Isola Vue 48" ductless filtered workstation with EverSafe III Touch Microprocessor controller. 110V

SKU:
MY-ISL48
  • $7,900.00

    • Description

    Isola™ VUE Filtered Workstation

    360-degree visibility for experiment observation

    Isola VUE filtered chemical workstation offers a 360° clear viewing area which makes it ideal for demonstration experiments. The clear polycarbonate shell protects both the end user and observers during classroom demonstrations.

    Each Isola VUE filtered chemical workstation comes standard with an integral polypropylene base and contoured spill lip for ergonomics and comfort. The chemical-resistant and easy-to-clean polypropylene base will not break down when exposed to harsh chemicals or routine solvents used for cleaning.

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    Voltage Options
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    110v or 220v
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    Multiple Widths Available
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    • 36 inch
      (914 mm)
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    • 48 inch
      (1219 mm)
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    • 72 inch
      (1829 mm)
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    Equipment Add-Ons
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    Heavy Duty Stand

    Base Cabinet

    Pass-Through Ports

    Polypropylene Sink

    Features of the Isola VUE

    • EverSafe™ III TOUCH touch screen controller constantly monitors fume hood performance with audible and visible alarms
    • Vividly displayed status of face velocity in linear feet per minute or meters per second
    • 18-Icon display for simple touch control of hood features and functions
    • LED lighting for true illumination of the entire work area
    • Three-stage filtration to confirm to SEFA 9-2010 DHIII recommendations
    • Polycarbonate construction for 360 degree visibility— excellent for demonstrations
    • Variable airflow control with automatic airflow sensor calibration
    • Solid-state gas detection with three sensitivity set points
    • Conforms to UL, CSA and CE electrical requirements
    • Integral polypropylene spill basin with rolled foil entry
    • Built-in filter and application validation
    • Optional installation of gas, water, electrical fixtures and/or polypropylene sink

    1. Laboratory room air enters into Isola

    2. The contaminants are mixed with laboratory air

    3. Contaminated air is filtered through either gas phase carbon filtration or mechanical filtration

    4. Air is constantly monitored for filter breakthrough as well as temperature and humidity

    5. Air passes through the safety filtration zone before returning to the laboratory