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PROXIMATE ANALYZER
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PROXIMATE ANALYZER (SLE-GYFX)
Application
It is applicable in the industry such as electrical power, coal,
commerce inspection, environment protection, metallurgy, papermaking,
petrochemical, earth probe and the research institute or quality
inspecting organization to test the contentof air-dry basis moisture, ash, and volatile constituent in the coal.
The instrument can also automatically calculate caloric value and the content of fixed carbon and hydrogen
in the samples.
Specifications
| Model |
: SLE-GYFX |
Furnace temperature
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: 0 °C ~ 200 °C (Low temperature furnace)
0 °C ~ 1000 °C (high temperature furnace) |
| Temperature controlling precision |
: ± 5 °C
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| Weight of sample |
: 0.5g ~ 0.7g |
| Sample number |
: 11 samples per time |
| Testing time |
: about 20 minutes per sample |
| Airflow rate |
: 600ml/min (nitrogen), 400ml/min (oxygen) |
| Sample weight |
: 45mg~100mg |
| Power Supply |
: 100 ~260V, 50/60HZ |
| Power |
: ≤2 KW |
| Dimension |
: 400mm×510mm×640 mm |
| Weight |
: 65Kg |
Features
Integrated with high precision electronic scale. Using thermogravimetry. Quickly, automatically and continuously tests 11 samples in every experiment. The air-dry basis moisture, ash and volatile constituent can be tested out in 20 minutes. Automatically tests the caloric value, fixed carbon and hydrogen content of the sample.
Adopting the unique integrated configuration of “three temperature grade, double furnace”, the instrument can work in parallel, and hence to reduce the testing time and the constant temperature area in the furnaces do not interfere with each other. So the testing accuracy of air-dry basis moisture, ash, and volatile constituent can be ensured.
Using the advanced heating element and heat preservation materials to ensure the furnace body in stable condition. Meanwhile, the temperature rise more quickly, temperature control will be more precise, and malfunction rate lower.
With the advanced and appropriate dust suction and fume exhaust devices, the testing results will be more precise and the laboratory cleaner.
Data collection, calculation, print, and restoration are automatically done by computer.
Adopting precise reference source, low temperature drift and high precision operational amplifier, and 12-Bit A/D conversion chip in the controlling card, the instrument has the functions of cold end compensation, over-temperature protection both in hardware and software.
Adopting the advanced PCI technology, one computer can control several instruments. And the synthesized instrument can be composed combined with other instruments.
Completely support Windows systems; high stability; can link electronic scale and share data in long distance through network.
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PROXIMATE ANALYZER (SLE-GYFX/D)
Application
It is applicable in the industry such as electrical power, coal, commerce inspection, environment protection,
metallurgy, paper making, petrochemical, earth probe and the research institute or quality inspecting
organization to test the content of air-dry basis moisture, ash, and volatile constituent in the coal.
The instrument can also automatically calculate caloric value and the content of fixed carbon andhydrogen in the samples.
Specifications
| Model |
: SLE-GYFX/D |
| Furnace temperature |
: 0 °C ~ 1000 °C |
| Temperature controlling precision |
: ± 5 °C
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| Weight of sample |
: 0.5g ~ 1.2g |
| Sample number |
: 23 samples per time |
Testing time
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: 23 samples in 150 minutes (moisture, ash)
7 minutes a sample (volatile constituent) |
Airflow rate
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: 600-800 ml/min (nitrogen)
500-700 ml/min (oxygen) |
| Power Supply |
: 100 ~260V, 50/60HZ |
| Power |
: ≤5 KW |
| Dimension |
: 520mm×500mm×600 mm |
| Weight |
: 65Kg |
Features
Integrated with high precision electronic scale. Using thermogravimetry. Quickly, automatically and continuously tests 23 samples in every experiment. The air-dry basis moisture and ash can be tested out in 150 minutes, while volatile constituent be tested out with 7 minutes a sample. Automatically tests the caloric value, fixed carbon and hydrogen content of the sample.
Adopting the advanced dual furnace configuration, moisture, ash, and volatile constituent can be tested in different furnaces.
Using the advanced heating element and heat preservation materials to ensure the furnace body in stable condition. Meanwhile, the temperature rise more quickly, temperature control will be more precise, and malfunction rate lower.
With the advanced and appropriate dust suction and fume exhaust devices, the testing results will be more precise and the laboratory cleaner.
Data collection, calculation, print, and restoration are automatically done by computer.
Two methods, quick mode and classic mode, are selectable to test the air-dry basis moisture and ash. While the volatile testing follows the standard of GB.
Adopting precise reference source, low temperature drift and high precision operational amplifier, and 12-Bit A/D conversion chip in the controlling card, the instrument has the functions of cold end compensation, over-temperature protection both in hardware and software.
Adopting the advanced PCI technology, one computer can control several instruments. And the synthesized instrument can be composed combined with other instruments.
Completely support Windows systems; high stability; can link electronic scale and share data in long distance through network.
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