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WIZ

Water in-situ analyzer


WIZ probe is the state of the art portable “in-situ” probe, to measure automatically up to four chemical compounds in surface and sea water.

The innovative design allows an easy handling and field deployment by a single user.

WIZ probe allows, in the standard configuration, the detection at trace levels of the main four nutrients compounds:

  • ammonia (N-NH3)
  • orthophosphate (P-PO4)
  • nitrate + nitrite N-(NO3+NO2)
  • nitrite (N-NO2).

WIZ probe automatically manages the well known spectrophotometric wet chemistries and an advanced fluorimetric method for ammonia measurement.

Many other analytical methods are available on request, including silicates, Total P, Total N, iron and other metals.

WIZ Pro is the most advanced analytical probe for field applications:

  • the 1.5 ml micro Loop Flow Reactor enables an extremely low consumption of reagents and calibrants
  • the exclusive multibeam compact, optic fibers based, colorimetric detector, coupled with a state of the art fluorimeter
  • the new compact cylindrical design allows the deployment as any conventional water quality monitoring probes available in the market
  • the new innovative “plug-in” and compact reagents container allows an immediate field reagents and calibration solutions changeover.

Results are directly provided in concentration units; all measured values are stored with date, time and sample O.D.; the same data are remotely available through a serial communication port, which allows the complete probe configuration and remote control using the external Windows® based Wiz Control Panel software.

The Wiz reagents container:

Reagents and calibrants flexible bags are placed inside the “plug-in” compact reagents container.

The bags are connected to the internal analytical reactor with an enhanced version of our exclusive fast hydraulic 10 lines multiconnector*, ensuring quick replacement in the field.

Reagents consumption is limited to about 30-60 microliters of each reagent per single analysis; the reagents container is designed to contain up to 500 ml of reagents and calibrant solution, to ensure at least 1000 automatic field analysis.

Auto-calibration is performed using concentrated standard solutions, contained in the same reagents container.

* Patent pending

 


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  1. 27-11-2012:

    AMS-SYSTEA announces the new Easychem TOX discrete routine laboratory analyzer !

    EasyChemTox_001_red



    We are pleased to announce the new Easychem TOX, the state-of-the-art direct read discrete laboratory analyzer for automated determination of acute toxicity in water samples based on bioluminescent bacteria.

    This innovative analyzer completely automates the manual proedures usually applied to perform the evaluation of toxicity according to ISO 11348-3 procedure, ensuring up to 45 samples/hour throughput.

    DOWNLOAD BROCHURE



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  2. 19-12-2011:

    AMS group and SYSTEA s.p.a. have merged,
    giving rise to AMS-SYSTEA

    AMS group and SYSTEA s.p.a. announce their global partnership finalized to merge, giving rise to AMS-SYSTEA.

    Logo_ams_systea


    AMS Group and SYSTEA s.p.a., specialists in the field of design, manufacture and sales of analysis equipment, have announced their next merger and the creation of AMS-SYSTEA. This new company will result from the strategic merge of sales and R&D operations implemented in August 2011.

    The goal of both businesses is to pool valuable skills, expertise and facilities within a common structure, thereby providing one of the most comprehensive product offerings in the sector.

    Download here the official announcement



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  3. 21-06-2011:

    SYSTEA announces the new Micromac C Arsenic (low level) for drinking water on-line analysis!

     

    Micromac_C_new

    After several months of hard development, we are pleased to announce the new Micromac C Arsenic, featuring a low detection limit down to 1 microgram/litre for on-line analysis of drinking water samples.

    Recently the worldwide water regulations lowered the threshold limits for Arsenic in drinking water down to 10 micrograms/litre, due to scientifically demonstrated cancerogenity of this dangerous chemical analyte.

    Micromac C Arsenic allows now to achieve feasible on-line low concentration measurements for drinking water applications. 

    DOWNLOAD BROCHURE    



    read more >>>

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