Power and Performance in a Portable Package
For those who demand benchtop analytical power with the ease of portability, Innov-X offers the field-rugged, closed-beam X-5000 for on-site analysis in virtually any environment. The X-5000 offers true portability with a high level of power and performance; our advanced 3-beam (kV-mA-filter settings) method and the latest in detector technology - an innovative, large area Silicon Drift Detector (SDD), used and tested extensively in high-end laboratory based instrumentation. Use it as your primary XRF analyzer, your lab XRF back up, your screening tool or your field inspection XRF system.

Il X-5000 è offerto con due scelte differenti per l'anodo del tubo di raggi X. Una configurazione con anodo del tubo di raggi X a Ta - tantalio è utilizzata per la sensibilità eccellente nella misura dei metalli di transizione 25+ compresi Cd, AG, Au, Pb, Cr e perfino le terre rare. Una configurazione (Rh) dell'anodo in rhodio è offerta quando l'applicazione richiede l'analisi ottimizzata degli elementi leggeri compresi Al, Si, S, Mg e P, cosi come parte dei metalli di transizione.
All X-5000 mobile systems are equipped with an industrial grade X-ray Fluorescence analyzer high resolution detector system (<165 eV FWHM at 5.95 keV Mn spectral line); 50 KeV, 10 W Tantalum X-ray Tube, Adjustable; Windows based Pentium Computer with pre-loaded analytical software; AC Adapter, User Manual, Quickstart Guide, 316 Stainless Steel standardization coupon and check standards (depending on mode); Rugged shipping/carrying case; Factory Authorized Radiation Safety Training & Start Up Assistance.
The X-5000 can be configured with any or all of the following calibration modes: Soil, Mining, Alloy, Fluids and Consumer Goods.
Available Accessories
Sample Guide/Holder
Attaches to the X-5000 deck to accurately place soil sample cups and securely hold bottles for liquid samples
Secondary spill containment for liquids
Optional Battery, Battery Charger / AC Adapter
X 5000 XRF Portabile
X 5000 XRF Portabile: Determinazione del S nei prodotti petroliferi