Fourier transform infrared spectrometer

Fourier transform infrared spectrometer，MG6030

MG 6030Fourier transform infrared spectrometerIt is a multi gas spectrometer based on Fourier transform infrared spectroscopy. It hasppbtoppmSensitivity. Widely used for semiconductor production process control and monitoring, gas purity and composition analysis, environmental toxic and harmful gas monitoring, and industrial exhaust gas monitoring. MG 6030Fourier transform infrared spectrometerCan analyze up to40%The airflow of water can simultaneously analyze and display up to30Gas species. The analyzer stores calibration spectra, thus saving the cost of the gas cylinder. In addition, the operator will also notice the MG 6030Fourier transform infrared spectrometerEasy to operate and maintain.

MG 6030Fourier transform infrared spectrometerfrom2102Fourier transform infrared spectrometer, high-throughput sampling unit, professional analysis software, and independent quantitative spectral library. MG 6030 collects high-resolution infrared spectra and quantitative spectral library analysis, providing high-precision and high-sensitivity measurements for the vast majority of gases and water vapor.

Features and advantages:

10 ppb~100% sensitivity for the vast majority of toxic and harmful gases

● Easy to move from one place to another, set up in just a few minutes

● Simultaneously analyze and display up to30Gas species

The analyzer stores calibration spectra, eliminating the cost of gas cylinders

The sampled gas is heated and maintained at a constant temperature before entering the analysis chamber

Linear detector ensures that all analyzers are maintained under the same calibration conditions

Frequency and resolution diagnosis to ensure constant calibration

Provide automatic temperature and pressure compensation to ensure analysis accuracy

● User friendly software interface, can be operated with a little training

Analyzer Mastermachine

Testing techniquestechnique FourierTransform infrared lightscore

Can test gases or water vapor The vast majority of molecules, except for nitrogen, oxygen, and hydrogen

scope Concentration ranging from 10 ppb to 100%

Fu LiLeaf Transformation Redoutside 2102 madeFu LiLeaf Transformation Redoutside

Spectral resolutionrate 0.5 - 128cm-1

Scanning speeddegree 5 times per second at 0.5cm-1

When scanninginterval 1 – 300second

infraredsource Silicon carbide in1200℃

Reference stimulationlight Helium neon (15798.2cm)-1）

Detectiondevice Liquid nitrogen cooled MCT or semiconductor cooled MCT (mercury cadmium telluride)）

Purge pressure力 maximum20PSI(1.5bar)

Spectral Room Purge Flowquantity 0.2 liters per minute, dry nitrogen or dew point below -70 ℃ without carbon dioxideofDry air

Optical System Purge Flowquantity 0.2 liters per minute, dry nitrogen or dew point below -70 ℃ without carbon dioxideofDry air

Pressure sensordevice MKS BaratronCapacitive thin film pressure sensordevice

Purge Connectionpick up Swagelok Quick connecthead

Computers are neededseek Desktop or laptop computer with Intel Pentium processor, Microsoft Windows;XP operating system, 1024 X 768display

communication口 RJ-45 Cross Ethernetnet

Output selectiondocument XML， Simulation, AK， itsHe

rulerinch 445mm wide *318mm high * 648mmdeep

safepretend Can be installed on a 19 inch standard machinecabinet

electricitysource 110V or 220V, 50/60hz, 3A

heavyquantity 50 publiccatty

Analyzer sampling parametersnumber

Sampling temperaturedegree Room temperature to 200 ℃ (depending on calibration temperature)）

Sampling speedflow 0.2 – 10 liters/minute

Sampling pressure力 0.01 – 4 atmospheres (depending on calibration pressure)）

knotconstitute Nickel plated aluminum or 316 stainless steel welding optionsdocument

pick uphead Swagelok  orVCR

Sampling pressure力 1 atmosphere (depending on calibration pressure)）

tubethe Way Heating stainless steelsteel

window口 KBr﹔CaF2, ZnSe (other optional))

O-shaped sealcircle Viton (other options available))

detection polelimit

5.11-meter chamber, MCT detector at 0.5cm-1At resolution, the following typical gas detection data are: