ElvaX RoHS Mini

By Elvatech

RoHS The RoHS directive that came into force in 2006 in the EU controls the use of toxic elements (Pb, Hg, Cd, Cr, Br) in electrical and electronic equipment, lighting equipment, power tools, children's toys and other consumer products. X-ray fluorescence analysis, being a non-destructive analysis method, is excellent for testing for compliance with the RoHS directive, because it allows detecting heavy metals in very low concentrations (from 1 ppm) and has a high accuracy of measurement. The ElvaX RoHS analyzer is used to test consumer products for compliance with the RoHS directive. One of the key features of ElvaX RoHS is automatic chlorine correction of calibration, which takes into account the influence of chlorine content in plastics on measurement of heavy metals. This allows for the use of a single calibration to test objects made of various plastics (PVC, PE, etc.) and to avoid possible errors when analyzing products made of unknown materials. Another important feature of the analyzer is automatic correction of the effect of material thickness on the analysis results. SENSITIVITY Thanks to a highly sensitive SOD detector, the instrument allows to detect hazardous elements in concentrations ten times lower than the minimum acceptable by the RoHS directive. SPEED Thanks to the high speed of the digital pulse processor with the DAS technology and a specially designed conversion filter for simultaneous determination of Cr, Br, Hg and Pb, the entire measurement process takes less than a minute. FUNCTIONALITY Video camera, 5-position collimator changer from 1 to 10 mm, built-in computer and printer, possibility of full-featured operation when connected to a PC. Digix-,o digital x-ray generator (optional digiX-50) Anode: W Voltage: 40 kV [50 kV] Current: 200 μA Power: 4 W (5 W) 6-position collimator changer from 1 to 10 mm Detector Type: Fast SOD[Si-PIN option] Area: 30 mm 2 [6 mm 2 for Si-PIN] Resolution: <140 eV [<185 eV for Si-PIN]on the Mn Ka line Electronics OPP: DAS [Dynamically Adaptive Shaping] General Dimensions: 280 x 385 x 200 mm Analytical chamber: 185 x 212 x 90 mm Weight: 7 kg Power supply: 90 - 240 V, 50/60 Hz Power Consumption: 40 W Battery: 6 hours of continuous operation Thermal printer: optional Software Operating System: Windows CE Quantitative Analysis: Fundamental Parameters Method[FPA]. Empirical Calibrations Interfaces Data transfer: 2 USB ports, Micro SD card, Ethernet Data input: touch screen, keyboard, mouse