Overview
The YOKE FP6450 Flame photometer is a FP series analytical instrument with a small and delicate Appearance. The instrument uses dual-channel LED digital display with 4-digit digital tubes per channel for clear readings. It uses liquefied petroleum gas as fuel, has a unique ignition gas circuit and button-type automatic ignition function, and ignites quickly and reliably. The instrument has the ability to detect potassium and sodium simultaneously, and supports lithium calcium detection function. The sample volume is small and the Sensitivity is high.
Features
1. Appearance is small, exquisite and beautiful.
2. Dual-channel LED digital display with 4 digits per channel, with clear readings.
3. Unique ignition gas path, push-button automatic ignition, fast and reliable ignition.
4. Potassium and sodium can be detected simultaneously, with the detection function of lithium calcium.
5. Silicon Photocell, photovoltaic cell detection, accurate and stable measurement results.
6. Small sample size, High Sensitivity.
7. Using liquefied petroleum gas as fuel, easy to use.
8. With flameout protection function, the performance is safe and reliable.
Principle
The Flame photometer works based on the principle of flame photometry. After the sample solution is atomized, it enters the gas flame, and the atoms of the elements to be measured (such as potassium and sodium) are excited in the flame, emitting characteristic spectral lines of specific wavelengths. The instrument splits light through an Interference filter to separate the characteristic spectral lines of the elements to be measured, and uses silicon Photocells and photovoltaic cells to detect the intensity of the light signal. The light signal is converted into an electrical signal, which is displayed in digital form after processing, and its intensity is proportional to the concentration of the elements in the sample, so as to achieve quantitative analysis.
Applications
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Standards
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Steps
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Notice
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