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SULFUR ANALYZER
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SULFUR ANALYZER (SLE-DL)
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 institution or quality inspecting organization to measure the sulfur
content in the materials of coal, cinder, coke, catalyst, minerals, rock, and
petrochemicals.
Specifications
| Model |
: SLE-DL |
| Furnace temperature |
: 1150 °C (coal), 900 °C (oil) |
| Temperature controlling precision |
: ± 5 ° C |
| Sulfur testing resolution |
: 0.001 % |
| Sulfur testing range |
: > 0.01 % |
| Testing time |
: 5 min per sample |
| Sample number |
: 24 |
| Sample weight |
: 45mg~100mg |
| Power Supply |
: 100 ~260V, 50/60HZ |
| Power |
: ≤4kw |
| Dimension |
: 620mm× 500mm× 370 mm |
| Weight |
: 58Kg |
Features
Adopting the integrated configuration, put the sample feeding device, electrical scale, vertical high
temperature cracking furnace, electrolytic cell, stirrer, and gas purification system in a single container.
Thus to make the instrument concise and graceful.
Testing time, normally about 5 minutes, can be automatically judged according to the different samples.
System errors can be automatically corrected by software and the testing results is more accurate than GB
(National Standard). Testing with the principle of coulometry, the testing time is shorter than Escar method
and high temperature burn moderate method.
Using the PID temperature controlling algorithm, hence the temperature control is more accurate and the
temperature rise more quickly. Using contactless switches. Have overtemperature protection and electrolyte
anti-backflow facility, thus to make the system safe and reliable.
Adopting the multi-spots dynamic coefficient correcting method, the system error
can be automatically corrected by software, hence to make the testing result more accurate.
Temperature control, sample feeding, electrolyzing, and calculation are done by the procedure.
System automatically store testing results and print out. Using the dynamic windows operating interface,
the operation is simple and easy.
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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AUTOMATIC SULFUR ANALYZER (SLE-DL/A)
Application
It is applicable in the industry such as electrical power, coal, commerce inspection,
environment protection, metallurgy, papermaking, petrochemical, earth probe, and
the research institution or quality inspecting organization to measure the sulfur
content in the materials of coal, cinder, coke, catalyst, minerals, rock, and
petrochemicals.
Specifications
| Model |
: SLE-DL/A |
| Furnace temperature |
: 1150 °C |
| Temperature controlling precision |
: ± 5 °C |
| Sulfur testing resolution |
: 0.001 % |
| Sulfur testing range |
: > 0.01 % |
| Testing time |
: 5 min per sample |
| Sample number |
: 24 |
| Sample weight |
: 45mg~85mg |
| Power Supply |
: 100 ~260V, 50/60HZ |
| Power |
: ≤4kw |
| Dimension |
: 450mm× 520mm× 750 mm |
| Weight |
: 55Kg |
Features
Adopting the integrated configuration, put the sample feeding device, electrical scale, vertical high
temperature cracking furnace, electrolytic cell, stirrer, and gas purification system in a single container.
Thus to make the instrument concise and graceful.
Specially made crucible is used to replace the traditional porcelain boat in sample feeding.
Testing with the principle of coulometry.
24 samples can be loaded a time, controlling procedures realized the automation of continuous sample feeding,
weighting, testing, storing, and print. All the work the operator need to do is to deliver the samples,
thus greatly enhanced the working efficiency.
Testing time, normally about 5 minutes, can be automatically judged according to the different samples.
Adopting the multi-spots dynamic coefficient correcting method, the system error can be automatically
corrected by software, hence to make the testing result more accurate.
Using the PID temperature controlling algorithm, hence the temperature control is more accurate and the
temperature rise more quickly. Using contactless switches. Have overtemperature protection and electrolyte
anti-backflow facility, thus to make the system safe and reliable.
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.
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FULL AUTOMATIC SULFUR ANALYZER (SLE-DL/Q)
Application
It is applicable in the industry such as electrical power, coal, commerce
inspection, environment protection, metallurgy, papermaking, petrochemical, earth
probe, and the research institution or quality inspecting organization to measure the
sulfur content in the materials of coal, cinder, coke, catalyst, minerals, rock, and
petrochemicals.
Specifications
| Model |
: SLE-DL/Q |
| Furnace temperature |
: 1150 °C |
| Temperature controlling precision |
: ± 5 °C |
| Sulfur testing resolution |
: 0.001 % |
| Sulfur testing range |
: > 0.01 % |
| Testing time |
: 5 min per sample |
| Sample number |
: 24 |
| Sample weight |
: 45mg~85mg |
| Power Supply |
: 100 ~260V, 50/60HZ |
| Power |
: ≤4kw |
| Dimension |
: 530mm×420mm×420mm |
| Weight |
: 65Kg |
Features
Adopting the integrated configuration, put the sample feeding device, electronic scale, vertical high
temperature cracking furnace, electrolytic cell, stirrer, and gas purification system in a single container.
Thus to make the instrument concise and graceful.
Specially made crucible is used to replace the traditional porcelain boat in sample feeding.
Testing with the principle of coulometry.
24 samples can be loaded a time, controlling procedures realized the automation of continuous sample feeding,
weighting, testing, storing, and print. All the work the operator need to do is to deliver the samples,
thus greatly enhanced the working efficiency.
Testing time, normally about 5 minutes, can be automatically judged according to the different samples.
Adopting the multi-spots dynamic coefficient correcting method, the system error can be automatically
corrected by software, hence to make the testing result more accurate.
Using the PID temperature controlling algorithm, hence the temperature control is more accurate and the
temperature rise more quickly. Using contactless switches. Have overtemperature protection and electrolyte
anti-backflow facility, thus to make the system safe and reliable.
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.
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