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Automatic Proximate Analyzer LMAPA-A100


Automatic Proximate Analyzer LMAPA-A100 is designed to determine the proximate composition of a substance or sample, breaking down its components into several categories. It boasts a comprehensive feature set, including precise PID temperature control spanning a wide temperature range from RT +10°C to 1000°C. This advanced analyzer comprises a high-precision angle encoder control system capable of handling 20 samples per cycle and achieving a testing speed of 100 min for 20 samples.

Specifications :
Temperature Control Range RT+10 to 1000°C
Accuracy ± 2°C
Sample Weight 0.5 to 1.2 g; 1± 0.1 g (recommended)
Sample Number 20 samples/time
Testing Time 100 min/20 samples
Temperature Control PID
Analysis Method Thermogravimetric analysis
Furnace Single
Power Supply AC 220 V ± 22 V/50 Hz
Power ≤ 2 kW
Dimension (W×D×H) 560×560×750 mm
Weight 80 kg
Features :
  • -  The MCPC module and balance display module enhance reliability and streamline the test process
  • -  Utilizes a single furnace and a stepper motor, integrated with a high-precision angle encoder control system for accuracy
  • -  Incorporates a distributed intelligent smoke exhaust interface for effective removal of smoke and dust
  • -  Features a heat insulation device at the bottom to minimize heat radiation
  • -  Includes a power-off memory function, safeguarding test data
  • -  Operates via thermogravimetric analysis, automating sample weighing and delivery
  • -  Automates data processing, result calculation, report generation, and storage
  • -  Delivers test results compliant with national standards, ensuring accuracy
  • -  Offers connectivity to a management system for direct reading, backup, and easy uploading of test results
  • -  Provides a high-efficiency, stable, and reliable unit for the determination of volatile matter
Applications :

Widely utilized in power plants, coal mines, commodity inspection, environmental protection, the chemical industry, scientific research, education, and various other sectors, it plays a pivotal role in analyzing and understanding the composition of these materials.