Fully Automatic Microcomputer Integrated Sulfur Determination Instrument Fully Automatic Microcomputer Integrated Sulfur Determination Instrument

Scope of Application of the Microcomputer Rapid Sulfur Determination Instrument:

The Microcomputer Rapid Sulfur Determination Instrument is primarily used to measure the total sulfur content in coal, steel, and various minerals. It is an essential instrument for laboratories in sectors such as coal, power, chemical, building materials, metallurgy, geological exploration, and commodity inspection. It complies with the requirements of GB/214-2007 "Method for Determination of Total Sulfur in Coal".

Functional Features and Technical Parameters of the Microcomputer Rapid Sulfur Determination Instrument

1. Computer-controlled, with stable and reliable chip performance, equipped with an RS232 interface. It can be operated under computer control using Windows human-computer interaction, or used offline with single-chip microcomputer control. The instrument features an integrated design, a unified structure, an aesthetically pleasing appearance, and a high degree of automation.

2. Utilizes a data acquisition network and multi-level calibration technology to ensure the accuracy of measurement results.

3. Fast measurement speed, automatically determines the test endpoint and prints test results.

4. The sample feeding mechanism employs electronic switches and German linear motors for transmission, offering low noise and high reliability.

5. Sulfur measurement range: 0-40%, resolution 0.001%.

6. Analysis time: 3-5 minutes (automatic endpoint determination).

7. Operating power supply: AC220V±22V, 50Hz±1Hz.

8. Power consumption ≤3.5KW.

9. Capable of offline operation. Can be connected to a balance for automatic data input.

Standard Configuration of the Microcomputer Rapid Sulfur Determination Instrument

Includes one computer, one printer, 10 porcelain boats, 2 quartz boats, 2 tapered tubes, 1 silicon carbide tube, 1 electrolytic cell, and 1 bottle of color-changing silica gel.