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IONIX is a high-sensitivity analysis unit able to detect metal traces in different simple or complex matrixes. High speed to measure the potential variations, with their subsequent processing, allows to reach a high detectability level (often below ppb). Thus, very small metal traces can be accurately and repeatedly detected and quantified.
Unlike other similar techniques, analyses can be run on the ORIGINAL sample too, that is matrixes do not require any chemical or physical pre-treatment; moreover, samples are not destroyed during analyses. This makes IONIX particularly suitable for routine analyses and for use by non-particularly skilled operators. Spot on-site analyses can be performed thanks to its small compact size.
UPDATED TECHNIQUES:
-PSA (Anodic Stripping Analysis)
-CCSA (Constant current stripping analysis)
-DPS (Differential pulse)
-SWS (Square Wave)
-CYU (Cyclic Voltammetry)
HEAVY METALS AND OTHER ORGANIC COMPOUNDS DETECTABLE:
Aluminum - Antimony - Arsenic - Bismuth - Cadmium - Cobalt - Chromium - Iron - Gallium - Manganese - Mercury - Molybdenum - Nickel - Lead - Copper - Selenium - Tin - Thallium - Titanium
Uranium - Vanadium - Zinc.
NOTE: Detectability limits and actual analyzability of the heavy metals and other organic compouns listed above depend on the kind of matrix and treatment conditions (e.g. mineralization, reagents purity, laboratory environmental conditions, operator's skills).
GENERAL SPECIFICATIONS
Power supply: 115 -230 Vac +/-10% 50-60 Hz 35VA
Dimensions WxLxH: 200 x 230 x 350 mm
Weight:8.5 kg
Minimum PC Requirements
Processor: Pentium® III
System memory: 1Gb RAM (52Gb recommended)
Hard disk free space: 100 Mb
CD-ROM unit: Yes
Serial port: N° 2 serial ports (RS-232 or USB)
Monitor: VGA monitor (1280x1024) or more
Printer: Any Windows" compatible printer
Operating system: Microsoft® Windows" XP
ELECTRICAL SPECIFICATIONS
Output voltage: ±12V
Response time: d100µs
Output impedance: e100M&
Current ranges: ±2mA up to ±2nA
Resolution: 16 bit
Input voltage range: ±10V
Input impedance: ±1012 &
Input leakage current: d10pA
Input noise: d25µVpp
Analog-digital conversion
Potential range: ±4096 mV
Resolution: 16 bit (±125 µV)
Conversion speed: e100 K sample/s
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