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UP-1001 semi-automatic infrared oil analyzer
The UP-1001 semi-automatic infrared oil analyzer utilizes the absorption of oil substances at wavenumbers 2930 cm-1 (stretching vibration of C-H bond
Product details
UP-1001 semi-automatic infrared oil analyzer
Product Introduction
The UP-1001 semi-automatic infrared oil analyzer utilizes oil substances at wave numbers of 2930 cm-1 (Stretching vibration of C-H bond in CH group), 2960cm-1 (Stretching vibration of C-H bond in CH3 group), 3030cm-1 There is absorption at the stretching vibration band of C-H bonds in aromatic hydrocarbons, and qualitative and quantitative analysis can be carried out using the absorption and conversion of spectral energy.
Working principle
The UP-1001 infrared oil analyzer uses the principle of similar solubility to extract oil from water through tetrachloroethylene. After oil-water separation, the oil is measured, and after passing through a magnesium silicate adsorption column, petroleum is measured. Oil substances with wave numbers of 2930 cm-1 (Stretching vibration of C-H bond in CH group), 2960cm-1 (Stretching vibration of C-H bond in CH3 group), 3030cm-1 There is absorption at the stretching vibration band of C-H bonds in aromatic hydrocarbons, and qualitative and quantitative analysis can be carried out using the absorption and conversion of spectral energy.
Reference standards
HJ637-2018 Water Quality - Determination of Petroleum, Animal and Plant Oils - Infrared Spectrometric Method
HJ1077-2019 Determination of Oil Fume and Oil Mist from Fixed Pollution Sources - Infrared Spectrometric Method
HJ1051-2019 Determination of Petroleum in Soil - Infrared Spectrometric Method
application area
Suitable for the determination of industrial wastewater, domestic sewage, oil fume mist, petroleum in soil, and animal and plant oils.
Working principle
The UP-1001 infrared oil analyzer uses the principle of similar solubility to extract oil from water through tetrachloroethylene. After oil-water separation, the oil is measured, and after passing through a magnesium silicate adsorption column, petroleum is measured. Oil substances with wave numbers of 2930 cm-1 (Stretching vibration of C-H bond in CH group), 2960cm-1 (Stretching vibration of C-H bond in CH3 group), 3030cm-1 There is absorption at the stretching vibration band of C-H bonds in aromatic hydrocarbons, and qualitative and quantitative analysis can be carried out using the absorption and conversion of spectral energy.
Reference standards
HJ637-2018 Water Quality - Determination of Petroleum, Animal and Plant Oils - Infrared Spectrometric Method
HJ1077-2019 Determination of Oil Fume and Oil Mist from Fixed Pollution Sources - Infrared Spectrometric Method
HJ1051-2019 Determination of Petroleum in Soil - Infrared Spectrometric Method
application area
Suitable for the determination of industrial wastewater, domestic sewage, oil fume mist, petroleum in soil, and animal and plant oils.
Product Features
Main technical parameters:
Product Features
Main technical parameters:
Product Introduction
The UP-1001 semi-automatic infrared oil analyzer utilizes oil substances at wave numbers of 2930 cm-1 (Stretching vibration of C-H bond in CH group), 2960cm-1 (Stretching vibration of C-H bond in CH3 group), 3030cm-1 There is absorption at the stretching vibration band of C-H bonds in aromatic hydrocarbons, and qualitative and quantitative analysis can be carried out using the absorption and conversion of spectral energy.
Working principle
The UP-1001 infrared oil analyzer uses the principle of similar solubility to extract oil from water through tetrachloroethylene. After oil-water separation, the oil is measured, and after passing through a magnesium silicate adsorption column, petroleum is measured. Oil substances with wave numbers of 2930 cm-1 (Stretching vibration of C-H bond in CH group), 2960cm-1 (Stretching vibration of C-H bond in CH3 group), 3030cm-1 There is absorption at the stretching vibration band of C-H bonds in aromatic hydrocarbons, and qualitative and quantitative analysis can be carried out using the absorption and conversion of spectral energy.
Reference standards
HJ637-2018 Water Quality - Determination of Petroleum, Animal and Plant Oils - Infrared Spectrometric Method
HJ1077-2019 Determination of Oil Fume and Oil Mist from Fixed Pollution Sources - Infrared Spectrometric Method
HJ1051-2019 Determination of Petroleum in Soil - Infrared Spectrometric Method
application area
Suitable for the determination of industrial wastewater, domestic sewage, oil fume mist, petroleum in soil, and animal and plant oils.
Working principle
The UP-1001 infrared oil analyzer uses the principle of similar solubility to extract oil from water through tetrachloroethylene. After oil-water separation, the oil is measured, and after passing through a magnesium silicate adsorption column, petroleum is measured. Oil substances with wave numbers of 2930 cm-1 (Stretching vibration of C-H bond in CH group), 2960cm-1 (Stretching vibration of C-H bond in CH3 group), 3030cm-1 There is absorption at the stretching vibration band of C-H bonds in aromatic hydrocarbons, and qualitative and quantitative analysis can be carried out using the absorption and conversion of spectral energy.
Reference standards
HJ637-2018 Water Quality - Determination of Petroleum, Animal and Plant Oils - Infrared Spectrometric Method
HJ1077-2019 Determination of Oil Fume and Oil Mist from Fixed Pollution Sources - Infrared Spectrometric Method
HJ1051-2019 Determination of Petroleum in Soil - Infrared Spectrometric Method
application area
Suitable for the determination of industrial wastewater, domestic sewage, oil fume mist, petroleum in soil, and animal and plant oils.
Product Features
- Good stability: adopting an integrated optical system, with short optical path length, high energy, stable signal, and high signal-to-noise ratio.
- Small drift: The detector collects both the signal when the light source emits light and the signal when the light source is turned off, achieving real-time automatic zero reset.
- Accurate positioning: The principle of residual cutting is used for wave number precise positioning scanning, so that the wave number positioning accuracy is less than one wave number.
- Small measurement error for different ratios: Simulating the oil composition in water, the error in determining any component of standard oil is less than 5%, making the instrument truly serve the actual water sample.
- Full spectrum measurement: Full wavenumber measurement and real-time display of spectra, which can be qualitatively analyzed or quantitatively measured.
- Oil testing specialized software: The oil testing specialized software (with software copyright application) integrates spectrum scanning, analysis, calculation, and storage, making operation easier. Equipped with self checking and result judgment functions: it will prompt if the energy is abnormal, and at the same time, it will indicate possible causes for troubleshooting reference. It also has software judgment function to indicate whether the sample exceeds the standard.
- Remote control: The instrument uses a 10.1-inch Windows 10 tablet computer embedded in the host instrument, which can be flexibly removed to achieve remote control. The host computer reserves an external computer communication control interface.
- Communication methods: Bluetooth, RS232 communication.
Main technical parameters:
| Wave number scanning range | 3400 cm-1 ~2400 cm-1 （2941nm-4167nm） |
| Wave number repeatability | ±1 cm-1 |
| wavelength accuracy | ±1 cm-1 |
| detection limit | <0.02mg/L |
| Measurement repeatability | <2% |
| Measurement accuracy | ±2% |
| Linear range of absorbance | 0.0000~1.9999AU |
| measuring range | 0.02~800mg/L |
| Zui low detectable concentration | 0.002mg/L (water sample concentration) |
| baseline drift | 1%/4h |
| Different proportioning errors | ≤5% |
| communication interface | RS232、USB |
| display | 10.1-inch tablet computer |
| Dimensions (mm) | 540*246*160(mm) |
| Power supply power | 220V±40V 50Hz±1H 40W |
| Weight (KG) | 13 |
| temperature | 5-35 ℃ |
| humidity | <80% |
Product Features
- Good stability: adopting an integrated optical system, with short optical path length, high energy, stable signal, and high signal-to-noise ratio.
- Small drift: The detector collects both the signal when the light source emits light and the signal when the light source is turned off, achieving real-time automatic zero reset.
- Accurate positioning: The principle of residual cutting is used for wave number precise positioning scanning, so that the wave number positioning accuracy is less than one wave number.
- Small measurement error for different ratios: Simulating the oil composition in water, the error in determining any component of standard oil is less than 5%, making the instrument truly serve the actual water sample.
- Full spectrum measurement: Full wavenumber measurement and real-time display of spectra, which can be qualitatively analyzed or quantitatively measured.
- Oil testing specialized software: The oil testing specialized software (with software copyright application) integrates spectrum scanning, analysis, calculation, and storage, making operation easier. Equipped with self checking and result judgment functions: it will prompt if the energy is abnormal, and at the same time, it will indicate possible causes for troubleshooting reference. It also has software judgment function to indicate whether the sample exceeds the standard.
- Remote control: The instrument uses a 10.1-inch Windows 10 tablet computer embedded in the host instrument, which can be flexibly removed to achieve remote control. The host computer reserves an external computer communication control interface.
- Communication methods: Bluetooth, RS232 communication.
Main technical parameters:
| Wave number scanning range | 3400 cm-1 ~2400 cm-1 （2941nm-4167nm） |
| Wave number repeatability | ±1 cm-1 |
| wavelength accuracy | ±1 cm-1 |
| detection limit | <0.02mg/L |
| Measurement repeatability | <2% |
| Measurement accuracy | ±2% |
| Linear range of absorbance | 0.0000~1.9999AU |
| measuring range | 0.02~800mg/L |
| Zui low detectable concentration | 0.002mg/L (water sample concentration) |
| baseline drift | 1%/4h |
| Different proportioning errors | ≤5% |
| communication interface | RS232、USB |
| display | 10.1-inch tablet computer |
| Dimensions (mm) | 540*246*160(mm) |
| Power supply power | 220V±40V 50Hz±1H 40W |
| Weight (KG) | 13 |
| temperature | 5-35 ℃ |
| humidity | <80% |
keywords
- Infrared oil analyzer
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