Atomic Absorption Spectrophotometer

Atomic Absorption Spectrophotometer As analyses have diversified in recent years, instruments have been engineered with more diverse functionality and become more sophisticated. This sophistication often makes the instruments difficult to master. Despite these developments, atomic absorption spectrophotometers must be simple and easy for analysts to operate, allowing them to use the instrument instantly whenever needed, with complete ease. •Minimal delay before starting analysis •Easy-to-understand operation •Large enough to provide immediate access to operable sites In addition, it is important...

A Compact Atomic Absorption Spectrophotometer Created from Shimadzu's Double-Beam Technology PC Software Fully Supports the Analysis Process Double-Beam Optical System Improves the S/N Ratio The Windows-compatible software is loaded with Long-term baseline stability is indispensable for functions that strongly support the analysis process flame analysis. Our high-performance double-beam for everyone, from those unfamiliar with atomic optical system provides a stable baseline. absorption analysis to experts. It is designed to minimize lamp energy loss, so the S/N ratio is significantly improved...

The Wizard Function Simplifies Operations with Windows The Wizard function guides you through all analysis setting procedures, including instrument setup and measurement parameter setup. Simply follow the onscreen instructions in each Wizard window. When finished, click [Next >] to proceed to the next window. The figure on the right shows the element selection window, where you can select multiple elements. Clicking [Next >] guides you to ... ... the editing window for calibration curve parameters and sample preparation conditions. Select the element to edit, and click [Edit...] to display the...

When the conditions have been set, establish the transmission connection between the instrument and PC. Click [Next >] to proceed to the next window. The monochromator setup window is displayed. The analytical wavelength and lamp current value for the element to be measured are read in automatically. Follow the Wizard instructions to configure the instrument settings, including those for line searches and lamp positioning in order to make full use of the lamp energy. To warm up the hollow cathode lamp for the element for the next analysis, click [Warmup Lamp...]. When the monochromator settings...

User-Friendly, All-in-One Operation Window Real-Time Signal Monitor Function, Large Enough to See Easily The real-time signal is monitored with both digital and graphical displays. Signal Profile Display, Always Visible Displays data for the last four measurements. All the signals are recorded, and can be redisplayed at any time. The signals can also be overlapped. Calibration Curve Display Pane for Visually Determining Sample Concentrations During Measurements Displays the calibration curve in use during the analysis. The concentration of an unknown sample being measured can be intuitively determined....

Help Function with Electronic Instruction Manual Click [Help] on the menu bar and type keywords to search for explanations related to operational methods and parameter settings. The information you need can be found easily and instantly, more conveniently than with paper instruction manuals. Advanced Data Processing QA/QC Functions Provided as Standard •The QA/QC sequence can be checked in the MRT worksheet, just like the ordinary sequence. •You can select what to do if the measured values are nonstandard. ([Stop Measurement] or [Mark and Continue]) AA-6200 Atomic Absorption Spectrophotometer

High-Performance Double-Beam Photometric System Monochromator Chopper mirror Reference beam Sample beam Hollow cathode lamp Superior Baseline Stability New System Improves the S/N Ratio The double-beam photometric system of the AA-6200 The double-beam optical system utilizes a chopper mirror, compares the sample beam and reference beam in order to which minimizes loss of light energy from the light source. automatically remove any fluctuations in light energy from The S/N ratio is significantly improved in comparison with conventional optical systems utilizing a beam splitter and This ensures...

Special Accessories ASC-6100F Autosampler (P/N: 206-50100-30) Connect this autosampler to the AA-6200 to enable continuous measurements of up to 60 samples per element. This saves on labor for routine analyses. Control : Communication control with the AA via RS-232C Functions : Zero-point detection, auto rinse, self-diagnosis, random access Number of reagent/sample positions : 8 for reagents; 60 for samples Volume : 40 mL for reagent vials; 16 mL for sample test tubes Cleaning bottle :2L HVG-1 Hydride Vapor Generator (P/N: 206-17143-XX) In environmental standards, the hydride generation method...

Optional Accessories and Related Products High-Temperature Burner Head (P/N: ・ Made of titanium, with a 5-cm slot for N2O-C2H 2 flame ・ Extremely corrosion-resistant ・ Can also be used for Air-C2H2 flame Hollow Cathode Lamps (P/N: 200-38422-XX) This is utilized when background correction is not performed, or when the deuterium (D 2) lamp method is employed. ・ Single-element lamps (L-233 Series) Ag, Al, As, Au, B, Ba, Be, Bi, Ca, Cd, Co, Cr, Cs, Cu, Dy, Er, Eu, Fe, Ga, Gd, Ge, Hf, Hg, Ho, In, Ir, K, La, Li, Lu, Mg, Mn, Mo, Na, Nb, Nd, Ni, Os, Pb, Pd, Pr, Pt, Rb, Re, Rh, Ru, Sb, Sc, Se, Si, Sm,...

Specifications AA-6200 Rotational manual adjustment; fixed up/down and back/forward Burner position Photometric system Double-beam system (using chopper mirror) Aberration-corrected Czerny-Turner monochromator Diffraction grating Holographic grating Wavelength range Slit width 0.2 nm, 0.7 nm; two-stage manual switching Wavelength drive Automatic; automatic wavelength setting via the line search function Flame monitor for detecting flame burnout Background correction Deuterium lamp method Mechanism for preventing incorrect use of the burner (adjustment not required) Manual flow rate setting Automatic...