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Help CenterCMOS Arc/Spark Optical Emission Spectrometer for Ferrous and Non-Ferrous Metals
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W5 Optical Emission Spectrometers (Arc/Spark-OES)
The 4thGeneration High Performance Metal Analyzer
Specification
CMOS -based, spark discharge, metal detection
Ultra-low limits of detection
High integration, reliability, stability
Energy saving 50%, material saving
Lowing operating cost
Small size, light weight, easy to move and install
Multi-substrate upgrade easy, without changes to increase the hardware
Summary
W5 Optical Emission Spectrometer bring in the advanced technology from Europe. It is the 4thgeneration Arc/Spark-OES with high performance lowing operating cost for metal analysis and this is the latest research and development of detection equipment. The overall optical design has been enhanced, and with improvements of CMOS technology used to further improve the performance of the W5 while retaining the major benefit of earlier units. The CMOS spectrometer is not only contain the full spectrum characteristics of CCD spectrometer but also the extremely low detection limit for non-metallic elements such as C, S, P, B, As, N etc. The operation is simple and easy to learn. The test result is stable and accuracy. It is a good choice of all common metals for incoming and outgoing product quality control.
Application
W5 Optical Emission Spectrometer(spark OES) is used for applications in metal elemental analysis, trace element analysis for science and industry like Metallurgy, Foundry, Mechanical Engineering, Scientific Research, Product Inspection, Automobile, Petrochemical Engineering, Shipbuilding, Electrics, Aerospace, Nuclear Power, Metallic and Nonferrous Metallic Smelting, Processing and Recycling. It is including full element analysis range, but at same time the element analysis amount can be bespoke.
Detection Matrices:
Iron(Fe) and its alloys (Steel alloy, Cast iron, Fe-Low alloy, Fe-Cr steel, Fe-Cast iron, Fe-Cr-cast, Fe-Mn steel, Fe-Tool steel etc.)
Aluminium(Al) and its alloys (Al-Si alloy, Al-Zn alloy, Al-Cu alloy, Al-Mg alloy, Pure-Al alloy etc)
Copper(Cu) and its alloys (Brass, Copper-Nickel-Zn, Aluminum Bronze, Tin-lead Bronze, Red Copper, Be-Bronze, Si-Bronze etc)
Nickel(Ni) and its alloys (Pure Ni, Monel metal, Hadtelloy Alloy, Incoloy, Inconel, Nimonic etc)
Cobalt(Co) and its alloys (Co-orientation, Low Co alloy, Stellite 6,25,31, Stellite 8,WI 52, Stellite 188, F)
Magnesium(Mg) and its alloys (Pure Mg, Mg/Al/Mn/Zn-alloys)
Titanium(Ti) and its alloys
Zinc(Zn) and its alloys
Lead(Pb) and its alloys
Tin(Sn) and its alloys
Argentum(Ag) and its alloys
Small sample, special size sample and wire detection
Parameters
Item | Index |
Optical system | |
Optical structure | The Paschen Runge construction full vacuum type optics system |
Room temperature | 35℃±0.5℃ |
Wavelength range | 130-800nm |
Focal length | 400mm |
Grating line | 3600m1/mm |
First order spectral line dispersion rare | 1.2nm/mm |
Detector | Multi block high performance linear CMOS array |
Average resolution ratio | 10pm/pixel |
Excitation table | |
Gas | Rushing argon(99.999%) |
Argon flow rate | When excited: 3-5L/min Standby time: no need for standby traffic |
Electrode | Tungsten electrode technology |
Purge | Automatic purge function |
Make up | Thermal deformation self-compensation design |
Analyze the gap | Sample stage:3.4 mm |
Excitation light | |
Type | HEPS |
Frequency | 100-1000HZ |
Discharge current | 1-400A |
Special technology | Optimization of discharge parameters design |
Pre -combustion | High-energy pre-combustion technology |
Processor | High end ARM, high-speed data synchronization acquisition and processing |
Data collection system | |
Interface | Ethernet data transmission based on DM9000A |
Enter | 220VAC 50/60Hz |
The requirements of power and environment | |
Power | Maximum:700W standby:40W |
Working temperature | 10-35℃(temperature ≥5°C) |
Working humidity | 20-85% |
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