Bruker S1 Titan 800

The Bruker S1 TITAN 800 is among the lightest (1.5 kg, including battery) handheld XRF analysers on the market today. The Bruker hand held analysers have dominated the alloy, museum and archaeology analysis for the last 3 decades and they have now extended this expertise to the mining and environmental industries.

The Bruker TITAN can analyse the elements from Mg to U and uniquely offers Mg Si and Al on their trace level Soil Calibration. Fast analysis speed and exceptional accuracy are two key attributes that help define the S1 TITAN. The Bruker S1 TITAN offers innovative features including: The TITAN Detector Shield™ giving the ultimate defence against punctured detectors, an integrated touch-screen colour display, 50 kV X-ray tube, SMART Grade™ timing, SharpBeam™ optimised X-ray geometry that reduces power requirements and increases battery life, Silicon Drift Detector (SDD), an extremely tough housing that is sealed against humid and dusty environments, and superior peltier cooling of the detector giving it durability in hot environments.

Alloy, gold and precious metals, bulk material (E‐scrap and catalytic converters), soil, mining, restricted materials, and customer specific.

Product Specifications

 

Excitation Source: Rh target X-ray tube, 4W. 6-50kV, 5-200μA, 5 filter positions.
Detector: FAST SDD® Typical resolution: < 145eV
 Power:  Li-Ion batteries or AC power
 Battery life: 4-6 hours depending on external conditions and usage
 Battery change:  Need to power down instrument
 Battery Recharge:  Battery recharge and calibrate station one battery at a time
 Connectivity:  USB cable, USB flashdrive, Bluetooth®.
 Data Download:  Direct to CSV file
 Weight of instrument:  1.5 Kg (including battery)

Application Modes

  • Element range: From Mg to U.
  • Phases: 2 Phases .1 at 45 KV, 1 at 15 KV
  • Method of Calculation: Compton Normalisation and mixed FP, Empirical
  • Recommended Phase times: 10-30 secs per Phase (depending on accuracy required)
  • Units: ppm recommended (also percent).
  • Applications: Geochemical Surveys, Exploration Drilling, Grade control, environmental soil screening, low level (<10%) elemental concentration in rock chips, core.
  • Element range: From Mg to U.
  • Phases: 2 Phases .1 at 45 KV, 1 at 15 KV
  • Method of Calculation: Fundamental Parameters and Empirical Calibrations
  • Recommended Phase times: 10-30 secs per Phase (depending on accuracy required)
  • Units: percent recommended (also ppm).
  • Applications: High level (>10%) elemental concentration in rock chips, core.
  • Element range: Selected elements from Al to Bi
  • Phases: 2 Phases. Phase 1 at 50KV, Phase 2 at 15KV
  • Test End Conditions: Maximum time, Action level (IEC guideline or user defined), Classification
  • Recommended times: 10-30 secs per phase (depending on accuracy required)
  • Units: ppm
  • Applications: RoHS/ WEE
  • Modes: Alloy, Alloy Smart Grade, Auxillary Alloys
  • Element Range: Selected elements from Mg to U 2 Phases
  • Recommended times: 1-30 secs per Phase (depending on accuracy required)
  • Units: ppm, Grade ID
  • Applications: Alloy Identification / Positive Material Identification (PMI), scrap metal sorting, API 578
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