LS3600 Oil Content Analyzer

The newly upgraded model, compared to traditional oil analyzers that require sampling followed by qualitative measurement, offers faster results and immediate data acquisition. Most molecular functional groups can absorb infrared light, enabling qualitative analysis and quantitative calculation of internal components through the absorption and conversion of spectral energy. The oil content analyzer operates on this fundamental principle, utilizing infrared spectrophotometry. By performing spectral scans on samples, it displays and prints the sample spectrum and the wavenumber positions of absorption peaks, allowing rapid and accurate measurement of the total oil concentration in water.

LS3600 Oil Content Analyzer【Technical Advantages】

Integrated Optical System

The instrument features a compact size, short optical path, and high energy output. It employs a split-then-absorb approach, aligning with the characteristics of infrared spectroscopy, ensuring excellent stability and a high signal-to-noise ratio.

Long-Life Light Source

No need for light source replacement. Real-time automatic zeroing is achieved by the computer collecting signals when the light source is on and off, enabling automatic zero adjustment. This simplifies operation, enhances signal stability, and ensures a light source lifespan of over 5,000 hours.

Infrared Pulsed Light Source

Utilizing advanced technology, the product incorporates a broad-frequency modulated infrared pulsed light source. With high signal frequency and selective amplification, the signal output remains unaffected by stray light. The absence of mechanical chopping components simplifies the instrument structure and improves reliability.

Precision Stepper Motor-Controlled Grating

Equipped with a precision stepper motor for grating control, it features wavelength correction functionality, high wavelength accuracy, and excellent repeatability. The redesigned layout of electronic components ensures electromagnetic compatibility and structural adaptability for upgrades, such as to an 8-channel fully automatic three-wavenumber infrared spectrophotometric oil analyzer.

Semiconductor Detector

With a long service life, the application of semiconductor cooling technology ensures stable signal output, unaffected by changes in room temperature.

Automatic Compensation

Includes an automatic light source compensation system and a signal drift correction system, resulting in baseline stability without drift. The sensor signal processing employs phase-locked amplification circuitry, improving the instrument's signal-to-noise ratio and lowering the detection limit.

High Integration

The optical and electrical systems are self-contained and highly integrated, enhancing the instrument's reliability and maintainability.

Cuvette

Unique cuvette structure design, compatible with 4 cm cuvettes.

Efficiency

High analytical efficiency; the instrument completes the analysis of a sample in 28 seconds (2 seconds for non-dispersive infrared method).

Main Unit

Computer-controlled main unit with comprehensive functions and user-friendly operation. Powerful software allows measurement data and spectra to be saved to the hard drive for easy retrieval and printing. Features include automatic zeroing and regression equation calculation.

Dual Analysis System

The instrument employs a dual analysis system, suitable for use with extraction agents such as carbon tetrachloride, perchloroethylene, and freon. It is compatible with various liquid-liquid extraction devices.

Storage

Spectra, measurement conditions, and results can be saved to computer files or printed directly.

Operation

Simple operation; a single mouse click completes the measurement of an oil sample.

【Application Fields】

u Environmental monitoring: oil content in surface water, groundwater, domestic sewage, and industrial wastewater

u Monitoring of油煙 emissions in the catering industry

u Oil content monitoring in circulating water and wastewater from petroleum, chemical, and other industries

u Oil content monitoring in industrial wastewater and circulating water from smelting, power plants, and thermal power plants

u Determination of oil content in source water by自來水 companies

u Oil content determination in soil and irrigation water for agriculture, forestry, and animal husbandry

u Petroleum measurement in marine environments, fishery environments, and hydrological surveys

u Oil detection by major research institutions, universities, railways, and epidemic prevention departments