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Direct Mercury Analyzer
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Products Description  Technical Parameters HGA-100 direct injection mercury analyzer product parameters
1. Instrument performance 2. Technical indicators Iv. Technical Features and Advantages of HGM-100 Direct Injection Mercury Analyzer
1. Quick response to emergencies
In the face of sudden mercury contamination incidents, mercury measuring instruments can take direct samples for measurement in the shortest possible time, providing technical data for formulating emergency response measures.
2. Unattended automatic measurement
The instrument is designed with 40 sample trays. After the necessary basic data is input into the computer, the instrument will automatically complete the sample measurement without the need for a staff member to be present during the test.
3. Extremely sensitive signal response
With nano-coated gold amalgam material manufacturing technology, it can efficiently capture trace amounts of mercury released from samples (allowing multiple sample captures), greatly enhancing the instrument's sensitivity.
4. Wide concentration range dynamic signal measurement
By using long and short absorption cell multi-path technology, the instrument will automatically switch and select different calibration curves for quantitative calculation based on the concentration of the sample, expanding the instrument's measurement range of sample concentration.
5. Detection of liquids, solids and gases
This device can perform liquid and solid measurements as well as outdoor mercury gas collection (purchase our gas sampling device), and insert the mercury collection tube into the instrument for indirect gas analysis.
It meets the requirements for solid, gas and liquid detection in standards such as HJ 923, HJ 910, HJ 917 and GB/T 37906.
6. Patented catalytic technology
The use efficiency of the deposit amalgam trap tube (amalgam tube) must filter out sulfides, halogen compounds, etc. produced during the pyrolysis of actual samples to reduce the poisoning of gold amalgam by these substances, and at the same time promote the formation and separation of elemental mercury in a high-temperature environment to improve the sensitivity of the instrument test.
7. Sample weighing data is sent directly to the computer
The instrument is highly intelligent. The electronic balance can directly transfer the weight data of the sample to the computer without human input, reducing human operation error.
8.PID digital full temperature control system
The instrument computer establishes mathematical models for all key temperature control links, including internal cracking, catalysis, capture/release, and absorption detection, to achieve closed-loop temperature precise temperature control and ensure the stability of measurement data.
9. Personalize software operating systems
Personalized software, very easy for the operator to master.
10. High-performance low-pressure mercury lamp and energy stabilization technology
The instrument features a high-performance low-pressure mercury lamp and circuit design, while computer software automatically detects and corrects the energy of the mercury lamp.
11. Photoelectric detection system
Non-reflective dual-beam design for measuring mercury (253.7nm) spectral lines, with real-time correction for light source drift on the measurement.
12. Tail gas purification system with life indication
In order to prevent the mercury element measurement exhaust gas from causing secondary pollution to the environment, the instrument is internally designed with exhaust gas harmful elements and exhaust gas purification devices, and is equipped with a color indicator function for easy identification and replacement of purification materials.
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