Spectral bandwidth is automated with a choice between spectral bandwidth 0.1, 0.2, 0.4, 1.0, 2.0nm (5 steps, automatic changeover).
Fully automated. Flame and graphite furnace is integrated into one instrument.
The change over from one technique to another is carried out by simple key strokes within the software.
Motorised 8 hallow-cathode lamp turret allows the automatic positioning and optimization of each hallow cathode lamp by the software.
Horizontally heated platform graphite tube. The unique design reduces the chemical interference effects and memory effects by uniformly heating the graphite electrode.
Optical temperature during the atomization stage ensures rapid heating and rapid analysis. This helps to extend the life of the graphite tube and enhance the analytical accuracy.
Flame conditions are continuously monitored and an audible alarm sounds if flow rates change.
Support gas (oxidant) pressure is constantly monitored. Fuel gas is stopped and the flame extinguished if the pressure changes.
A sensor monitors the level of liquid in the drain and will prevent ignition if it is too low. The flame will also be extinguished of the level of liquid in the drain change significantly.
Graphite furnace argon pressure is constantly monitored and the heating cycle of the graphite electrode will stop and be de-energised if the pressure changes.
Cooling water flow rates are also monitored for change and the heating program will stop if changes occur.