CS - 8820 high frequency infrared carbon sulfur analyzer Features:
1. With low noise, high sensitivity, high stability of the infrared detector.
2. The machine modular design, improve the reliability of the instrument.
3. Automatic on-line electronic balance.
4. WINDOWS full Chinese operation interface, convenient operation, easy to master.
5. All the data and the carbon in the process of dynamic display.
6. Measurement of wide linear range, and can be extended.
7. The high frequency circuit design is reasonable, the high frequency furnace power adjustable, suitable for different material samples.
8. Furnace head automatic cleaning device, can reduce dust on the result of analysis.
9. The burner heating device, lead to the agreement of sulfur conversion rate, improve the stability of the sulfur determination.
Measurement of wide linear range, and can be extended.
11. The software function is all ready, provide the help file, system, channel selection, mathematical statistics, the calibration measurement, breakpoint correction, system diagnosis and so on more than 40 function. Technical parameters
Measuring range: carbon: 0.0001% 10.0000% (to 99.9999%)
Sulfur: 0.0001% 3.5000% (to 99.9999%)
Analysis of error: in accordance with GB/T20123-2006 / ISO15350:2000 standard
Analysis time: 25 to 60 seconds adjustable 35 seconds (general)
High frequency furnace: acuity 2.5 kVA power; 18 MHZ frequency:
Electronic balance, electronic balance not quantitative sample, accuracy of reading: 0.0001 g
Working environment: indoor temperature: 10 to 30 ℃. Relative humidity: less than 90%
Power: grounding is good, the voltage is AC220V + / - 5%; Frequency 50 hz plus or minus 2%
Oxygen: a purity of 99.5% or more, the input pressure 0.18 MPa + / - 5%
The CS-8820 infrared carbon-sulfur analyzer is used with the WF-T88 high-frequency induction combustion furnace to quickly and accurately determine steel, iron, alloy, foundry core sand, non-ferrous metals, cement, ore, coke, catalysts and The mass fraction of carbon and sulfur in other materials.
