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YX-HRD4000  Ash melting tester

YX-HRD4000 Ash melting tester

Instrument standard configuration: 1 computer + 1 printer + 1 set of YX-HRD4000

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  • Mededingende voordeel

It is used in electric power, coal, metallurgy, petrochemical, coal chemical, environmental protection, cement, papermaking, geological exploration, scientific research institutes and other industries to measure the melting process of non-single compounds with no fixed melting point such as coal ash.

Tegniese parameter
Number of samples: 1 to 5
Temperature control range: 200℃~1650℃
Temperatuurbeheer akkuraatheid: ± 1 ℃
Experimental atmosphere: oxidizing, weak reducing (carbon sealing method)
Heating rate: meet the national standard requirements
Repeatability: DT≤40, ST, HT, FT≤30
Werkkrag: AC 220V±22V/50Hz
Krag: ≤2.7kW
Afmetings (mm): 600×540×850
Overall weight (kg): 102

tegniese eienskappe
● Using a unique sample sending and transferring mechanism (utility model patent number: 2017205786132) to complete automatic sample sending. The user can complete the sample delivery and sampling of the ash cone with a simple operation;
● The trapezoidal speed-controlled stepping motor is used to send the sample to the exact position to ensure that the ash cone does not deviate, and the position of the ash cone is fed back by a high-precision angle encoder, which can be fine-tuned at any time (utility model patent number: 2017205786217);
● Using a 5-megapixel industrial camera to automatically complete the tracking of the entire test process and present high-definition test images;
● The use of de-fogging and dust-removing device ensures that the lens is free of cleaning and improves maintenance convenience and image clarity;
● It can test five samples at the same time, and automatically judge all characteristic temperatures;
● Using special heating elements and temperature-resistant and heat-preserving furnace materials, the maximum working temperature can reach 1650 ℃;
● The closed cross-shaped corundum tube structure is used to truly meet the testing needs of multiple atmospheres;
● Using a new image processing algorithm to fully intelligently identify each characteristic temperature point, the results are more accurate;
● Dit kan aan die laboratoriumbestuurstelsel gekoppel word om die rugsteun en oplaai van toetsresultate te realiseer.


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