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Model | AA-7000 Series |
---|---|
Type | Atomic Absorption Spectrophotometer |
Wavelength Range | 185 to 900 nm |
Detector | Photomultiplier tube |
Flame Method | Air-Acetylene, Nitrous Oxide-Acetylene |
Monochromator | Czerny-Turner mounting |
Light Source | Hollow Cathode Lamp, Deuterium Lamp |
Graphite Furnace Method | Available |
Background Correction | Deuterium lamp and self-reversal method |
Atomization Method | Flame, Graphite Furnace |
Graphite Furnace Heating Program | 20 steps |
Safety Features | Gas leak detector, flame sensor, over-temperature protection |
Optical System | Double-beam |
Sample Introduction | Nebulizer for flame, Autosampler for graphite furnace (optional) |
Data Output | USB |
Power Supply | AC 100V to 240V, 50/60 Hz |
Spectral Bandwidth | 0.2, 0.5, 1.0, 2.0 nm (automatic switching) |
Focuses on advanced flame analysis capabilities of the AA-7000 series.
Highlights superior sensitivity in furnace analysis for the AA-7000 series.
Discusses the integrated burner and furnace system for versatile analysis.
Covers the safety features incorporated into the AA-7000 series instruments.
Describes the 3D double-beam optics for superior measurement stability.
Highlights the system's stability and sensitivity in flame analysis.
Details enhanced sensitivity and lower detection limits in furnace analysis.
Covers the standard safety mechanisms like vibration sensors and gas leak detectors.
Details automatic flame extinction by vibration and multimode gas leak checks.
Explains the SR method for accurate background correction in complex samples.
Explains the Wizard functions for easy condition setting by novices.
Details compliance features with WizAArd and CLASS-Agent for data management.
Covers system policy, user administration, and log browser for comprehensive data management.
Explains QA/QC functions for accuracy management and hardware validation.
Lists accessories for high-sensitivity analysis like hydride vapor generators.
Covers basic specs, optics, data processing, power, and environmental requirements for the main unit.