Atomic Absorption Spectrophotometer AA4530F
Standard AccessoriesPC workstation
HP inkjet printer
Oil free Air compressor
Acetylene reducing valve
Cu Hollow cathode lamp
Air filter
Technical data:
Flame system
Graphite furnace
| Wavelength range | 190 – 900nm |
| Spectral bandwidth | 0.1, 0.2, 0.4, 1.0 and 2.0nm |
| Accuracy of the wavelength | ±0.15nm |
| Receptivity of the wavelength | ≤0.04nm |
| Base line stability | ≤0.002A/30min (Cu) |
| Characteristic viscosity | 0.02μg/ml/1% (Cu) |
| Checking limit | 0.004μg/ml (Cu) |
| Preciseness | 0.5% |
| Grating | 1800 lines/mm |
| Inflamer | All-metal titanium burner |
| Atomizer | Effective glass atomizer |
| Lamp stand | 8 |
| D2 background correction ability | When the background is 1 A, the background ability should be deducted not less than 50 times; self absorption background deduction method |
| Size and weight | 700mm×550mm×450mm 75Kg |
| Power source | 220V±22V AC |
Flame system
| Acetylene air burner | 100mm |
| Ignition dynamic baseline drift | ≤0.006A/30min |
| (Cu) Characteristic viscosity | ≤0.025μg/ml/1% |
| Related standard deviation of the accuracy | ≤0.5%(Cu, absorbance＞0.8A) (detection limit Cu≤0.008μg/ml) |
| Safety system | Can automatically cut off the gas when the pressure is not enough, the power is off, flameout and unconformity of the burner. |
Graphite furnace
| The highest temperature | 3000℃ |
| The largest temperature rising speed | ≥2000℃/S |
| Characteristic quantity | Cd≤0.5×10-12g Cu≤0.5×10-11g |
| Accuracy | Cu≤3% Cd≤3% |
| Size and weight | 550mm×450mm×300mm 65Kg |
| Safety system | Over current protection Low air pressure alarm / protection Low cooling water flow alarm/protection |
| Power source and power | 220V±22V AC 7000W |
Standard Accessories
PC workstation
HP inkjet printer
Oil free Air compressor
Acetylene reducing valve
Cu Hollow cathode lamp
Air filter
Optional accessories
Hollow cathode lamp
Graphite tubes
Recirculating cooling water system
PC workstation
HP inkjet printer
Oil free Air compressor
Acetylene reducing valve
Cu Hollow cathode lamp
Air filter
Optional accessories
Hollow cathode lamp
Graphite tubes
Recirculating cooling water system
1. Completely controlled by PC, can flexibly select the flame and graphite furnace atomizer (optional).
2. Integrated floated optical platform design can obviously improve the optical system shock resistance and keep stable though use the optical signal for a long term.
3. Eight light stands can be changed automatically and preheat the eight lights meantime as well as optimize the working condition of the hollow cathode lamp.
4. Position adjusting: the best height of the flame burner and can automatically set the front and rear positions.
5. Fully automated wavelength scanning and peak searching.
6. Complete safety chains protection equipment: the function of warning and automatic safety protection towards the wrong burner, leakage of the gas, under voltage of air and the abnormal flameout.
7. Deuterium lamp and self-absorption background regulation
8. Data processing: super strong database, possesses more than 500 data self-storage and cut-off storage function, can store the analyzed result with the form of EXCEL and the testing method and the result can be randomly called.
9. Measuring method: flame absorption method and emission method.
10. Result printing: parameter printing, data result printing and diagram printing.
2. Integrated floated optical platform design can obviously improve the optical system shock resistance and keep stable though use the optical signal for a long term.
3. Eight light stands can be changed automatically and preheat the eight lights meantime as well as optimize the working condition of the hollow cathode lamp.
4. Position adjusting: the best height of the flame burner and can automatically set the front and rear positions.
5. Fully automated wavelength scanning and peak searching.
6. Complete safety chains protection equipment: the function of warning and automatic safety protection towards the wrong burner, leakage of the gas, under voltage of air and the abnormal flameout.
7. Deuterium lamp and self-absorption background regulation
8. Data processing: super strong database, possesses more than 500 data self-storage and cut-off storage function, can store the analyzed result with the form of EXCEL and the testing method and the result can be randomly called.
9. Measuring method: flame absorption method and emission method.
10. Result printing: parameter printing, data result printing and diagram printing.
Complete automatic controlling system
With the help of the software, the following can be easily achieved
1.Selection of the element lamp
2.Up-down-front-rear adjustment of the lifter
3.Adjustment of the optical energy
4.Selection of the slit
5.Determination of wavelength scanning and peak searching
6.Selection of the atomizer
7.Setting of the background deduction method
8.Controlling of the gas flow
9.Automatic flaming and flaming out
10.Setting of the graphite furnace testing method
Advanced graphite furnace temperature controlling technology
1.The bringing in of PID technology can effectively overcome the influence on the temperature rising process caused by the voltage fluctuation and the resistance change to make more accurate controlling process. The combination of the 3ms/time fast sampling technique can make more accurate and reliable testing data
2.The fast heating capacity can improve the flexibility of the elements further
3.Use the ordinary power source of 220V without need of dynamic power of 380V
4.The maximum procedure heating capacity setting of 20 levels can make a more convenient and easier test of different samples
5.Three grades adjustable gas flow can accustom to more application needs
6.Can timely alarm when the gas and water is stopped and insufficient gas and water, can avoid the equipment damage and measuring error
With the help of the software, the following can be easily achieved
1.Selection of the element lamp
2.Up-down-front-rear adjustment of the lifter
3.Adjustment of the optical energy
4.Selection of the slit
5.Determination of wavelength scanning and peak searching
6.Selection of the atomizer
7.Setting of the background deduction method
8.Controlling of the gas flow
9.Automatic flaming and flaming out
10.Setting of the graphite furnace testing method
Advanced graphite furnace temperature controlling technology
1.The bringing in of PID technology can effectively overcome the influence on the temperature rising process caused by the voltage fluctuation and the resistance change to make more accurate controlling process. The combination of the 3ms/time fast sampling technique can make more accurate and reliable testing data
2.The fast heating capacity can improve the flexibility of the elements further
3.Use the ordinary power source of 220V without need of dynamic power of 380V
4.The maximum procedure heating capacity setting of 20 levels can make a more convenient and easier test of different samples
5.Three grades adjustable gas flow can accustom to more application needs
6.Can timely alarm when the gas and water is stopped and insufficient gas and water, can avoid the equipment damage and measuring error
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