Alloy steel material analysis instrument

The steel material analyzer and alloy steel material analyzer use gas volumetric determination of carbon and iodine volumetric determination of sulfur, and use high-precision photosensitive elements to control automatic sulfur titration with a constant endpoint. Single chip microcontroller control, high degree of automation, reliable performance. Imported sensors and microcomputer controlled detection data, with test results displayed in digital format and automatically printed. On the basis of the original nine working curves, this product has increased to fifteen working curves, greatly expanding the types of measurement elements Zero point and full degree are automatically tracked without precise adjustment Adopting a touch keyboard, 32 key audio prompts, and multiple shortcut function keys, the operation is more convenient

The alloy steel analysis instrument adopts gas volumetric determination of carbon and iodine volumetric determination of sulfur, and uses high-precision photosensitive elements to control automatic sulfur titration with a constant endpoint. Single chip microcontroller control, high degree of automation, reliable performance, imported sensors and microcomputer control for detecting data, digital display for direct reading and automatic printing of test results.

This product has increased from the original nine working curves to fifteen working curves, greatly expanding the types of measurement elements Zero point and full degree are automatically tracked without precise adjustment Adopting a touch keyboard, 32 key audio prompts, and multiple shortcut function keys, the operation is more convenient Can input date and furnace number, and can automatically print records The use of cold light source technology makes the data more stable.

Alloy steel material analysis instrumentWhat are the performance characteristics of?

1. The instrument adopts a high-performance microcontroller, with flexible control and fully automatic completion of the entire analysis process. The data processing and control parts are relatively independent and use high brightness light-emitting tubes as display elements. Therefore, the instrument data is stable, accurate, clear, and reliable.

2. Equipped with a century long calendar, it can record and analyze results in real-time.

3. A series of interference measures are adopted in circuit design and program design.

4. We use gas capacity to determine carbon, iodine to determine sulfur, and both carbon and sulfur measurements are fully automated.

5. Adopting the techniques of "intelligent dynamic tracking" and "non-linear regression of standard curve", the results are displayed in digital format for direct reading. Automatic printing.

6Alloy steel material analysis instrumentAdopting microcomputer control and data processing, it can store 15 curves and perform curve correction, with functions such as power-off data protection.

7. Reasonable changes in instrument design, such as color filters, colorimetric dishes, sample sizes, and reasonable utilization of curves, can expand the variety and content range of measured elements.