ARTUS 10

ARTUS 10

The ARTUS 10 is the first direct reading spectrometer using CMOS and thermoelectric cooling technology. It is the ideal spectrometer for industries that process incoming steel, non-ferrous, unknown and composite metals material for in-process testing and final quality control. It meets the needs of users looking for a high-end solution.
  • The ARTUS 10 is the first direct reading spectrometer using CMOS and thermoelectric cooling technology. It is the ideal spectrometer for industries that process incoming steel, non-ferrous, unknown and composite metals material for in-process testing and final quality control. It meets the needs of users looking for a high-end solution.

  • Weight and Dimensions

    Weight: 90kg

    Packing Weight: 140kg

    Instrument Size: 706 x 513 x 810mm

    Packing Size: 980 x 990 x 770mm

    Electrical Requirements

    Line input 90 to 260 Volts AC 50-60 Hz. Automatic voltage stabilisation.

    Environmental Requirements

    Operating temperature 10 to 30 degrees C

    Storage temperature -0 to 70 degrees C

    Other Technical Parameters

    Optical System: Paschen-Runge

    Wavelength Range: ARTUS 10 Ultimate Plus: 130 – 700nm (with TEC option for better detection analysis of purer materials)

    ARTUS 10 Ultimate: 130 – 700nm

    ARTUS 10 Standard: 170 – 700nm

    ARTUS 10 Basic: 200 – 700nm

    Peak Power: 1200W

    Working Humidity: (20-80) %RH

    Argon Purity Requirements: approx. 99.999%

    Argon Inlet Pressure: (0.45-0.65) MPa

    Argon Flow: approx. 3.0L/min

    Excitation Table Aperture: 13mm

     

     

     

     

    • Very useful for customers with mass detection requirements for steel, casting, non-ferrous, unknown and composite metals material.
    • The test time is short and the single analysis time of some metals can be as short as 10 seconds.
    • Powerful Aberrant Spark Removed (ASR) technology removes aberrant sparks and reduces sample preparation requirements.
    • The argon-filled dual optical cell design ensures high analysis performance of long and short-wave elements and avoids pollution and drift caused by the vacuum system.
    • Excellent combination of hardware and algorithms; no drift correction; more stable.
    • Detection efficiency is improved and argon gas is saved by more than 2/3.
    • Newly added “clasping type” electrode fixture makes it simple for maintenance.
    • One-click excitation; easy to use.
    • Spectrometer, internet and A-care service enables recognition of the cloud interconnection, instant automatic notification of device anomalies, remote software upgrade, maintenance and feedback.
    • Functional module graphical design and software operation is simple and more user friendly.
    • Graphical display of the status of each module of the instrument helps to clearly judge the operation of the equipment.
    • Switching the sample control type does not require reloading the model.
    • Single interface for daily operations.

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