Integral solution consists of a MAES analyser, spectrum excitation source and other additional devices.
Flaming spectrometer is designed for rapid detection of a wide range of concentrations (up to eight orders of magnitude) of sodium, lithium, potassium, calcium, barium, cesium, rubidium in technological solutions. Excitation of the atoms is conducted in the air-acetylene flame.
The device consists of 3-slit burner with flame control, pneumatic spray, spray chamber, optical radiation transit to "Kolibri-2" spectrometer and the automatic air and acetylene supply, with the ability to control and adjust the gas flow.
3-slit burner provides increased flame temperature over the central slot of the burner due to the outer layers of the flame. This makes it possible to detect low concentrations of calcium and barium. It remains possible to determine the impurities in high-concentrated solutions without clogging the burner slots.
Spectrometer futures mirror-lens lighting system, thereby radiation collected and transmitted to a polychromator is from both sides of the burner.
Technical specifications |
|
Wavelength range, nm |
390 ÷ 860 |
Amount of measuring channels |
2612 |
Spectrum resolution, nm |
0,8 |
Detectable concentrations range, mg/dm3 |
0,001 ÷ 105 |
Acetylene flow, litres/min |
0,4 ÷ 0,5 |
Air inlet pressure, not exceeding, kPa |
400 |
Acetylene inlet pressure, not exceeding, kPa |
150 |
Type of control |
computer, manual |
Power souce, V |
220 |
Power consumption, not exceeding, W |
100 |
Dimension, mm |
500x400x400 |
Weight, kg |
20 |
Features
The spray chamber and burner are made of chemically resistant alloy allows for the analysis of highly concentrated solutions of lithium.
The small dimensions of device allow its desktop layout.
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