Full Spectrum Direct Reading Spectrometer

Product ID:ICP-TY-9000

Specification and technical parameter



Detection substrate


Detection time

According to the type of test   sample, usually it is about 25S.

Optical system

Palmer type - runge Rowland circle   full spectrum vacuum type optical system

Wavelength range

130 ~ 800nm

Focal length



high-performance CCD array


Tungsten material spray electrode

Analytical gap

Sample Stage   Analytical gap:3.4mm

Operating temperature

(10 ~ 35)°C

Storage temperature

(0 ~ 45)°C

Operating humidity

20 ~ 80

Argon purity requirements


Argon gas inlet pressure


Argon flow

Stimulating flow is about 3.5L/min, maintaining flow is about   0.4L/min.

Stimulating max power


Light source type

brand new adjustable digital light source,   high energy preliminary combustion science (HEPS)

Discharge frequency

100-1000 Hz

Discharge current

Max 400A

Spark Stand aperture


Vacuum system

Vacuum software automatically control and monitor

Working power

220V AC, 50/60Hz, the single-phase power supply of protective   grounding

Instrument dimensions


Instrument weight



Optical system

l  full spectrum optical system of Palmer type - runge structure

l   Maximum wavelength range: 130 ~ 800nm

l  Multiple high performance CCD detector

l  Integrated optical chamber process molding, resistant to change of environment temperature

l  Vacuum light chamber design guarantees C, S, P, could achieve the best performance.

l  light room temperature control, constant temperature is 35 °C

l  Directed type optical technology and lens MgF2 materials ensure that the best energy of UV wavelength of C, S, P.


Sample excitation stage

l  Integrated gas circuit and jet electrode technology;

l  The optimized argon gas path design ensures the effective cooling of the excitation stage and the metal dust generated during the excitation process effectively enters the filter; makes the sample excitation more stable, and greatly reduces the human body's intake of metal dust, which is beneficial to protect the operator Health and safety;

l  Smaller excitation space, so that argon consumption is smaller;

l  Easy to use sample fixture

l  With electrode self-purge function, the electrode has longer service life and easier to clean the electrode

l  13 mm excitation aperture is more conducive to sample analysis

l  The open sample excitation stage can be adapted to the analysis of samples of various sizes and more shapes (including wires);

l  SLR lens device design, ordinary personnel can easily maintain the excitation table and clean the lens


Excitation light source

l  Brand new adjustable digital light source, the highest frequency can reach 1000Hz;

l  High-energy predictive technology (HEPS);

l  Optimized design of control and power circuit, perfect excitation safety protection function

l  Provide the best spark, arc or combined excitation waveform for different analysis targets

l  Discharge current: 400 A maximum


Data collection system

l  High-performance ARM data processor with ultra-high-speed data acquisition and control functions

l  High-performance CCD solid-state detection technology, full spectrum reception within the band;

l  External computer (user-selected)

l  FPGA and high-speed data communication technology, powerful data read-in function, short overall test data read-in time


Analyzing Software

l  Multi-language CCD full-spectrum graphical analysis software based on Windows system, convenient and practical

l  Fully managed to control the entire measurement process and provide users with powerful data processing capabilities and test report output capabilities

l  The instrument can be configured with multiple factory calibration curves and more material analysis and advanced solutions

l  The software implements algorithms for full-spectrum detection, smart interference, dark current, background and noise, and improves the analysis capabilities of the instrument

l  Complete automatic system diagnosis function

l  Complete database management functions, convenient for querying and summarizing data

l  Intelligent calibration algorithm to ensure the stability and reliability of the instrument

l  Complete spectral line information and interference deduction algorithm to ensure more accurate instrument analysis

l  Adapt to the latest Windows operating system