Fully Automatic Ash Fusion Temperature Determinator

Fully Automatic Ash Fusion Temperature Tester Fully Automatic Ash Fusion Temperature Tester Microcomputer Fully Automatic Ash Fusion Temperature Tester Computer Ash Fusion Temperature Tester Intelligent Ash Fusion Detection Instrument

Purpose
The fusibility characteristics of coal ash are directly related to whether slagging (commonly known as coking) occurs in power plant boilers and its severity, thus greatly affecting the safety and economic operation of boilers. This instrument is specifically designed for the intelligent measurement of coal ash fusibility.
Performance Features
1. Microcomputer automatic control, compliant with national standards and meets the requirements of GB/T 219-2008.
2. Real-time display of the ash cone image change process, automatic storage, and easy retrieval.
3. Automatic determination of four characteristic temperatures; manual judgment or result comparison can also be performed through image playback for further verification and analysis.
4. High-definition camera for clear and intuitive ash cone images; ultra-fine thermocouple design to eliminate image interference.
5. Screen display of temperature rise curve, with the option to print ash cone image results and related data.
6. RS232 serial communication for online connectivity. Integrated structural design, aesthetically pleasing and practical, easy to maintain.
7. Microcomputer program control, automatically completes the heating process for ash fusion temperature determination according to national standards.
8. Multiple fault prompt functions. Easy to operate, stable and reliable performance.
9. Sample capacity: 1-5, microcomputer screen automatically displays ash cone images and automatically prints images at four temperature points.
The experimental process of the microcomputer ash fusion temperature tester is monitored and controlled by a camera system and computer system. The computer automatically determines characteristic fusion temperatures—deformation (DT), softening (ST), hemisphere (HT), and flow (FT)—based on real-time images of the ash cone's thermal changes. The entire experimental process is automatically stored and displayed. The furnace body can rotate freely for convenient placement and removal.
Technical Indicators and Parameters 
Measurement range: 0-1600°C, resolution 1°C, equipped with S-type thermocouple
Heating rate: 15-20°C/min before 900°C,
5±1°C/min after 900°C  
Measurement error: ±3°C
Power supply: AC220V±10%, 50Hz