Fluorescence X-ray Spectrometer System ZSX Series - Rigaku

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$The New Standard of X-ray Diffractometer: MultiFlex - Rigaku$

Fig. 4. CCD Picture of Granite Sample and Comparison Chart. of the r-2 stage makes it possible to perform measurements at the maximum X-ray intensity position even for small diameter samples. And, when used with the CCD camera, this r-2 stage is especially effective for mapping processing by CCD viewing as well as for the analysis of a faulty portion on the sample. Figure 4 shows the point analysis result of a rock by the use of the r-2 stage along with the CCD camera. 6. Software The ZSX software incorporates Rigaku's longaccumulated experience and expertise in X-ray spectrometry analysis with cutting edge technology. It is so easy to use that even a novice can quickly use it correctly. The ZSX software configuration is shown below. 6.1. SQX(ScanQuantX) Software for computation covering qualitative analysis through semiquantitative values. 6.2. EZ scan Sophisticated SQX analysis can be performed with five easy steps. 6.3. Application packages Turnkey solutions for a variety of applications. These packages include standards set-up, optimal calibration curves and program check standards. 6.4. Application templates The user is guided along the analysis with templates that incorporate steps from sample pretreatment methods to measuring conditions up to control samples. 6.5. Universal standard samples A database of commercially available standard reference samples is already in place. No additional data entry work is necessary. 6.6. Fixed-precision measurement If a required precision is entered, the analysis is carried out with the optimized measurement time for each of the unknown samples. 6.7. Energy saving function The X-ray output can be automatically reduced according to the amount of instrument idle time. 6.8. Automatic program run This provides system ON/OFF, resumption after power failure, auto aging, PR gas flow control, etc. 6.9. Decision on material Retrieval of standards is made, such as the JIS (Japanese Industrial Standard), for instance. 6. 10. E-mail transfer The analysis result, an error message, or other information can be e-mailed. 6. 11. Remote control Remote-control operation can be made using LAN. 6.12. Remote diagnosis Diagnosis of the system status can be made from the Rigaku service station through e-mail. 6.13. Automatic selection of sample diameter Automatic setting of the optimum area limiting diaphragm is performed for a given sample diameter. Vol. 16 No. 2 1999 61
Fig. 5. ZSX Software Configuration 7. Configuration, Specification X-ray generator ZSX100e ZSX101e ZSX100s ZSX101s Rated voltage & current Voltage: 60 kV Current: 150 mA (rkW spec.) 100 mA or 80 mA (ekW spec.) (Upper limit of current value differs depending on the tube type). Voltage: 60 kV Current: 80 mA Max. Continuous Output 4 kW or 3 kW 3 kW Stability "0.005% (for input variation "10% Control Safety device (standard), energy saving run (standard), automatic program run (optional) X-ray spectrometer assembly X-ray tube Sample changer End window type Single target: Rh, W, Mo (3kW) Cr (2.4 kW) Thin window type: Rh (3kW, 4kW) Micro analysis handling type: Rh (4kW) Dual target: Rh/Cr (3/2.4 kW), Rh/W (3/3 kW) One sample feed, 12-turret, ASC48 Side window type Single target: Rh, Cr, W, Mo, Au (3kW) Sample chamber Sample inlet: Air lock system Sample chamber inside turret: 2 positions with sample detector Sample size: 51 mm N x 30 mm H max. (ZSX100e/100s) 51 mm N x 46 mm H max. (ZSX 101e/101s) Stage Spinner or r-2 driving Spinner Primary beam filter Select from Ti, Al, CU, Zr (2 kinds), and Fe One kind selectable from Ti, Al, Cu, Zr 62 The Rigaku Journal
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Fluorescence X-ray Spectrometer System ZSX Series - Rigaku

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