General information about ADSP-8000A Aluminum Alloy Analyzer
ADSP-8000A optical emission spectrometer (OES) is a fast, simple and cost-effective analytical technique used for elemental analysis of solid aluminum samples. It is used in several fields ranging from production to recycling and from foundries to service laboratories.ADSP-8000A is a high-performances, portable OES spectrometer for analysis of aluminum.
Features:
1. Portable, cost-effective, stability.
2. Optimized to customer requirements.
3. Complete analysis within a few seconds.
4. Extreme sensitivity due to latest CCD technology and software.
5. Available for routine analysis of small sample, diameter from 1mm to 8mm
6. Technology support and software update for free.
Applications:
ADSP-8000A alloy analyzer is designed by Wuxi Create Analytical Instrument Co., LTD. By using the CCD technology, the ADSP-8000A is a preferred choice for the analysis of the elements concentration in metal. This instrument is widely used in the areas of metallurgy, foundry, machinery, automobile manufacturing, aerospace industry, weapon manufacture, metal processing and other fields.
- specifications
Technical specification of the device:
Optical System:
Optical Structure:Flat Field Optical
Grating Focus:350mm
Wavelength Range:200nm-500nm
Detector:High resolution CCD Multi detectors
Spectrum Width:25.4mm
Pixel Resolution:30pm
Full spectrum
Light room temperature is controlled automatically
Spark Source:
Type:Digital arc and spark source/New plasma generator
Spark Frequency:100-1000HZ
Plasma Current:1-80A
Ignition Voltage:>7000V
Spark Stand:
Argon flushed with minimal consumption of Argon
Spray discharge electrode technology
Adjustable sample clamp
Others:
Measurable Elements:Al base
Dimension:500mm(L)*450mm(W)*300mm(H)
Weight:About 20kg
Storage Temperature:0℃-45℃
Operating Temperature:10℃-30℃, 23±2℃ is recommended
Power:AC220V/50Hz(can be customized if necessary)
Power Consumption:: 700W / Stand by:100W
Argon Quality:99.999%, Argon pressure >4Mpa
Argon Consumption:5L/min during spark mode