GH-800 Infrared Spectrophotometric Oil Analyzer
Basic Principles
When a monochromatic light passes through the solution being tested, its energy is absorbed. The intensity of light absorbed is proportional to the concentration of the substance being tested, in accordance with Lambert-Beer's Law: A=log(1/T)=log(I0/I)=a×b×c
Comply with standards
Meets National Standards: "HJ637-2018 Determination of Water Quality - Petroleum and Fats in Oils by Infrared Spectrophotometry"
Meets National Standards: "GB/T16488-1996 Determination of Water Quality – Petroleum and Fats in Oils – Infrared Spectrophotometric Method"
Meets National Standards: "GB3838-2002 Surface Water Environmental Quality Standard"
Meets National Standards: "GB18483-2001 Standard for Fume Emission from Catering Industry"
Meets National Standards: "GB18918-2002 Discharge Standard of Pollutants for Urban Wastewater Treatment Plants"
Meets National Standards: "HJ 1051-2019 Determination of Petroleum in Soil by Infrared Spectrophotometry"
Meets National Standards: "HJ 637-2018 Method for Determination of Petroleum and Fats and Oils in Water by Infrared Spectrophotometry"
Meets National Standards: "HJ 970-2018 Determination of Petroleum in Water by Ultraviolet Spectrophotometry"
Instrument Application Range
This instrument is primarily used for measuring oil content in surface water, groundwater, and industrial wastewater. It is also applicable for monitoring oil in restaurant exhaust gases and solid materials. It is a professional instrument for measuring oil content in water bodies, gases, and solids.
Broadly applicable across various industries
Environmental monitoring systems in various departments, including petrochemicals, hydraulic engineering, water supply, wastewater treatment plants, thermal power plants, steel enterprises, university research and teaching, agricultural environmental monitoring, railway environmental monitoring, automotive manufacturing, marine environmental monitoring, traffic environmental monitoring, and environmental research. Various large and medium-sized enterprises' inspection rooms and laboratories.
Instrument Features
High Accuracy: Measurement error not exceeding ±1% (40 mg/L) each time
Baseline drift less than 0.005 AU/60 min
Electromagnetic tuning light source, enhancing instrument reliability
Zero-point automatic adjustment, automatic adjustment of instrument full scale value
■The instrument uses RS232 or USB 2.0 interfaces for easy connection with computers.
■ Features include mathematical statistics, spectral display, storage, and printing functions
■ Features measurement instrument calibration coefficient function
■Direct reading function with non-dispersive measurement results, no conversion required
Can test purity of carbon tetrachloride
■ S-316, tetrachloroethylene, trichlorotrifluoroethane, and other non-carbon-chlorine organic solvents can be used as extractants.
Technical specification parameters
Baseline drift less than 0.005 AU/60 min
Lowest detectable concentration: 0.001 mg/L (Oil content in water)
zuiHigh measurement concentration: 64,000 mg/L (oil concentration in water)
Wavenumber Range: 3400 cm^-1 to 2400 cm^-1 (2940 nm to 4167 nm)
Wavenumber Accuracy: ±2 cm⁻¹
Wavenumber repeatability: ±2 cm⁻¹
Absorbance Range: 0.00000 - 3.00000 AU
Basic Measurement Range: 0.20-100.00 mg/L
Measurement Range: Can measure oil from 0% to 100% by adjusting the extraction ratio.
Repeatability: Relative Standard Deviation (RSD) < 1% (for standard oil samples with concentrations of 20-40 mg/mL)
Correlation Coefficient R > 0.999
Methyl resolution > 3%
Sample Analysis Time: Full Spectrum Scan: 30 seconds
Spot multiple scans: 10 seconds
Non-dispersive infrared method: 2 seconds
Zeroing out blank solvent: Automatic
Main unit dimensions: 470mm (Length) × 330mm (Width) × 150mm (Height)
Main Unit Weight: 10 Kg
Main Power Supply: 220VAC, 50Hz
Normal operating environmental conditions for the instrument
Power supply should be stable, recommend using a 1-5KW electronic AC voltage stabilizer.
Room temperature requirement: 5-35°C, relative humidity: 20%-85% (RH)
No severe vibration, no strong electromagnetic field interference, no corrosive gases
Well-ventilated laboratory
