a 16- or 30-point manifold sampling system and an on-board computer with secure software and communications.

Liên Hệ Hỗ Trợ

    • SĐT: 0984 843 683

    • Mail: info@ttech.vn

      • Zalo: 0984.843.683

Thông tin sản phẩm

In modern cleanroom manufacturing areas, process tools are often spread over large cleanroom areas and multiple floors. Air handlers recirculate the majority of air within a cleanroom which can easily spread airborne molecular contamination to unwanted areas, negatively impacting process steps located away from actual contamination sources. The AirSentry II AMC Monitoring System provides a central and cost-effective monitoring station that allows for rapid contamination detection, as well as monitoring sequences to cover a wide number of sample points spread across a facility. A critical part of a strategic airborne molecular contamination monitoring program.

Features

  • Monitors up to 30 sample locations for airborne molecular contamination (AMC)
  • Features AirSentry II ion mobility spectrometry (IMS) sensors—sensitive, reliable, repeatable
  • Detection of low concentrations of acids, amines, ammonia and chlorides
  • Calibrations traceable to the National Institute of Standards and Technology (NIST)
  • Real-time graphical software

Benefits

  • Low cost-per-sample point
  • Detects multiple airborne molecular contamination (AMC) compounds, as specified by the user
  • Programmed monitoring to detect AMC events and trends
  • Compact size
  • Versatile configuration of testing locations

Applications

  • Multi-point cleanroom and process bay monitoring for airborne molecular contamination
  • Baseline and qualification of AMC levels in new cleanrooms
  • Analysis and quantification of chemical filter efficiency
  • Characterization of AMC contribution from makeup and recirculation air


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