Fourier transform near-infrared spectrometer

Fourier transform near-infrared spectrometerMASTER10

Characteristics of Fourier Transform Near Infrared Spectrometer MASTER10:

Near infrared spectroscopy technology is a green and environmentally friendly rapid non-destructive testing technique. By detecting the molecular vibrations of hydrogen containing groups (C-H, N-H, O-H), quantitative models of various components can be established. Therefore, it is widely used in quality control and process online monitoring in various industries. Fourier transform near-infrared spectroscopy (FTNIR) has become the mainstream near-infrared spectroscopy device due to its outstanding advantages such as wide scanning range, fast speed, high wavelength accuracy, and high resolution. At present, the devices using this technology on the market are mostly produced by imported instrument manufacturers, with a high entry threshold. Master10 is launched by our company through long-term technical accumulation and independent research and developmentFourier transform near-infrared spectrometerIts performance benchmarks international brands and achieves the integration of laboratory and industrial online functions.

Near infrared spectrometer MASTER10Hardware features:

Interferometer: Independently developed high stability solid angle mirror interferometer with permanent collimation

Light source: Imported high-performance near-infrared light source

Laser: Solid state laser, with a service life of 10 years

Beam splitter: Near infrared specific CaF₂Beam splitter

Spectral range: 12500-4000 cm^-1(800 - 2500nm)

Detector: High sensitivity InGaAs detector

Circuit board: independently developed circuit board hardware and control program, high stability

Interface method: Standard SMA905, can be connected to external transmission module M-Cube, as well as various types of solid or liquid probes

Software features:

S-IR: Operating software. Chinese version operating software suitable for Windows 7/10, with graphical instructions and simple operation, used for controlling, sampling, and spectrum processing of spectrometer host.

S-Cal: Modeling software. It has the functions of fully automatic optimization modeling, manual modeling, and data prediction, and can transfer data models between different FTNIR instruments.

S-Seq: Automated operation software. Linking spectral acquisition, model calling, result prediction, and other operations together, users can perform simple operations to automatically complete sample measurements and directly obtain measurement results.

S-Online: Online monitoring software. Control the spectrometer for uninterrupted measurement, transmit the measurement results and equipment status to the DCS control system, and use various mainstream communication methods (4-20mA, Modbus, Profibus, etc.)

Laboratory solution:

Master10 can be widely used for rapid detection of various organic content and related indicators in laboratories. One host can measure different indicators of multiple products, with simple sample installation, no need for pretreatment, green and environmentally friendly, saving time and effort.

Recommended configuration:

-Master10 host

-M-Cube Transmission Temperature Control Module (Temperature Control Range: Room Temperature to 150oC)

-Low hydroxyl transmittance sample bottle

-Laboratory transmission liquid probe (optional)

-Laboratory Reflective Solid State Probe (optional)

-S-Cal quantitative modeling software

-S-Seq automation operation software

Online solution:

Master10 can be expanded into an 8-channel online detection host, where each channel is connected to a probe or flow cell on site through a near-infrared dedicated fiber optic cable. The near-infrared spectrum of the material measured at the site is collected and the spectral signal is transmitted to the host's detector; The key component content of each measurement point is predicted using S-Cal software, and the measurement results are transmitted in real-time to the DCS control room through the online monitoring software S-Online, providing accurate and timely data information for production monitoring, process adjustment, quality control, etc.

Recommended configuration:

-Master10 host

-8-channel multiplexer expansion

-Low hydroxyl near-infrared dedicated optical fiber (with a single length of up to 150 meters)

-Flow pool or probe

-Explosion proof temperature control cabinet (optional)

-Sampling switch and preprocessing system (optional)

-S-Cal quantitative modeling and prediction software

-S-Online online monitoring software

MASTER10 Application Introduction

Chemical industry: hydroxyl value, iodine value, saponification value, moisture content, etc. of polyether polyols; NCO, viscosity, etc. of polyurethane; Vinyl content in silicone rubber; Methane, acetic acid, water, etc. of iodine in the acetic acid synthesis process

Petrochemical industry: octane number, olefins, aromatics, distillation range, etc. in gasoline blending

Pharmaceutical industry: content of active ingredients in drugs, effective components and solvent content in the extraction and concentration process of traditional Chinese medicine

Feed industry: moisture, protein, fat, amino acids, etc. in various raw materials and mixtures

Food industry: moisture, protein, iodine value, unsaturated fatty acids, etc. in edible oil; Protein, fat, moisture, etc. in meat products

Textile industry: cotton, linen, spandex, nylon content, etc. in textiles