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Model:
HD-FP3A
Introduction:
Flame Photometer, based on atomic emission (flame photometry), measures the concentration of alkali and alkaline-earth metals such as potassium, sodium, calcium and lithium in solution. Widely used in agriculture, soil testing, cement, ceramics and glass industries....
The flame photometer is a relative measuring instrument based on the principle of atomic emission spectrometry (flame color reaction), mainly used to determine the concentration of alkali metal and alkaline earth metal elements (such as potassium, sodium, calcium, lithium, etc.) in solutions.
The concentration value of the tested sample is the relative value with respect to the concentration of a standard solution under the same test conditions. Before testing, a set of standard solutions must first be prepared, then a calibration operation is carried out to draw a standard curve manually or via the instrument, and finally the tested sample is measured to obtain its concentration value or other required calculation data.
It can be widely used in environmental monitoring, agriculture and fertilizer industry, food industry, chemical manufacturing, medical and clinical diagnosis, geology, mining and new energy industries, and other fields with sample pretreatment requirements.
JJG630-2007 Flame Photometers
LY/T 1246-1999 Determination of Exchangeable Potassium and Sodium in Forest Soil
LY/T 1248-1999 Determination of Exchangeable Sodium in Alkalinized Soil
LY/T 1254-1999 Determination of Total Potassium and Total Sodium in Forest Soil
NY/T 889-2004 Determination of Available Potassium and Slowly Available Potassium in Soil
NY/T 2420-2013 Determination of Total Potassium in Plants by Flame Photometry
1. Equipped with a 7-inch color capacitive touch LCD screen, offering convenient operation, a compact size, and stable and reliable performance;
2. Direct concentration reading for five elements (potassium, sodium, lithium, calcium, and barium), with the ability to simultaneously measure any combination of 3 elements;
3. High-transmittance, ultra-low stray-light interference filters reduce background interference to achieve a higher signal-to-noise ratio;
4. One-key ignition function for quick and easy operation, and a built-in silent air pump that eliminates the need for an additional air compressor;
5. Independently developed high-performance atomizer ensures uniform and efficient atomization and smooth, stable sample aspiration, guaranteeing the accuracy and stability of analysis results;
6. Can store standard curve parameters of up to 10 points per set, with a total capacity of 20 sets of curve data;
7. Equipped with a moisture separator to avoid the influence of environmental changes and ensure stable analysis results;
8. Equipped with a flameout protection device, featuring an automatic gas solenoid valve shut-off function after flameout;
9. Equipped with a single-point calibration function to allow quick correction when baseline drift occurs;
10. Equipped with a history record printing function and a USB flash drive export function.
| Model | HD-FP2 | HD-FP3A | HD-FP3B | HD-FP3C | HD-FP4 | HD-FP5 |
|---|---|---|---|---|---|---|
| Test Elements | Na, K | Na, K, Ca | Na, K, Li | Na, K, Ba | Na, K, Li, Ca | Na, K, Li, Ca, Ba |
| Number of Channels | 2 | 3 | 3 | 3 | 4 | 5 |
| Operation Mode | Touch screen | |||||
| Splitting Method | Interference filter | |||||
| Photoelectric Conversion Element | Silicon photocell | |||||
| Printing Function | Built-in thermal printer | |||||
| USB Data Output | Historical records can be exported via USB flash drive | |||||
| Concentration Calculation Method | Segmented method, linear fitting, curve fitting | |||||
| Stability | Continuous injection of standard solution: within 15 s the relative maximum change of the indicated value is ≤ 3%; measured once per minute for 6 times in total, the maximum change of the indicated value is ≤ 8% | |||||
| Repeatability | ≤ 2% | |||||
| Response Time | ≤ 8 s | |||||
| Sample Aspiration Rate | ≤ 6 mL/min | |||||
| Linearity Error (mmol/L) - Sodium | Na ≤ 0.02 | |||||
| Linearity Error (mmol/L) - Potassium | K ≤ 0.003 | |||||
| Linearity Error (mmol/L) - Lithium | — | — | Li ≤ 0.007 | — | Li ≤ 0.007 | — |
| Linearity Error (mmol/L) - Calcium | — | Ca ≤ 0.062 | — | — | Ca ≤ 0.062 | — |
| Linearity Error (mmol/L) - Barium | — | — | — | Ba ≤ 0.066 | — | Ba ≤ 0.066 |
| Detection Limit (mmol/L) - Sodium | Na ≤ 0.007 | |||||
| Detection Limit (mmol/L) - Potassium | K ≤ 0.0005 | |||||
| Detection Limit (mmol/L) - Lithium | — | — | Li ≤ 0.012 | — | Li ≤ 0.012 | — |
| Detection Limit (mmol/L) - Calcium | — | Ca ≤ 0.037 | — | — | Ca ≤ 0.037 | — |
| Detection Limit (mmol/L) - Barium | — | — | — | Ba ≤ 0.066 | — | Ba ≤ 0.066 |
| Detection Range (ppm) | Na: 0.18-100; K: 0.15-100; Li: 0.1-30; Ca: 0.1-1000; Ba: 0.1-300 | |||||
| Filter Center Wavelength Error | Na ≤ 5 nm; K ≤ 7 nm; Li ≤ 7 nm; Ca ≤ 7 nm; Ba ≤ 7 nm | |||||
| Filter Bandwidth | ≤ 15 nm | |||||
| Working Conditions | Ambient temperature: 10 ℃ ~ 35 ℃; relative humidity: ≤ 85% | |||||
| Main Unit Dimensions | Length 460 mm × Width 325 mm × Height 450 mm | |||||
| Net Weight | 13 kg ± 1 kg | |||||
| Power Supply & Power | 220 V ± 22 V, 50 Hz ± 1 Hz, ≤ 50 W | |||||
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