Laboratory Silicate Analyzer HM-GSG

Product Introduction

The laboratory trace silicate analyzer is suitable for detecting the content of trace silicate ions in sample water. Widely used in power plants, chemical fertilizers, metallurgy, environmental protection, pharmaceuticals, chemical fibers, semiconductors and other industries, suitable for the detection and analysis of soluble silicate content in desalinated water, steam condensate water, boiler water and other water; Design and manufacture according to the standard GB/T12149-2017 Determination of Silicon in Industrial Circulating Cooling Water and Boiler Water.

Working Principle

The silicate analyzer uses the principle of photoelectric colorimetry for measurement. Under pH conditions of 1.1-1.3, soluble silicon in water reacts with ammonium molybdate to form a yellow silicon molybdenum complex. The silicon molybdenum complex is reduced to silicon molybdenum blue using ferrous ammonium sulfate solution, and its silicon content is measured using a silicate analyzer. According to Lambert Beer's law, when a monochromatic parallel light passes through a colored solution, a portion of the light energy is absorbed by the solution. If the thickness of the liquid layer remains constant, the degree of light energy absorption (absorbance A) is proportional to the concentration of colored substances in the solution.

Product Features

1. 7-inch color touch screen, Android intelligent operating system, better interactive operation experience, smoother use;

2. Using a peristaltic pump for continuous automatic injection, flow detection is not limited by the number of samples, allowing for continuous multi sample testing and saving reagent consumables;

3. Equipped with WiFi networking function, it can quickly upload detection data wirelessly;

4. Customized wavelength high stability LED cold light source, with more stable detection data, low power consumption, and long lifespan;

5. Professional dust cover design effectively protects the peristaltic pump and hose during operation;

6. Intelligent constant current and voltage regulation, automatic adjustment and calibration of light intensity, no temperature drift phenomenon in the light source during long-term continuous operation;

7. Built in high-speed thermal printer, capable of automatically printing inspection reports upon completion of testing;

8. High capacity 16GB storage capacity, with a storage capacity of 5 million test results.

9. Configure a data cloud platform that allows for long-term storage of detection results for both short-term and long-term viewing and analysis, as well as auxiliary management.

10. At the same time, it supports direct copying of data from a USB flash drive, with a standard USB interface and no need for driver insertion and removal.

11. It has a self-cleaning function and can automatically clean the pipeline after detection is completed.

12. Optional built-in lithium battery power supply.

Technical Indicators

1. Measurement range: 0-200 μ g/L (calculated as SiO2);

2. Content resolution: 0.001 μ g/L;

3. Absorption resolution: 0.0001;

4. Display mode: 7-inch color touch screen;

5. Accuracy (indication error): ≤ 100 μ g/L, ± 2 μ g/L; >100μg/L，±2.0%FS;

6. Repeatability: ≤ 2%;

7. Stability: ± 2 μ g/L;

8. Tested water sample: 20-35 ℃;

9. Data storage: 5 million records;

10. Printing function: Built in thermal printer;

11. Injection method: peristaltic pump, automatic injection (not manual addition);

12. * Output method: WIFI wireless upload USB;

13. Working power supply: AC220V@50Hz ;

14. Power consumption: ≤ 7W;

15. Dimensions: 320 * 190 * 250mm (length * width * height);

16. Working conditions: Environmental temperature: (5-45) ℃, relative humidity: ≤ 85% RH (no condensation);

17. Weight: 4KG;

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