The coal ash fusion point tester utilizes a microcomputer to automatically control the ash fusibility determination process. A camera captures images of the ash cone, which are displayed in the designated area on the computer monitor through image processing technology. The furnace temperature changes are regulated by PID control via a front-end single-chip microcomputer, and the temperature data is transmitted to the microcomputer system through a serial port, displaying a time-temperature graph. Upon completion of the test, users can choose to print the ash cone result image and corresponding temperature data, or save the result file. The test process images and temperature data are automatically saved and cleared at the start of the next test. This instrument is widely applicable in industries such as power generation, coal, cement, and metallurgy.


Main Features of the Coal Ash Fusion Point Tester

1. Microcomputer-controlled automatic temperature rise, with temperature rise characteristics compliant with the national standard GB219-96;

2. Cone images are displayed in the image capture area of the microcomputer monitor;

3. The system features storage and retrieval functions for test results;

4. Option to print ash fusion point images and temperature values;

5. Displays temperature rise-time curve;

6. The system operates on Windows XP and above operating systems.


Main Specifications and Technical Parameters

High-temperature furnace: Horizontal furnace

Heating element: Silicon carbide tube

Heating power supply: 220V±10%  50HZ

Heating current: 30A

Heating temperature: 1600℃

Temperature acquisition element: Platinum-rhodium/platinum thermocouple

Temperature control method: Automatic regulation control

Heating rate: 900～1500℃  5±1℃/min