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UP-CYY-III infrared oil analyzer
The UP-CYY-III infrared oil analyzer adopts an efficient optoelectronic system, a Chinese stereoscopic color touch screen, and easy operation. Good st
Product details
UP-CYY-III infrared oil analyzer features:
Good stability: Made of aluminum alloy casting base, subjected to long-term stress failure treatment, precision optical, mechanical, and electrical integrated design, high energy, high signal-to-noise ratio.
Precision wavenumber scanning mechanism: using horizontal and rotational dual wavenumber positioning, with a positioning accuracy of ± 1cm-1It can be detected using polystyrene film and standard petroleum substances, and can achieve segmented scanning. Add wavenumber stepping technology encoder to achieve accurate wavenumber scanning step counting.
Efficient optical/electrical system design: Adopting a quasi ellipsoidal condenser to concentrate all the light beams on the detector, improving the signal-to-noise ratio of the entire machine. The pre integrated narrowband active filter and digital lock-in amplifier significantly improve the signal-to-noise ratio and can detect optoelectronic signals submerged in noise, which is the guarantee for improving the detection limit of the instrument.
True three wave number: compliant with national standards“HJ 637-2012”Requirement: Infrared spectrophotometry does not require a standard curve, only a set of correction coefficients.
Small measurement error for different ratios: The error of any component standard oil in simulating the determination of oil composition in water is less than 5%, making the instrument truly serve the actual water sample.
The instrument comes with a function to eliminate blank interference, and the blank value of the blank test is below the detection limit, which complies with the national standard“HJ 637-2012”Quality assurance and quality control requirements.
There is a dedicated menu for measuring cooking fumes, which directly displays the measurement results of cooking fumes (mg/m)3）. Measure the concentration of cooking oil fume emissions in the catering industry in accordance with the national standard for cooking oil fume emissions GB18483-2001.
Multi functional measurement selection, high degree of automation: equipped with surface water/Groundwater and industrial wastewater/Independent operation menus for domestic wastewater, blank test, detection limit, standard curve, etc., without the need for users to perform calculations, meet all measurement and inspection requirements.
Easy to operate: The Chinese stereoscopic color touch screen screen, combined with a step-by-step operation menu, is easy to operate. No need for sample calibration, it can be used separately from the computer or connected to a computer for data storage and processing. Wave numbers can be freely measured and located, both quantitatively and qualitatively.
This oil analyzer is suitable for various extractants: 1. Carbon tetrachloride. 2. Tetrachloroethylene. 3 S316。 4. Trichlorotrifluoroethane.
Compliant with standards:
National Standard of the People's Republic of China HJ637-2012 Water Quality - Determination of Petroleum and Animal and Vegetable Oils - Infrared photometric method
Technical principle of UP-CYY-III infrared oil analyzer:
According to the HJ637-2012 (GB/T16488-1996) standard, oil substances in water (or gas, solid) are extracted with carbon tetrachloride, and the total extract is determined. Then, the extract is adsorbed with magnesium silicate, and after removing polar substances such as animal and vegetable oils, petroleum substances are determined. The total extract and petroleum content were calculated based on the absorbance A2930, A2960, and A3030 at spectral numbers 2930 cm-1 (stretching vibration of C-H bond in CH2 group), 2960 cm-1 (stretching vibration of C-H bond in CH3 group), and 3030 cm-1 (stretching vibration of C-H bond in aromatic ring), respectively. The content of animal and vegetable oils is calculated based on the difference between the total extract and petroleum content.
Technical parameters of UP-CYY-III infrared oil analyzer:
Wave number scanning range: 3400 cm-1-2400cm-1
Wave number accuracy: ± 1 cm-1(Polystyrene film/standard oil scanning)
Wave number repeatability: ± 1 cm-1 (Polystyrene film/standard oil scanning)
Spectral resolution: 1 cm-1
Measurement repeatability: ＜ 2％
Measurement accuracy: ± 2%
Measurement range: 0.01~8000mg/L
Linear range of absorbance: 0.0000-1.9999
Correlation coefficient: r>0.999 (infrared non dispersive method)
Zui low detection concentration: 0.001mg/L (rich concentrated oil concentration)
Detection limit 3SD:< 0.01 mg/L (concentration of concentrated oil)
Baseline drift: 1%/4h
Measurement error for different ratios:<3% (for measuring mixed hydrocarbons with different ratios)
Humidity:< 80%
Temperature: 5-35 ℃
Testing time: Measurement of a single sample is completed in 54 seconds.
Dimensions: 540 × 310 × 200 (mm)
Power supply: 220V ± 40V 50~60Hz ± 1Hz 40W
Power: 35W
Weight: 14kg
Good stability: Made of aluminum alloy casting base, subjected to long-term stress failure treatment, precision optical, mechanical, and electrical integrated design, high energy, high signal-to-noise ratio.
Precision wavenumber scanning mechanism: using horizontal and rotational dual wavenumber positioning, with a positioning accuracy of ± 1cm-1It can be detected using polystyrene film and standard petroleum substances, and can achieve segmented scanning. Add wavenumber stepping technology encoder to achieve accurate wavenumber scanning step counting.
Efficient optical/electrical system design: Adopting a quasi ellipsoidal condenser to concentrate all the light beams on the detector, improving the signal-to-noise ratio of the entire machine. The pre integrated narrowband active filter and digital lock-in amplifier significantly improve the signal-to-noise ratio and can detect optoelectronic signals submerged in noise, which is the guarantee for improving the detection limit of the instrument.
True three wave number: compliant with national standards“HJ 637-2012”Requirement: Infrared spectrophotometry does not require a standard curve, only a set of correction coefficients.
Small measurement error for different ratios: The error of any component standard oil in simulating the determination of oil composition in water is less than 5%, making the instrument truly serve the actual water sample.
The instrument comes with a function to eliminate blank interference, and the blank value of the blank test is below the detection limit, which complies with the national standard“HJ 637-2012”Quality assurance and quality control requirements.
There is a dedicated menu for measuring cooking fumes, which directly displays the measurement results of cooking fumes (mg/m)3）. Measure the concentration of cooking oil fume emissions in the catering industry in accordance with the national standard for cooking oil fume emissions GB18483-2001.
Multi functional measurement selection, high degree of automation: equipped with surface water/Groundwater and industrial wastewater/Independent operation menus for domestic wastewater, blank test, detection limit, standard curve, etc., without the need for users to perform calculations, meet all measurement and inspection requirements.
Easy to operate: The Chinese stereoscopic color touch screen screen, combined with a step-by-step operation menu, is easy to operate. No need for sample calibration, it can be used separately from the computer or connected to a computer for data storage and processing. Wave numbers can be freely measured and located, both quantitatively and qualitatively.
This oil analyzer is suitable for various extractants: 1. Carbon tetrachloride. 2. Tetrachloroethylene. 3 S316。 4. Trichlorotrifluoroethane.
Compliant with standards:
National Standard of the People's Republic of China HJ637-2012 Water Quality - Determination of Petroleum and Animal and Vegetable Oils - Infrared photometric method
Technical principle of UP-CYY-III infrared oil analyzer:
According to the HJ637-2012 (GB/T16488-1996) standard, oil substances in water (or gas, solid) are extracted with carbon tetrachloride, and the total extract is determined. Then, the extract is adsorbed with magnesium silicate, and after removing polar substances such as animal and vegetable oils, petroleum substances are determined. The total extract and petroleum content were calculated based on the absorbance A2930, A2960, and A3030 at spectral numbers 2930 cm-1 (stretching vibration of C-H bond in CH2 group), 2960 cm-1 (stretching vibration of C-H bond in CH3 group), and 3030 cm-1 (stretching vibration of C-H bond in aromatic ring), respectively. The content of animal and vegetable oils is calculated based on the difference between the total extract and petroleum content.
Technical parameters of UP-CYY-III infrared oil analyzer:
Wave number scanning range: 3400 cm-1-2400cm-1
Wave number accuracy: ± 1 cm-1(Polystyrene film/standard oil scanning)
Wave number repeatability: ± 1 cm-1 (Polystyrene film/standard oil scanning)
Spectral resolution: 1 cm-1
Measurement repeatability: ＜ 2％
Measurement accuracy: ± 2%
Measurement range: 0.01~8000mg/L
Linear range of absorbance: 0.0000-1.9999
Correlation coefficient: r>0.999 (infrared non dispersive method)
Zui low detection concentration: 0.001mg/L (rich concentrated oil concentration)
Detection limit 3SD:< 0.01 mg/L (concentration of concentrated oil)
Baseline drift: 1%/4h
Measurement error for different ratios:<3% (for measuring mixed hydrocarbons with different ratios)
Humidity:< 80%
Temperature: 5-35 ℃
Testing time: Measurement of a single sample is completed in 54 seconds.
Dimensions: 540 × 310 × 200 (mm)
Power supply: 220V ± 40V 50~60Hz ± 1Hz 40W
Power: 35W
Weight: 14kg
keywords
- Infrared oil analyzer
- UP-CYY-III
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