Instrument for detecting silicon, aluminum, iron, and sulfur in aluminum ore.

Instrument for Detecting Silicon, Aluminum, Iron, and Sulfur in Aluminum Ore Hebi City Yinte Instrument and Meter Factory Bauxite Testing Equipment Instrument for Testing Silicon, Aluminum, Iron, and Sulfur in Bauxite

Main Features and Functions
1. Used to analyze the content of elements such as manganese, phosphorus, silicon, chromium, nickel, molybdenum, vanadium, titanium, aluminum, copper, rare earth, and magnesium in materials
2. Utilizes "Intelligent Dynamic Data Capture" and "Nonlinear Regression of Standard Curves" technologies, featuring power-off data protection and self-diagnostic functions
3. Controlled by a new single-chip microcomputer with data processing capabilities, capable of storing 15 modifiable standard sample curves, offering a wider analysis range
4. Automatic zero and full-scale detection and adjustment, eliminating the need for repeated manual calibration; test results are digitally displayed and directly readable, with automatic printing of results, date, and furnace number
5. 32-key touch with audio prompts, enabling one-key operation for functions, reducing the need for key combinations, making it simple and easy to learn
6. Employs cold light source technology, ensuring stable data without thermal drift and lower power consumption, overcoming the drawback of frequent replacement due to the susceptibility of thermal light sources to damage
7. External sample dissolution, offering simple and flexible operation, with no issues of pipeline or solenoid valve corrosion and aging, extending the instrument's service life
8. Changing the cuvette, adjusting the sample weight, and rationally utilizing curves can expand the variety and concentration range of measurable elements
III. Main Technical Parameters
1. Analysis Method: Photoelectric Colorimetric Analysis
2. Range: Absorbance value 0–1.999A, Concentration value 0–99.99%
3. Measurement Accuracy: Complies with GB223.3–5-88 standard
4. Power Supply Voltage: 220V ±10%  50Hz