Features
1 Various metal bases can be analyzed: ferrous metals of Fe, Co, Ni and Ti base, and non-ferrous metals of Cu, Al, Pb,Mg, Zn and Sn base
2 Adopting the exciting source with high reproducibility and stability. The exciting frequency can be changed in the range of 150-600Hz to match the material to be analyzed and get the best analytical results
3 Adopting highly integrated data collecting and controlling system with high automation
4 High-speed analysis with high antijamming ability, good reproducibility and stability
5 Reasonable design with more integrated construction
6 Windows based software with easy and simple operation
7 In-built data base allowing long-distance data transfer
8 Quality control diagram can be established automatically for easy quality control and monitoring
9 High vibration resistance ability. It's not necessary to make vibration resistance base
10 Partial thermostat system for fewer requirements to the environment
Specifications
Spark Source
Power supply: AC 220v ±10% 50 Hz
Input power: 1.0 kVA
Spectroscope
Spectral range: 175∼450 nm
Grating: 2400L/mm concave grating in radius of 0.75m; Blazed at 300nm (1st order); Ruled area: 30×50mm2; Reciprocal linear dispersion: 0.55nm/mm
Width of entrance slit: 20 µm
Width of exit slit: 50 µm, 75 μm
Maximum number of channel: 36
Constant temperature: 30±0.1 ℃
Measurement and control system
Measuring mode: sectional integration
Measuring reproducibility: RSD ≤ 0.2%
PMT high voltage power supplies: Voltage -1000v
Stability: better than0.5% (8 hours)
PMT high voltage adjustment: controlled by PC
Data Processing System
Industrial controlled built in PC, LCD display. Software: under Windows Operating system
Dimensions
Main Unit: 1500 (l) ×1100 (w) × 1200 (h) mm3
Area required: 15-20 square meters
Weight: about 450 kg
Laboratory requirements
Environment temperature:20 ±5°Crelative humidity:<70%
Purity of Argon gas: 99.999%
Power supply: AC 380V 10%, 50Hz, 3KW, 3-phase, 4-line
Ground lead: An independent ground lead should be used for the spectrometer itself. Grounding wire resistance< 2ohm
Analytical range for some major elements in ferrous metals
Ele.
|
Content%
|
Channel
|
Ele.
|
Content%
|
Channel
|
Fe
|
0.002~0.50
|
1
|
Bi
|
0.001~0.50
|
1
|
P
|
0.001~2.0
|
1
|
La
|
0.005~0.50
|
1
|
S
|
0.001~0.35
|
1
|
Ce
|
0.005~0.50
|
1
|
B
|
0.0005~0.20
|
1
|
Si
|
0.001~5.0
|
1
|
Sn
|
0.002~0.50
|
1
|
Mg
|
0.005~1.0
|
1
|
Sb
|
0.002~0.50
|
1
|
Mn
|
0.001~20.0
|
1
|
As
|
0.001~0.30
|
1
|
Al
|
0.001~6.0
|
1
|
C
|
0.0025~4.0
|
1
|
V
|
0.0005~6.0
|
1
|
Mo
|
0.001~10.0
|
1
|
Ti
|
0.005~3.0
|
1
|
W
|
0.01~22.0
|
2
|
Co
|
0.002~15.0
|
2
|
Cu
|
0.005~2.5
|
1
|
Pb
|
0.005~0.50
|
1
|
Ni
|
0.001~30.0
|
2
|
Nb
|
0.005~3.0
|
1
|
Cr
|
0.001~30.0
|
2
|
Zr
|
0.005~0.10
|
1
|
Analytical range for some major elements in non-ferrous metals
Ele.
|
Content%
|
Channel
|
Ele.
|
Content%
|
Channel
|
P
|
0.005~2.0
|
1
|
Sb
|
0.005~0.50
|
1
|
Sn
|
0.002~10.0
|
2
|
Al
|
0.0005~0.50
|
1
|
Zn
|
0.01~10.0
|
2
|
Cd
|
0.005~0.50
|
1
|
Si
|
0.005~20.0
|
2
|
As
|
0.001~0.10
|
1
|
Fe
|
0.005~10.0
|
2
|
Bi
|
0.002~0.5
|
1
|
Cu
|
0.005~10.0
|
2
|
Be
|
0.002~0.50
|
1
|
Mg
|
0.005~10.0
|
2
|
Zr
|
0.002~3.0
|
1
|
Mn
|
0.002~3.0
|
1
|
La
|
0.001~0.050
|
1
|
Ti
|
0.005~1.0
|
1
|
Ce
|
0.001~0.50
|
1
|
Ni
|
0.005~3.0
|
1
|
Pr
|
0.001~0.50
|
1
|
Cr
|
0.005~3.0
|
1
|
Nd
|
0.001~0.50
|
1
|
B
|
0.002~0.50
|
1
|
Ga
|
0.0005~0.5
|
1
|
V
|
0.002~0.50
|
1
|
Sr
|
0.002~0.50
|
1
|
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