XKHR-3000 Microcomputer Ash Fusion Analyzer

Ash Melting Point Detector

Product Name: Microcomputer ash fusion analyzer
Product Type: XKHR-3000
Scope:
XKHR-3000 Microcomputer ash fusion analyzer is the latest successful development of high-tech products. The instrument uses a microcomputer determination of ash melting process of automatic control, ashes image on the computer display directly, and the ash cone resulting image and the corresponding temperature value is automatically printed, image and temperature automatically stored in the hard disk during the experiment. The instrument can be widely used in electricity, coal, metallurgy and other industries, the current leader in the domestic level.
Features:
1. Microcomputer control heating rate, temperature characteristics in line with the national standard.
2. Microcomputer automatic display screen ash cone images.
3. Save and read the disk system function, and are free to bring up the view.
4. Ultra-fine thermocouple design eliminates image interference.
5. For the determination of the melting characteristics of coal ash.
6. In line with the national standard GB / T219-2008 "Determination of ash fusion of" relevant regulations.
Technical parameters:
Highest temperature: 1500 ℃ ± 3 ℃;
Power supply voltage: AC220 (+ 10%) V, 50Hz;
Measurement error: ± 3 ℃;
Maximum current: 30A;
Test atmosphere: oxidizing or weakly reducing;
Temperature control: automatic control rate of temperature increase;
Temperature display accuracy: ≤0.2% (FS)
Temperature input elements: platinum and rhodium - platinum thermocouple;
Temperature: Before 900 ℃ to 15 ~ 20 ℃ / min
After 900 ℃ to 5 ℃ ± 1 ℃ / min
Environment: Temperature 0-40 ℃, relative humidity less than 80%;

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Product advantages:
The instrument uses a microcomputer determination of ash melting process of automatic control, ashes image on the computer display directly, and the ash cone resulting image and the corresponding temperature value is automatically printed, image and temperature automatically stored in the hard disk during the experiment.