New carbon sulfur analyzer

New carbon sulfur analyzerProduct Introduction

1) Highly integrated circuit board, electronic components optimized for automotive grade, improves service life, and reduces failure rate.

2) Using a 24 bit ADC chip and 4 acquisition channels (high carbon, low carbon, high sulfur, low sulfur). Collect 4 sets of AD signals, analyze them sequentially through 4 signal analysis pools, generate 4 AD signals, and automatically read 4 sets of available signals.

3) Adopting a 32-bit microcontroller to improve computation speed and accuracy.

4) The integrated constant temperature infrared detection cell and constant temperature insulation technology eliminate the interference of external environmental temperature.

5) The analysis of the gas path adopts precision electronic mass flowmeter control technology.

6) High frequency combustion adopts fully functional power control technology.

7) The analysis software adopts vertical screen touch, with optional single vertical screen display or dual screen display of vertical screen+touch vertical screen, allowing users to conveniently and quickly set methods, analyze and control, online diagnosis, and edit data reports; connectableLaboratory LIMS system.

8）New carbon sulfur analyzerThe instrument has self diagnostic function, automatic multi-stage leak detection, real-time instrument fault alarm and provides alarm content, and real-time monitoring of the instrument environment (including solenoid valve status, temperature, pressure, flow rate, etc.).

9) The multi language operation interface can be switched with one click.

10) Equipped with an automatic vacuum cleaning system as standard.

11) Optional integrated purification furnace and conversion furnace system devices.

12）Optional high-efficiency physical dehydration device.

13）Optional halogen trap device.

14）Optional tube furnace combustion system.

1Conventional sample analysis methods: (for reference only)

Limestone:0.15 grams of tin+0.15 grams of sample+0.3 grams of pure iron+one spoonful of tungsten particles

Dolomite:0.15 grams of tin+0.15 grams of sample+0.3 grams of pure iron+one spoonful of tungsten particles

Iron ore:0.15 grams of tin+0.15 grams of sample+0.3 grams of pure iron+one spoonful of tungsten particles

Soil:0.15 grams of tin+0.1 grams of sample+0.3 grams of pure iron+one spoonful of tungsten particles

General steel sample:0.5 grams of sample+one spoonful of tungsten particles

General iron sample:0.5 grams of sample+one spoonful of tungsten particles

Manganese iron and manganese alloy:0.3 grams of sample+one spoonful of tungsten granules

Manganese nitride:0.2 grams of sample+0.4 grams of pure iron+one spoonful of tungsten particles

manganese mine:0.2 grams of sample+0.4 grams of pure iron+one spoonful of tungsten particles

Ferrosilicon:0.15 grams of tin+0.1 grams of sample+0.3 grams of pure iron+one spoonful of tungsten particles

Blast furnace slag:0.1 grams of sample+one spoonful of tungsten particles

Coal:0.15 grams of tin+0.03 grams of sample+0.3 grams of pure iron+one spoonful of tungsten particles

Sulfur concentrate:0.15 grams of tin+0.03 grams of sample+0.3 grams of pure iron+one spoonful of tungsten particles

White Grey:0.15 grams of tin+0.1 grams of sample+0.3 grams of pure iron+one spoonful of tungsten particles

High carbon ferrochrome;0.1 grams of sample+one spoonful of tungsten particles

Reduced titanium:0.3 grams of sample+one spoonful of tungsten granules

2、 Attention:

1. Before making the powder sample, it needs to be dried at 105 ℃ for more than 2 hours to ensure that the sample is dry and free of water (moisture has a significant impact on sulfur content)

2. Sample preparation ensures that the sample is free of oil (oil has a significant impact on carbon content)

3. The sample size can be adjusted appropriately according to the carbon and sulfur content of the sample. For high content and refractory samples, the sample size can be reduced appropriately, and the sample size should be kept at 0.05 grams or more as much as possible (except for coal, sulfur concentrate and other samples with extremely high carbon and sulfur content).