Highlights：
High Automation, high test efficiency.
①Analysis time / sample is＜2 minutes. Samples can be placed in process of test.
②50 autoloader design, high automation, no need attendance in the whole process. Manual sample introduction is also available.
③Patented technology of combustion gas curtain effectively ensures thorough combustion of sample and no emission of gas. Safe and environmental friendly.
④Filter wool can be replaced automatically, no damage to combustion tube and furnace.
⑤Easy and convenient for gas leakage check, operators only need to click on the software.
Humanization Design with stable performance.
①Tailored boat shaped crucible can be placed at random.
②Automatic identification of crucibles by locator card, no need coding in advance.
High Precision.
①Specially designed high temperature combustion tube with secondary combustion function, makes sure the samples combust thoroughly.
②Self-developed ultra low drift infrared cell guarantees that only one drift in a working day is enough for accurate test.
Intelligent control.
①Easy to use Windows-based software: It only needs to click the mouse after weighing and placing the samples.
②Easy data handling, real time data can be transmitted by internal network.
③With Ethernet bus communication technology, one PC controls several analyzers.
④Capable of connecting with network and balance by RS232 interface.
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Specifications:
|
Description |
SDS350 |
|
Test Method |
Infrared Absorption |
|
Sulfur Determination Range |
0.01% - 50%(can be extended to 100%) |
|
Standards |
AS 1038.6.3.3, ASTM D1552, ASTM D3177, ASTM D4239, ASTM D5016,ISO 19579, GB/T 25214, GB/T 28732, BS 1016 |
|
Sulfur Resolution |
0.001% |
|
Analysis Time/sample |
＜ 2 min |
|
Preheating Time |
≤150min |
|
Max. Quantity of sample |
50 |
|
Sample Weight |
80 – 500mg(100mg Recommended) |
|
Furnace Temp |
1250℃ - 1350℃ |
|
Heating Elements |
Silicon Carbide |
|
Temp. Control Precision |
±1℃ |
|
Temperature Sensor |
Thermocouple |
|
Power Requirement |
220V(-15% ~ 10%)50/60Hz |
|
Max. Power |
4kW |
|
Gas Requirement |
99.5% purity oxygen≥1MPa |
|
Gas pressure |
Oxygen（0.28±0.01）MPa Total Air Flow≥1MPa |
|
Sample Introduction and Discarding |
Automatic |
|
Gas Flow Checking |
Rotor flow meter adopted Gas flow by visual check |
|
Chemical Reagents |
Dehydrite |
|
Humidity |
≤85% |
|
Ambient Temperature |
（15~30）℃ |
|
Operational Control |
Windows®-based software on external PC |
|
Operation Cost |
Oxygen consumption lowered by intelligent gas supplying system.Desiccant: Dehydrite which is of higher cost |
|
Dimensions |
860*670*630mm |
|
Weight |
165kg |
|
Advance Calculation |
Yes |
|
Analysis Report |
Yes |
|
Statistics Report |
Yes |
|
System Monitor |
Yes |
|
Description |
SDS350 |
|
Test Method |
Infrared Absorption |
|
Sulfur Determination Range |
0.01% - 50%(can be extended to 100%) |
|
Standards |
AS 1038.6.3.3, ASTM D1552, ASTM D3177, ASTM D4239, ASTM D5016,ISO 19579, GB/T 25214, GB/T 28732, BS 1016 |
|
Sulfur Resolution |
0.001% |
|
Analysis Time/sample |
＜ 2 min |
|
Preheating Time |
≤150min |
|
Max. Quantity of sample |
50 |
|
Sample Weight |
80 – 500mg(100mg Recommended) |
|
Furnace Temp |
1250℃ - 1350℃ |
|
Heating Elements |
Silicon Carbide |
|
Temp. Control Precision |
±1℃ |
|
Temperature Sensor |
Thermocouple |
|
Power Requirement |
220V(-15% ~ 10%)50/60Hz |
|
Max. Power |
4kW |
|
Gas Requirement |
99.5% purity oxygen≥1MPa |
|
Gas pressure |
Oxygen（0.28±0.01）MPa Total Air Flow≥1MPa |
|
Sample Introduction and Discarding |
Automatic |
|
Gas Flow Checking |
Rotor flow meter adopted Gas flow by visual check |
|
Chemical Reagents |
Dehydrite |
|
Humidity |
≤85% |
|
Ambient Temperature |
（15~30）℃ |
|
Operational Control |
Windows®-based software on external PC |
|
Operation Cost |
Oxygen consumption lowered by intelligent gas supplying system.Desiccant: Dehydrite which is of higher cost |
|
Dimensions |
860*670*630mm |
|
Weight |
165kg |
|
Advance Calculation |
Yes |
|
Analysis Report |
Yes |
|
Statistics Report |
Yes |
|
System Monitor |
Yes |
088.604.6088
