Product Description
Application area
Suitable for measuring ash Fusion in coal ash for industries such as electric power, coal, commodity inspection, environmental protection , metallurgy , paper making , chemical industry, collate industry,science & research institution and inspection administration.
Technical Data:
- Furnace Temperature Range: 0C~1600C
- Temperature Controlling Accuracy: < 3C
- Resolution: 1C
- Sample Quantity: 1~7 samples each time
- Laboratory Atmosphere: Oxidability or weak reducibility
- Power Supply: 220V, 50/60HZ
- Maximum Power: 4KW
- Cabinet Dimension: 910mmX520mmX610 mm
- Weight: 75kgs
Precision and Automation in Ash AnalysisExperience efficient and accurate ash fusion temperature determination with the TR-NACD3000. This fully automatic tester provides high measurement accuracy (1C) and supports various coal sample types, including powder and pellets. Its robust build and smart safety features ensure trouble-free operation in demanding lab environments.
Comprehensive Data ManagementBenefit from the integrated data logging and report generation interface, which delivers smooth data collection and export through USB and LAN connectivity. The real-time curve display and automatic control simplify sample monitoring, enhancing productivity and traceability for research, export, and quality control.
FAQ's of Ash Fusion Tester, TR-NACD3000:
Q: How does the Ash Fusion Tester TR-NACD3000 ensure measurement accuracy during coal analysis?
A: The tester uses a high-precision thermocouple sensor and automatic temperature control to maintain an accuracy of 1C throughout the 0 to 1600C range. Consistent heating and controlled sample environment enable reliable ash fusion temperature measurement for quality coal analysis.
Q: What types of samples can be analyzed with the TR-NACD3000 Ash Fusion Tester?
A: Both powder and pellet samples are compatible with the instrument, allowing flexibility for laboratories and coal research centers. The tester can process up to four samples in a batch, improving throughput and efficiency.
Q: When is it appropriate to use natural versus forced air cooling in the testing process?
A: Natural air cooling is suitable for routine operations, while forced air cooling accelerates the testing cycle, minimizing downtime between samples. The choice depends on required turnaround time and standard operating procedures of the lab.
Q: Where can the TR-NACD3000 Ash Fusion Tester be deployed in the coal industry?
A: The tester is ideal for use in coal quality control laboratories, steel manufacturing units, and research institutions. Its robust design and versatile features suit export, import, manufacturing, supply, and trading environments across India.
Q: What is the typical process for operating the Ash Fusion Tester TR-NACD3000?
A: Operators load samples (up to 4), select the desired atmosphere (air or protective gas), program the heating rate, and initiate the automatic analysis. Real-time data is displayed on the touch screen, and results are logged for export via USB or LAN.
Q: How does integrated data logging and report generation benefit users of this Ash Fusion Tester?
A: Integrated data logging aggregates measurement data automatically, while the report generation feature streamlines documentation. This reduces manual error, speeds up regulatory reporting, and enhances traceability for coal quality assessments.
Q: What safety features are provided with the TR-NACD3000 to protect users and samples?
A: The tester includes an over-temperature protection system and uses high-quality ceramic and stainless steel for safe sample containment. These measures help safeguard both the equipment and users during high-temperature coal analysis operations.