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Atomic Fluorescence Spectrometer With High Efficiency Two-Stage Gas-Liquid Separator
Applications:
Agricultural
Public health
Pharmaceutical
metallurgical
Food and beverage
Clinical
Geological
Petrochemical
Specifications:
| Sample Automisation | |
| Atomizer | Quartz furnace tube with auto ignition |
| Furnace heating | Computer controlled heating |
| Hydride generator | Continuous flow high performance for cold-vapour mercury and hydride determinations of As, Se, Te, Bi, Sb, Sn, Zn, Pb, Cd, Ge |
| Gas requirement | High purity argon gas (99.99%) 30psi |
| Sample and Delivery | |
| Carrier and Reagent Delivery Gas/Liquid Separator | Gas pressure driven system High efficiency gas/ liquid separator with magnetic stirring and Peltier cooling |
| Optics | |
| Optical design | Short focal length, non-dispersive double beam |
| Light source | 3 channel simultaneous element analysis using computer controlled. Modulated and pulsed, hollow cathode light source |
| baseline stability | <1.5% |
| baseline Noise | <1.5% |
| Linear range | >10 |
| Operating System | |
| Interface | USB,RS232 |
| Operating Software | PFWin software |
| Safety | Gas alarm for low pressure and flow |
| Power requirements | 100-240V 50/60hz 300VA |
| Dimensions | 60x57x45cm |
The Atomic Fluorescence Spectroscopy (AFS) technique is widely used for determination of hydride forming elements and Mercury analysis. The technique provides an alternative to the conventional method of connecting a hydride generator to an Atomic Absorption Spectrophotometer (AAS). Due to the high intensity Hollow Cathode lamp source and low baseline noise offered by this technique, the usable sensitivity is greatly improved offering very low detection limits (ppt).
The AFS instrument fulfils the analysis by means of simultaneous detection, accurate sample introduction and stable furnace temperature control complementing the more widely used AAS flame/graphite systems.
Standard Features
Light Source
- High intensity hollow cathode lamps for improved sensitivity and stability.
- Pre-aligned lamp assemblies for trouble free installation.
- All lamps are uniquely data coded offering important information to the PF Win operating software.
- l Up to 3 lamps can be installed for simultaneous analysis.
Optical System
- Double beam optical system to eliminate drift from the light source and the detector.
- Shielded optical design greatly reducing light interference.
- Enhanced signal to noise ratio for increased analytical sensitivity.
- Unique optical configuration for increased Fluorescence intensity. Up to twice the intensity found in traditional AFS systems.
- High Quantum Solar Blind detector fitted as standard toensure optimum stability.
Atomiser System
- High precision quartz tube designed for optimum performance, durability and long life.
- Adjustable height control for improved optimisation.
- Integrated 2 stage, fully sealed, fum
High Efficiency Atomic Fluorescence Spectrometer With Two-Stage Gas-Liquid Separator
