Flame Photometer FP2070

Introduction

Flame Photometer performs chemical analysis of alkali metals depending on their emission spectra. Calibrated device determines concentration of metals in the sample efficiently. Designed with 7-inch colour touch screen to display concentration values conveniently. Enables selection of different concentration units and allows pre- selection of flame sizes.

Applications

Flame Photometer is widely used for quantitative analysis of alkali and alkaline earth metals across pharmaceutical industry, food and beverage industry, petrochemical industry and in research fields.

Specifications

Testing elements	K, Na, Li, Ca, Ba
No of channels	5
Display Value	Concentration value
Data range	0.000 to 9.999
Range	K 0 to 100 ppm Na 0 to 160 ppm Li 0 to 100 ppm Ca 0 to 1000 ppm Ba 0 to 3000 ppm
LOD	K 0.01 ppm Na 0.01 ppm Li 0.1 ppm Ca 2 ppm Ba 6 ppm
Linear error	K 0.195 ppm Na 0.69 ppm Li 0.15 ppm Ca 3 ppm Ba 9 ppm
Display	7-inch colour touch screen
Response time	< 8 s
Sample uptake	<6 L/min
Stability	＜3% drift over 15s when continuously aspirating
Reproducibility	＜3% coefficient of variation for 7 consecutive samples
Fuel	LPG
Curve Graph	Display
Printer	optional build-in thermal printer
COM	USB
Software	Optional software connecting with computer
Power supply	AC 220 V± 22 V 50/60 Hz ± 1 Hz, 250 W
Packing Dimensions	780 × 560 × 390 mm
Gross weight	18 Kg

Features

Determines concentration of metals like K, Na, Li, Ca, Ba.

Uptakes sample up to < 6 L/min.

Calculates correlation coefficient automatically.

Concentration units are selectable.

Measuring range can be altered.

Flame size can be pre-selected.

7-inch color touch screen to display concentration values.

Multilingual interface for users convenience.

FAQs

1. What is a Flame Photometer?

flame photometer is an analytical instrument used to measure the concentration of specific metal ions (such as sodium, potassium, calcium, and lithium) in a solution using flame emission spectroscopy.

2. How does a Flame Photometer work?

The sample is aspirated into a flame, where metal ions get excited and emit light at characteristic wavelengths. A detector measures the intensity of this light to determine ion concentration.

3. Which elements can a Flame Photometer detect?

They can commonly detect elements such as sodium (Na), potassium (K), calcium (Ca), and lithium (Li), and also capable of detecting barium (Ba).

4. How is a Flame Photometer calibrated?

Calibration is done using standard solutions of known ion concentrations, ensuring accurate measurement. Regular recalibration is necessary for precise results.

5. Can a Flame Photometer be used for non-metallic elements?

No, flame photometers are only suitable for detecting metal ions that emit characteristic light when excited in a flame.