Description
Sulfur Content
The manufacturer designs and produces the instrument according to the GB/T 380 Standard Test Method for Sulfur Content in Petroleum Products (Lamp Method) of the People’s Republic of China.
I. Main technical features of the Sulfur Analyzer
1. Compact Desktop Design: The instrument features a small, space-saving structure, allowing for the determination of sulfur content in five samples simultaneously. As a result, this design maximizes efficiency and minimizes space usage.
2.Adjustable Lamp Setup: In addition, the lamp mounts in a fixed seat, and both the height and suction rate for each sample adjust independently, thereby ensuring precise measurements. Furthermore, this flexibility enables testing a wide range of sample types effectively.
3. Durable Construction: Moreover, the instrument is made from stainless steel, which not only ensures durability but also provides a reasonable design that makes it easy to clean. Thus, the material choice enhances both the longevity and usability of the instrument.
II. Key Technical Specifications of the Sulfur Content Tester
1. Power Supply: AC 220 V ±10%, 50 Hz, ensuring reliable and stable operation.
2. Sample Capacity: The instrument can accommodate five independent sample groups, enabling efficient testing.
3. Electromagnetic Pump: The instrument includes five main pumps and one auxiliary (stir) pump, thereby ensuring optimal fluid movement during the testing process.
4. Vacuum Pump Adjustment: The vacuum pumping rate can be continuously adjusted via a potentiometer for each individual sample group.
5.Lamp Adjustment: The lamp can be adjusted up and down, with a range of at least 15 mm, thus providing flexibility in the testing setup.
6. Test Tube HolderTest Tube Holder: Additionally, each test tube holder can be adjusted independently, with an adjustment range of no less than 20 mm, thereby ensuring precise positioning.
7. Ambient Temperature Range: Operates efficiently within a temperature range of -10 ℃ to 40 ℃.
8. Relative Humidity: The instrument functions optimally with a relative humidity of ≤ 85%.
9. Maximum Power Consumption: The instrument consumes a maximum of 150 W, ensuring energy efficiency.
10. Dimensions: The instrument’s size is 380 mm × 320 mm × 600 mm, including the test vessels.
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