Sulfur Element Analyzer HM-CS1

Instrument detection principle

The instrument uses physical analysis methods to detect the sulfur content in crude oil and petroleum products.

Technical Specifications

Analysis range: 0.0007% -0.1% (7pm-1000ppm)

0.1%-50%(1000ppm-500000ppm)

Analysis accuracy: higher than similar domestic products, with specific parameters as follows:

When the sample concentration is 50ppm, it is less than 10ppm

When the sample concentration is 100ppm,<± 8ppm

When the sample concentration is 1000ppm, it is less than ± 5%

When the sample concentration is 1%, it is less than ± 0.5%

Detection limit: 10ppm

Measurement time: 100 seconds, 300 seconds, automatic, manual settings (5-10000S, 1 second per step for free selection)

Sample consumption: 2-4 milliliters

External output: USB 2.0

Usage conditions: Environmental temperature: 5-40 ℃; Relative humidity: ≤ 85% (30 ℃); Power supply: 220V ± 20V, 50Hz.

Instrument Features 

1. The instrument runs on the Windows operating platform, with human-machine dialogue and convenient operation.

2. In sample analysis, there is no contact, no damage, no need for conversion, no need for high-temperature operation, no need for chemical reagents, and no need to consume inert gases. High concentration samples do not require dilution and can be directly detected by the instrument without causing any pollution to the instrument detection system.

3. Wide detection range: used for the determination of sulfur content in petroleum and various petroleum products.

4. Fast measurement speed: It only takes 30-60 seconds to accurately determine the sulfur content.

5. Specialized sample cup: using disposable specialized sample cups, low cost, can avoid sample cross contamination; Sample production is fast, convenient, and not prone to leakage; The single facial mask sample cup can be used to record the sample concentration, number, date, etc. on the back of the sample cup.

6. Low consumption of standard samples: only 2-4 milliliters are needed each time, greatly reducing the consumption of standard samples.

7. Easy instrument calibration: By placing specialized calibration standard samples, the instrument can be quickly calibrated.

8. Equipped with automatic gain correction: When the energy decreases, the instrument will automatically adjust the corresponding algorithm to ensure measurement accuracy.

9. Automatic selection of standard curves: The instrument can store any number of standard curves, and users can choose the most suitable curve; If there is no selection, the instrument can automatically select a curve that is closest to the measured sample; If the tested sample exceeds the range of all curve measurement points, the instrument will use the "extrapolation method" for measurement.

10. Pollution protection: An anti overflow protection device has been added to the instrument sample testing chamber to prevent sample leakage during the testing process.

11. Safety protection: The instrument is equipped with strict protective measures and installed with dust-proof and anti-corrosion devices.