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Portable Differential Raman Spectrometer
Product Code: ATR3120
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Description

The ATR3120 desktop Raman spectrometer uses a cooled high-sensitivity CCD, which is suitable for long integration

times. ATR3120 uses fiber optic probe, which is suitable for laboratory scientific research. The test results areaccurate

and reliable. The excellent low stray light design makes the ATR3120 adaptable to use in complex environments.

Suitable for work in scientific research, food safety, pharmaceutical engineering and other fields.

ATR3120 has built-in multi-functional software that is shipped with the machine. After nearly a hundred versions of

updates, the functions are very complete and stable, and it is suitable for the development of Raman research work.

Model

Wavelength Range

(cm-1)

Resolution(cm-1)

 

ATR3120-27

250-2700

4~6

ATR3120-35

200-3500

6~8

ATR3120-42

200-4200

7~10


Features

  • High sensitivity detector;
  • Android operating system, 8-inch capacitive touch screen;
  • Detachable fiber optic Raman probe;
  • Ultra-low noise circuit;
  • Powerful PC-side spectrum analysis software;
  • Peak search and display;
  • USB 2.0;
  • Friendly human-machine interface;

computer platform
Operating System Android
Memory 8G
Hard disk 32G(Can store more than 100,000 spectra)
Screen 8-inch capacitive touch screen
Resolution 1280×768
Raman Spectrometer System Parameters
Built-in lithium battery (optional) Battery life>4 hours
Interface USB 2.0
Integration time 4ms-10min
Operating temperature -10 - 45 ℃
Operating Humidity < 95%
Dimension 360x288x198mm
Weight 7kg
Raman spectrometer Relibility
Spectral Stability σ/μ<0.5% (COT8hours)
Temperature Stability Spectral shift≤1cm-1 (10-40℃)
Spectral Range Change Stability <±5% (in 5 ~ 40℃)
Raman Spectrometer Optical Parameters
Sensitivity QE>40%, 6.5 μV/e-
Raman spectrometer Detector
Full well capacity 300 Ke
Detector Model High sensitivity and rapid cooling CCD
Cooled down to -10 ℃ or -25℃
Spectral range 200-1100 nm
Effective Pixels 2048*64pixels
Dynamic range 50000:1
Pixel Size 14×14μm
Raman Spectrometer Laser Parameters
Central wavelength Lasers specified by suffix, ±0.5nm
Half width <0.08 nm
Laser Output Related to lasers
Power Stability σ/μ<±0.2%
Raman Spectrometer Probe
Fiber length 1.5 m
Operating Distance 6mm
Rayleigh Scatter Resistance OD>8
NA Raman Probe 0.3
Aperture 7mm
Electrical parameter
Power voltage DC 5V(+/-5%)

ATR3120 System

Interface

USB 2.0

Integration Time

4ms - 120s

Supply Voltage

DC 5V(+/-5%)

Working Temperature

-10~40 ℃

Working Humidity

< 95%

Dimensions(L*W*H)

30×22.5×13.2 cm3

Weight

7.8 Kg

Reliability

Spectral Stability

σ/μ < 0.5%  (COT 8 hours)

Temperature Stability

Spectral shift ≤ 1 cm-1 (10-40 ℃)

Spectral Intensity Change (in 5~40°C)

<±5%

Optical Parameters

Wavelength Range (cm⁻¹)

250-2700

200-3500

200-4200

Resolution (cm⁻¹)

4~6

6~8

7~10

SNR

>3000:1 (918 cm-1 of Acetonitrile,10s accumulation, 200mW)

Slit Wide

50 μm

Focus

98 mm for incidence and output

Detector

Model

Ultra high sensitivity and fast cooling CCD

Cooling temperature

-10 ℃

Detection range

200-1100 nm

Effective pixel

2048pixels

Dynamic range

50000:1

Full well capacity

300 Ke-

Sensitivity

QE>40%, 6.5 μV/e-

Excitation

Central wavelength

Built in two lasers with central wavelengths of 784.5nm & 785.5nm

Half peak width

0.08 nm

Output power

≥500 mW

Power reliability

σ/μ <±0.2%

Raman probe

Working distance

6 mm

Transmittance

OD>8

NA

0.3

Aperture

7mm

  • Nanoparticles and New Materials
  • Research in Scientific Research Institutes
  • Biological science
  • Pharmaceutical engineering
  • Forensic analysis
  • Agriculture and food safety
  • Gemstone
  • Environmental science

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