S1 TITAN

The S1 TITAN offers unique features such as the TITAN detector shield™, which protects your detector even during analysis.  It is also possible to custom calibrate your exact matrix, greatly improving the precision and accuracy of your results. The S1 Titan uses patent-pending SharpBeam™ technology, which optimises the detector and tube geometry.  This optimised geometry has benefits such as: reducing power requirements, reducing weight, improving measurement precision, improving detection limits and increasing battery life. This is among the lightest (1.5 kg, including battery) tube-based portable XRF analysers on the market today.
  • Product Specifications
    For Individual Specifications - Refer to Models
    Calibration Range32-37 Elements
    Weight1.5kg with battery
    Dimensions25 x 28 x 9cm
    DetectorFAST SDD and Standard SDD
    Collimator options5mm Standard; 8mm or 3mm Optional
    X-Ray Tube5 Position motorised filter changer or Optimised fixed filter
    Sample TemperatureDefault to 150 degrees with Ultralene window. Up to 500 degrees with Kapton window and hot surface adaptor
    Integrated CameraIncluded on 800, Optional on 600. Not available on 500
  • Models

    The TITAN 800 model is our highest specification model in the TITAN series. We recommend this model for exploration and mining alloys or environmental analysis where you are looking for sensitivity to light elements. Specifically, this model excels at targeting the light elements for custom calibrations.

    Features of the S1 Titan 800:

    • a FAST SDD® detector
    • TITAN Detector Shield™
    • a 5mm standard spot size, with 8 or 3mm optional
    • 5 position automatic filter changer
    • patented SharpBeam® beam path
    • elemental range Mg(12) – U(92)
    • Colour CMOS Camera as standard
    • Rh target X-ray tube, 4W excitation source, 6-50 kV, 5-200mA

    The TITAN 600 model is our second highest specification model in the TITAN series. It is less sensitive than the 800 model, however it still is capable of detecting the same light elements. We recommend this model for mining applications, RoHs, environmental soils, or PMI needing light element capability.

    Features of the S1 Titan 600:

    • FAST SDD® detector
    • TITAN Detector Shield™
    • 5mm standard spot size
    • 5 position automatic filter changer
    • patented SharpBeam® beam path
    • Elemental range Mg(12) – U(92)
    • Optional Colour CMOS Camera
    • Rh target X-ray tube, 4W excitation source, 15-50 kV, 5-100mA

    The TITAN 500 model is recommended for PMI applications where light element (LE) capability is not required.

    Features of the S1 Titan 500:

    • An SDD detector
    • TITAN Detector Shield™
    • 5mm standard spot size
    • Fixed filter
    • Patented SharpBeam® beam path
    • Elemental range of Ti – U
    • Rh target X-ray tube, 4W excitation source, fixed current 40kV

    The TITAN 300 model is recommended for PMI applications where light element (LE) capability is not required.

    Features of the S1 Titan 300:

    • SiPIN diode detector
    • 5mm standard spot size
    • TITAN Detector Shield™
    • Five position motorized filter changer
    • Rh target X-ray tube, 4W excitation source, fixed current 40kV
    • Elemental range of CI – U
  • Application Modes
    • Element range: Selected elements from Mg to U (3 Phases)
    • Phases: 3 Phases. Phase 1 at 30KV, Phase 2 at 50kV, Phase 3 at 15kV
    • Recommended Analysis Time: 20 seconds per Phase
    • Units: PPM (recommended) and Percent
    • Applications: Geochemical Surveys, Exploration Drilling, Grade control, Environmental Soil Screening, Elemental Concentration in Rock Chips, Core.
    • Element Range: Selected elements from Mg to Bi (2 Phases)
    • Phases: 2 Phases. Phase 1 at 40kV, Phase 2 at 15kV
    • Recommended Analysis Time: 15-30 seconds per Phase
    • Units: Percent & Grade ID
    • Applications: Alloy Identification / Positive Material Identification (PMI), Scrap Metal Sorting

    Available on S1 Titan 600, 800

    • Element Range: Selected elements from Mg to Bi (2 Phases)
    • Phases: 2 Phases. Phase 1 at 40kV, Phase 2 at 15kV
    • Recommended Analysis Time: 15-30 seconds per Phase
    • Units: Percent & Grade ID
    • Applications: Alloy Identification / Positive Material Identification (PMI), Scrap Metal Sorting
    • Element range: Selected elements from Ti to Pb (1 Phase)
    • Phases: 1 Phase. Phase 1 at 40KV
    • Recommended Analysis Time: 15-30 seconds per Phase
    • Units: Percent & Grade ID (karat)
    • Applications: Jewellery
    • Element range: Selected elements from Al to Bi (2 Phases)
    • Phases: 2 Phases. Phase 1 at 50KV, Phase 2 at 15KV
    • Recommended Analysis Time: 15-30 seconds per Phase
    • Units: PPM
    • Applications: RoHS (Restriction of Hazardous Substances) / WEEE (Waste Electrical & Electronic Equipment)
    • Element range: Pb (1 Phase)
    • Phases: 1 Phase. Phase 1 at 40KV
    • Recommended Analysis Time: 30-60 seconds per Phase
    • Units: mg/cm2
    • Applications: Lead in Paint Testing
    • Element range: Selected Elements from Mg to Th (2 Phases)
    • Phases: 2 Phases. Phase 1 at 50KV, Phase 2 at 15kV
    • Recommended Analysis Time: 30 seconds per Phase
    • Units: PPM
    • Applications: Food Safety, Food Quality, Foreign Body Investigation (FBI)
    • Element range: Selected Elements from Mg to Pb (2 Phases)
    • Phases: 2 Phases. Phase 1 at 50KV, Phase 2 at 15kV
    • Recommended Analysis Time: 30 seconds per Phase
    • Units: PPM
    • Applications: Plant Materials (Dried and Powdered)

Related Products

Enquire Now

Keywords: