The M4000 CCD full spectrum spark full spectrum direct reading spectrometer innovatively combines the domestically pioneered sealed argon gas circulation technology, which can analyze various substrates such as Fe, Al, Cu, etc. Provided a perfect solution for rapid and accurate quantitative analysis in front of the furnace, quality monitoring of metal materials, and research and development by research institutes. Our products adhere to the concept of precision in the interior and simplicity in the road, committed to becoming your best assistant for metal analysis.
◆ Metallurgy ◆ Casting ◆ Metal Processing ◆ Quality Identification of Metal Materials ◆ Development of New Materials ◆ Other
Intelligent and reliable all digital light source
Programmable pulse synthesis full digital light source, excellent performance, maintenance free
Suitable for exciting various alloy materials, beneficial for improving analysis accuracy
Convenient and energy-saving sample excitation table
Open sample excitation stage with further reduction in internal volume, resulting in lower consumption of argon gas
Four channel argon gas blowing can effectively remove residual dust and reduce the maintenance of the excitation table
Stable and superior optical system
Pa type Runge optical structure, multiple high-performance CCD detectors
Real time monitoring of the constant temperature light chamber ensures the stability of the optical system
Personalized sample fixture
Suitable for analyzing large/small samples with different geometric shapes
Humanized one click stimulation
Sample loading and excitation are carried out in one go, directly obtaining the final result
Adapt to the factory inspection environment and effectively improve work efficiency
Innovative real-time intelligent drift correction technology
Real time spectral drift correction is performed during the analysis process to enhance instrument stability
Reduce the number of standardized calibrations and extend the calibration cycle
Automatic instrument calibration for easier and more convenient operation
Optional models
model |
wavelength |
Scope Description |
M4000 N-type |
175-520nm |
Can analyze matrices such as Fe, Al, Cu, etc |
M4000 S-type |
200-520nm |
Can analyze matrices such as Al and Cu |
Product Features
The first domestically developed sealed argon gas circulation technology in the light chamber reduces argon gas consumption and effectively saves production costs
The UV analysis environment is equivalent to a vacuum chamber of 10-3 Pa, optimizing the analytical performance of short wave elements
Advanced CCD full spectrum receiving technology
Humanized one click stimulation
Can analyze various matrices such as Fe, Al, Cu, etc
application area
Casting, metallurgy, mechanical processing, fire protection, aerospace, metal processing, metal material quality appraisal, new material development, etc
Technical specifications:
light |
Pap Runge structure |
swash |
Programmable pulse all digital light source |
electricity |
Working power supply: (220 ± 20) V AC, (50 ± 1) Hz, protective grounded single-phase power supply |
Multiple new high-performance CCD detectors |
Maximum discharge frequency: 1000Hz |
||||
Wavelength range: 175-520nm |
Maximum discharge current: 400A |
Maximum excitation power: 400W |
|||
The first domestically developed argon filled self circulating system for optical chambers |
Ignition pulse: 1-14kV |
Average standby power: 50W |
|||
appearance |
Open Sample Excitation Stage |
Spark excitation pulse: 20-230V |
Working temperature: (10-30) ℃ |
||
Various sample fixtures suitable for special applications |
Arc excitation pulse: 20-60V |
Storage temperature: (0-45) ℃ |
|||
Optimize the design of argon gas path |
Excitation table aperture: 13mm |
Working humidity: 20% -80% |
|||
Easy to clean and maintain |
argon |
Purity requirement: 99.999% |
EMC |
IEC61000-4-2 |
|
chi |
Size: 818 × 590 × 396mm |
Import pressure: 0.5MPa |
IEC61000-4-4 |
||
Weight: Approximately 70kg |
Flow rate: Excitation flow rate is about 3.5L/min, maintenance and standby flow rate is about 0.1L/min |
IEC61000-4-5 |