Atomic Absorption Spectrophotometer Flame (AA)

　　Technical Parameters:

　　Wavelength range: 190～900nm

　　Spectral bandwidth: 0.1, 0.2, 07, 2.0nm four gears automatic switching

　　Wavelength accuracy: ±0.2nm

　　Wavelength repeatability: 0.2nm

　　Baseline drift: 0.0035A/30min

　　Background correction: deuterium lamp background correction, self-absorption background correction

　　Flame analysis

　　Characteristic concentration (Cu): ≤0.025ug/ml/1%

　　Precision (Cu): ≤0.5%

　　Detection limit (Cu): ≤0.008ug/ml)

　　Weight: 65kg

　　The function of this instrument is controlled by PC, and flame and graphite furnace can be selected flexibly. Unique optical mechanical design,

　　Safe and convenient flame system, advanced graphite furnace temperature control technology, and various conveniences provided by the workstation

　　Function to adapt to your pursuit of fully automated and accurate measurement results.

　　main feature:

　　Unique light path design

　　Reliable flame safety system

　　Four-lamp automatic turret system

　　Flame analysis system with compact structure

　　Multifunctional software workstation

　　Microcomputer fully automatic control operating system

　　Reliable flame safety system

　　Multi-protected flame atomization system

　　Efficient and sensitive flame atomization system

　　Integrated suspension type shock-absorbing optical platform design:

　　The shock resistance of the optical system is enhanced, and the mechanical deformation caused by temperature changes affects the optical system

　　The influence of the system is reduced, and the optical signal remains stable even with long-term use.

　　Various convenient functions are provided to adapt to your pursuit of automated and accurate measurement results.

　　The function of this instrument is controlled by PC, and flame and graphite furnace can be selected flexibly. Unique optical mechanical design,

　　Safe and convenient flame system, advanced graphite furnace temperature control technology, and various conveniences provided by the workstation

　　Function to adapt to your pursuit of fully automated and accurate measurement results.