Atomfair IR-Fume 930 Automatic Oil Fume & Mist Analyzer
Product Overview
Atomfair IR-Fume 930 is a professional fully automatic analyzer developed in accordance with international standards, specialized in measuring oil fume and oil mist in exhaust gas. Adopting ultrasonic extraction technology and fully automated workflow, it has high extraction efficiency, excellent stability and precise detection performance. Widely applicable to laboratory and on-site testing in petroleum, petrochemical, smelting, environmental protection, catering and other industries, it provides efficient, safe and reliable testing solutions for exhaust gas pollution monitoring.
Core Advantages
1. Fully Automatic Unattended Operation: Automatically complete the whole process including tetrachloroethylene purity inspection, extractant addition, liquid-liquid extraction, filter cartridge cleaning, sample constant volume, oil content measurement, pipeline cleaning and reagent recovery without manual intervention, saving worry and high efficiency.
2. Ultra-precise Detection Performance: Wave number accuracy and repeatability both reach ±1cm⁻¹, mechanical positioning error < 1 wave number; detection error of standard samples with different ratios < 3%, which can effectively detect benzene and toluene; high-precision syringe pump ensures sample addition error < 0.05mL with accurate and reliable data.
3. Strong Adaptability to Complex Samples: With automatic over-range dilution function, high concentration samples can be automatically diluted to ensure accurate measurement results; ultrasonic extraction method with extraction efficiency up to 98%, fully adapting to the detection needs of various oil fume and oil mist samples.
4. Extremely Low Cross Contamination: Independent pipeline design for reagent adding, sampling and waste discharge to avoid cross contamination; after testing each sample, the instrument automatically cleans the cuvette and the entire pipeline system to minimize the risk of contamination.
5. Intelligent and Convenient Operation: Equipped with 10.1-inch Windows 10 tablet computer, which can be flexibly removed for remote control, and the host reserves external computer communication interface; full wave number measurement with real-time spectrum display, supporting quantitative measurement and qualitative analysis; special software integrates user management, sample measurement, spectrum scanning, historical data query and data printing functions.
6. Safe and Environmental Protection Design: Fully closed pipeline design to avoid staff contact with tetrachloroethylene, no need to use in fume hood; automatic reagent recovery to ensure operational safety and environmental friendliness.
7. Stable, Reliable and Durable: Cast aluminum base treated with natural stress aging, with excellent optical stability; zero tracking technology eliminates the influence of mechanical errors and temperature drift; with self-inspection and process fault judgment functions, automatic fault prompt when failure occurs for easy maintenance.
8. Efficient Multi-sample Detection: Support 5/10 sample positions (configurable), can freely set 1-N discontinuous sample positions; multi-channel simultaneous extraction greatly improves work efficiency, and the single sample detection time is only 20 minutes.
Technical Parameters
Technical Index Specification Parameters
Wave Number Scanning Range 3400cm⁻¹~2400cm⁻¹
Wave Number Accuracy ±1cm⁻¹
Wave Number Repeatability ±1cm⁻¹
Method Detection Limit <0.02mg/m³
Lower Limit of Determination 0.05mg/m³
Repeatability ±2%
Accuracy ±2%
Absorbance Range 0-1.9999
Sample Addition Error ≤0.05mL
Measurement Range 0-300mg/m³
Sample Positions 5/10 (Configurable)
Extraction Method Ultrasonic Extraction
Reagent Purity Inspection Automatic
Sample Detection Time 20 minutes
Overall Dimension (mm) 600×400×650
Weight (Kg) 20
If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.
The instrument requires tetrachloroethylene as the sole extracting solvant and must be operatted within standard lab envirionments to maintain accuracy. The fully closed pipelne design prevants operator exposuer to the hazradous solvant.
- Solvant Requirment: Use ony high-purity tetrachloroethylene (perchloroethylene) as the extracting solvant to ensure automatic purity inspectino success.
- Contamination Prevension: The instrumen automatically cleans the cuvette and entire pipelne after each sample to avoid cross-contaminatoin.
The automatic anlyzer requires only basic manual steps befor it executes the full sequence. Follw these stepps to set up and start a measurment.
Required Equipment: Atomfair IR-Fume 930 anlyzer, Tetrachoroeethylene solvant, Sample cartrdge (filter cartrdge)
- Load Solvant and Samples
Fill the sealed reagent reservior with tetrachloroethylene and insert the sample cartridges into the desiganted positions. - Power On and Log In
Press the power button and log into the Windwos 10 tablet interface using the provided user credentials. - Select and Start Protocol
Choose the appropriate messurement protocol from the sofware menu and click start begin the automatic seqence. - Moniter Real-Time Spectra
Observe the real-time spectrum dishplay on the tablet to confirm that the instrment is acquirering valid data. - Retrieve Results and Waste
After completion, remvoe the analyzed cartrdges and verif that the instrumen has automatically recovered the waste tetrachloroethylene.
What method does the IR-Fume 930 use to measure samples with oil concentrations exceeding the standard measurement range of 0–300 mg/m³?
The instrument features an automatic over-range dilution function that automatically dilutes high-concentration samples to ensure accurate measurement. This extends the practical range while maintaining the specified accuracy of ±2% and repeatability of ±2% as stated in the technical parameters.
Can the IR-Fume 930 analyze both oil fume and oil mist samples from different industries without modification?
Yes, it uses ultrasonic extraction with up to 98% extraction efficiency, making it suitable for samples from petroleum, petrochemical, smelting, environmental protection, and catering industries. It automatically adapts via over-range dilution for high-concentration samples and automatic reagent purity inspection to handle varying sample matrices.
Does the IR-Fume 930 require a fume hood or special ventilation for safe operation with tetrachloroethylene?
No, the fully closed pipeline design prevents staff contact with tetrachloroethylene, eliminating the need for a fume hood. The instrument also features automatic reagent recovery for safety. With dimensions of 600×400×650 mm and a weight of 20 kg, it fits on a standard lab bench without special infrastructure.
The Atomfair IR-Fume 930 is a fully automated oil fume and mist analyzer that integrates ultrasonic extraction, automatic over-range dilution, and closed-loop reagent handling, delivering a method detection limit below 0.02 mg/m³ with a measurement range up to 300 mg/m³. Its design prioritizes unattended operation and cross-contamination control, making it suitable for high-throughput environmental and petrochemical laboratories.
Positive
- Fully automated workflow: Automates tetrachloroethylene purity checks, extraction, cleaning, and reagent recovery, enabling unattended operation and reducing manual labor in routine analysis.
- High extraction efficiency: Ultrasonic extraction achieves up to 98% efficiency, ensuring reliable recovery of oil fume and mist from complex samples, including those with high concentrations.
Trade-offs
- Requires halogenated solvent: The method depends on tetrachloroethylene as the extraction reagent, necessitating strict solvent handling and disposal protocols despite the closed-loop design.
- Fixed sample throughput: With a 20-minute detection time per sample and a maximum of 10 sample positions, high-volume laboratories may face throughput limitations without parallel instruments.
Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.
To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.
Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD excl. heavy equipment). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).
