Enewsletter Vol. 8 Issue 05
Eutech Tester Special: A Look in History

They're easy to use and easy on your pocket. Take a look at how Eutech testers have evolved over the past 18 years, along with your changing needs.

  • 1991 – 1995: The Eutech Smartest (Non-waterproof) Testers Series





  • 1991 – 1995:
    The Eutech Smartest (Non-waterproof Series)

    Push-button, multi-point calibrations: here's a look at the first testers in the industry to use
    microprocessor ASIC technology:

    Microprocessor-based technology (ASIC) with Surface Mount Technology

    Application Specific Integrated Circuit, or ASIC, enables manufacturers to design and customise specific application and functional features to be burnt into small IC chips. This provides flexibility in modifying circuitry design or programming of software functions to suit specific needs, and optimise space constrains of PCB, resulting in smaller, more portable results.

    Surface Mount Technology ensures consistent quality mounting of components on the PCB, enhancing product reliability and life span of the product.


    pHScan 1/ 2 (Obsolete) >>
    Multi-point push button calibration with auto-buffer recognition and
    auto-temperature compensation
    .

    Range: -1.0 to 15.0 pH
    Resolution: 0.1 pH
    Accuracy: ±0.1 pH

    << The TDScan 1/ 2/ 3/ 4 & ORPScan (Obsolete)
    TDScan series provides full scale readout, so there’s no need for manual factor multiplication; ORPScan with wide platinium band on electrode for quick, stable, repeatable results.

    Range: 0 to 1990 uS/cm
    Resolution: 10 uS/cm
    Accuracy: ±2% full scale

    pHScan BNC and pHScan 3BNC (Obsolete) >>
    Small enough to fit in your pocket, and flexible enough to fit a wide range of pH electrodes.

    Range: 0.00 to 14.00 pH
    Resolution: 0.01 pH
    Accuracy: ±0.05 pH

    << TDScan 10 / 20/ 30/ 40 (Obsolete)
    Auto-ranging, fast and convenient during broad-range applications.

    Range: 0 to 1990 uS/cm ; 2.00 to 19.90 mS/cm
    Resolution: 10 uS ; 0.1 mS/cm
    Accuracy: ±2% full scale