Overview
Applicable standard: HJ637-2018 Purpose: It is not only suitable for monitoring the content of petroleum (mineral oil), animal and vegetable oils, and total oil in various water bodies and soils such as surface water, groundwater, seawater, domestic water, and industrial wastewater, but also recommended by the national standard for monitoring the oil content in flue gas (cooking fume in the catering industry). Working principle: using carbon tetrachloride, tetrachloroethylene S316、 Trichlorotrifluoro ..
Product Details
PCYY637 infrared photometric oil analyzer
Overview
1. Applicable standard: HJ637-2018
2. Purpose: It is not only suitable for monitoring the content of petroleum (mineral oil), animal and vegetable oils, and total oil in various water bodies and soils such as surface water, groundwater, seawater, domestic water, and industrial wastewater, but also recommended by the national standard for monitoring the oil content of flue gas (cooking fume) in the catering industry.
3. Working principle: using carbon tetrachloride, tetrachloroethylene S316、 Extract oil substances from water using trichlorotrifluoroethane, fluorocarbons, etc., determine the total extract, and then adsorb the extract with magnesium silicate to remove animal and vegetable oils and other biological substances before determining petroleum. The total extract and petroleum content were calculated based on the absorbance at the spectral bands of 3030cm-1, 2960cm-1, and 2930cm-1, respectively.
feature
The oil analyzer is designed with an integrated optical, mechanical, and electrical system, using an aluminum alloy base. It has good stability, high energy, long optical path, and no drift. The unique circuit and optical path design significantly improves the signal-to-noise ratio and can detect optoelectronic signals submerged in noise.
The true three wavenumbers comply with the national standard 'HJ637-2012'. Infrared spectrophotometry does not require a standard curve, only a set of correction coefficients are used, and no blank comparison is required. The measurement is carried out directly, reducing the workload of operators and saving time.
Spectral scanning provides real-time tracking, allowing for a more intuitive observation of the spectral direction and scanning location.
Using a dual colorimetric dish for comparison can effectively reduce the deviation of measurement results.
Real measurement, no falsification of testing data.
Powerful in function, capable of both quantitative measurement and qualitative analysis, with a dedicated menu for measuring catering fumes, directly displaying the results of fumes measurement.
The appearance of the instrument is beautiful and elegant, and the operation is simple, easy to learn and understand.
10.2-inch industrial grade touch display screen, with large screen size, high clarity, Chinese menu operation, and more abundant displayed content.
It can be used independently of a computer, or connected to a computer to store, process, and transmit data.
The instrument comes with a printing function, which can print measurement results in real time according to the user's work needs, reducing the workload and error rate of operators, and more conveniently meeting the needs of different users.
Technical Specifications
Wave number scanning range: 3400 cm-1-2400 cm-1
Wave number accuracy: ± 1 cm-1
Wave number repeatability: ± 1 cm-1
Measurement repeatability:<2%
Measurement accuracy: ± 2%
Minimum detectable concentration: 0.001mg/L (oil concentration in water)
Spectral resolution: 1 cm-1
Correlation coefficient: r>0.999 (infrared non dispersive method)
Linear range of absorbance: 0.0000-1.9999
Measurement range: 0.01~64000mg/L
Detection limit 3SD:<0.01mg>0.01mg>
Baseline drift: 1%/4h
Measurement errors for different ratios:<>
Dimensions: 750 × 420 × 250 (mm)
Weight: 26kg
Power supply: 220V ± 40V 50Hz ± 1Hz
Power: 40W
Humidity:<80%
Temperature: 5-35 ℃
PCYY637 infrared photometric oil meter
Overview
1. Applicable standards: HJ637-2018
2. Uses: It is not only suitable for the monitoring of petroleum (mineral oil), animal and vegetable oil and total oil content in various water bodies and soils such as surface water, groundwater, sea water, domestic water and industrial wastewater, but also smoke (food industry soot) Instruments recommended by national standards for oil content monitoring.
3. Working principle: extract the oil in the water with carbon tetrachloride, tetrachloroethylene, S316, trichlorotrifluoroethane, freon, etc., and measure the total extract, then adsorb the extract with magnesium silicate. After the animals and other organisms such as vegetable oil, the petroleum is measured. The total extract and petroleum content were calculated by the absorbance at the band of 3030 cm-1 2960 cm-1 2930 cm-1.
Features
The oil measuring instrument integrates optical, mechanical and electrical design, adopts aluminum alloy base, has good stability, large energy, long optical path and no drift. The unique circuit and optical path design make the signal-to-noise ratio significantly improved. A photoelectric signal that is submerged in noise.
The true three-wavenumber is in line with the national standard 'HJ637-2012'. The infrared spectrophotometry does not need to be a standard curve. It only makes a set of correction factors. It does not need to make a blank comparison and directly measures, reducing the workload of the operator and saving time.
Spectral scanning real-time tracking allows for a more intuitive view of the direction of the spectrum and the location of the scan.
By using double cuvette comparison, it is more effective to reduce the deviation of measurement results.
Real measurement, no false detection data.
Powerful, both quantitative and qualitative analysis, with a dedicated restaurant fume measurement menu, directly display soot measurement results.
The appearance of the instrument is beautiful and generous, and the operation is simple and easy to learn.
10.2-inch industrial-grade touch screen display, large screen, high definition, Chinese menu operation, display more content.
It can be used independently from the computer, or it can be connected to a computer to store, process, and transfer data.
The instrument comes with a printing function, which can print the measurement results in real time according to the users work needs, reducing the workload and error rate of the operator, and more convenient to meet the needs of different users.
Technical Parameters
Wavenumber scanning range: 3400 cm - 1-2400 cm -1
Wavenumber accuracy: ±1 cm-1
Wavenumber repeatability: ±1 cm-1
Measurement repeatability: <>
Measurement accuracy: ±2%
Minimum detectable concentration: 0.001 mg / L (oil concentration in water)
Spectral resolution: 1 cm-1
Correlation coefficient: r>0.999 (infrared non-dispersive method)
Absorbance linear range: 0.0000~1.9999
Measuring range: 0.01~64000mg/L
Detection limit 3SD: <0.01mg l='' (oil='' concentration='' in=''>0.01mg>
Baseline drift: 1%/4h
Different ratio measurement error: <3% (measured='' with='' different='' proportions='' of='' mixed=''>3%>
Dimensions: 750 × 420 × 250 (mm)
Weight: 26kg
Power supply: 220V±40V 50Hz±1Hz
Power: 40W
Humidity: <>
Temperature: 5-35 ° C