High frequency infrared carbon sulfur analysis

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The NJ-HW868E high-frequency infrared carbon sulfur analyzer is developed to determine the content of carbon and sulfur elements in samples. It uses a high-frequency induction furnace to introduce pure oxygen combustion samples, and is equipped with four high-sensitivity infrared detection cells to determine the carbon and sulfur content. The measurement range can be adjusted according to the specific requirements of the user. It can simultaneously and reliably analyze carbon and sulfur elements with different contents in various inorganic materials such as steel, iron, ferroalloys, copper, ore, catalysts, cement, ceramics, glass, various non-ferrous metals, high-temperature alloys, battery electrode materials, coal coke, minerals, slag, sediment, soil, plants, etc.

Product Details

1、 Instrument Overview

NJ-HW868EHigh frequency infrared carbon sulfur analysisceremonySpecially developed for determining the carbon and sulfur content in samples, it uses a high-frequency induction furnace to introduce pure oxygen combustion samples, and is equipped with four highly sensitive infrared detection cells to measure the carbon and sulfur content. The measurement range can be adjusted according to the specific requirements of the user.

NJ-HW868EHigh frequency infrared carbon sulfur analysisceremonyIt can simultaneously and reliably analyze carbon and sulfur elements with different contents in various inorganic materials such as steel, iron, ferroalloys, copper, ore, catalysts, cement, ceramics, glass, various non-ferrous metals, high-temperature alloys, battery electrode materials, coal coke, minerals, slag, sediment, soil, plants, etc.

NJ-HW868EProvides simpler and more user-friendly operating software, including functions such as statistics, grouping, reporting, diagnostic tools, etc., for the element analysis process.

IINJ-HW868EHigh frequency infrared carbon sulfur analysisceremonyTechnical specifications and indicators

1.Basic parameters: Instrument performance and accessories

Determination of Elements	Carbon sulfur joint measurement（C S）
analysis principle	High frequency furnace combustionInfrared absorption method for detection
analysis scope	carbon1：0.0002%-0.5% carbon2：0.1-99.99% sulfur1：0.0002%-0.5% sulfur2：0.1%-99.99%
sample weight (Solid steel standard)	standard0.5g, supports unlimited sample weighing, automatic/Manually input weight
analysis precision	Carbon and sulfur complyGB/T 20123-2006/ISO 15350:2000 2、Carbon complianceISO9556standard 1ppmorRSD≦1% Sulfur meetsISO4935standard 1ppmorRSD≦1.5% 3Carbon complianceGB/T223.86-2009 Sulfur meetsGB/T223.85-2009
sensitivity (minimum reading)	C/S：0.1ppm
analysis time	20-100Adjustable in seconds (usually35Seconds)
work cycle	24hcontinuous operation

High frequency induction furnace

1.High frequency furnace output power:2500WFrequency:20MHz；

2.Automatic leak detection, outdated and overcurrent alarm;

3.current/voltage/power/Selection method for adjusting furnace temperature: suitable for samples of different materials;

4.Gas path: multi-stage pressure stabilization design of the gas path ensures the stability of the analyzed gas flow rate; Multi channel oxygen supply design ensures the supply needs of various material analyses;

5.Induction coil: coated with special materials to eliminate ignition caused by oxidation and other factors in the coil;

6.Low maintenance design allows for more frequent analysis and testing without the need for regular cleaning.

Dust filter

0.4Micro sized ultra microporous metal filter ensures the separation of dust and gas

Furnace head heating

Improve the conversion rate of sulfur and stabilize the sulfur analysis results

Dust removal system

Automatic cleaning: high-efficiency dual brush automatic cleaning/Automatic vacuum dust removal systemAchieve maintenance free cycle for the furnace head200more than

Dust removal system: multi-stage filtration dust removal system

Ash removal system: high-pressure ash removal to remove dust from pipelines

detection system

1.Circuit design: The whole machine adopts modular design, and the surface mounted electronic circuit is highly integrated, stable and reliable;

2.Sampling: Using24High speed locationADData acquisition board, with high sampling accuracy and strong anti-interference ability;

3.Communication: The upper and lower computers adoptUSB2.0Interface communication, fiber optic communication control interface, greatly improves communication speed and resistance to high-frequency interference;

4.Power supply: integrated linearswitchPower supply, stable output;

5.Light source:High stability and long lifespan infrared light sourceHigh spectral efficiency;

6.Analysis Pool:The constant temperature system of the detection pool ensures the consistency of the detection environment；

7.Motor: Customized stepper motor with good thermal stability and continuous service life10Ten thousand hours.

2.NJ-HW868EHigh frequency infrared carbon sulfur analysisceremonyanalysis software

operating software	adoptDeliphSoftware compilation,WIN XP/7/8/10Full Chinese operating software；
Analysis Channel	Provide channel management function, carbon and sulfur channels can be added, deleted, and edited independently without quantity limit;
Analysis function	analysis processDynamic data integration, per second20Subsampling improves the sensitivity and accuracy of analysis; Provide sample management function, which allows editing of sample names and labels, as well as adding and deleting sample names; The software provides a multi-user management system, which allows administrators to set different user permissions；
display function	The carbon and sulfur content adopts an independent curve box,Dynamically display real-time data and carbon and sulfur release curves during the analysis process；
data processing	The analysis results are based onACCESSDatabase storage, capable of storing all data and curves for each analysis of carbon and sulfur; The analysis results can be freely queried based on various factors such as time, operator, sample name, and identification; Provide curves/Multiple functions including data storage, blank deduction, parameter setting, channel selection, mathematical statistics, result correction, curve comparison, etc; The generation and curve fitting of carbon sulfur working curves can be achieved in software; Before leaving the factory or debugging on-site, the full range linear library is pre-set, and the results are directly analyzed during use, without the need or reduction of calibration, improving work efficiency and saving analysis costs；
Print function	Diversified printing modes, providing two printing modes for laboratory and testing stations, and the ability to design printing formats independently；
self-diagnostic function	The system diagnostic function can be implemented by software to detect the sealing of the furnace head and gas chamber.