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Photoelectricity Direct Reading Spectrometer/ Stationary Metal Analyzer
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Photoelectricity Direct Reading Spectrometer/ Stationary Metal Analyzer
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Photoelectricity Direct Reading Spectrometer/ Stationary Metal Analyzer

Order Id: DRS-TY-9600
Categories: Spectrum  Direct Reading Spectrometer 

Application:
It is a  kind of photoelectricity direct reading spectrometer (Stationary Metal Analyzer) with high quality, high performance and high stability, adopting one-meter focal to design and multi-channel (expandable to 64 channels), automatic scanning track, vacuum automatic control and high-performance excitation light source and measurement control systems. It is widely used areas like metallurgy, casting, machining, research institutes, commodity inspection, automotive, chemicals, shipbuilding, electric power, aerospace, nuclear power, petrochemical, metal and non-ferrous metal processing, etc. for online analysis before smelting and product testing in the central laboratory as well as sample analysis for Fe, Al, Cu, Ni, Co, Mg, Ti, Zn, Pb, Sn, Ag and other metals or their alloys. It is an effective means of quality control.

Main technical parameters
Detection matrix (multi-matrix): sample analysis of Fe, Al, Cu, Ni, Co, Mg, Ti, Zn, Pb, Sn, Ag and other metals and their alloys
Analysis channel (multi-channel): can be expanded to 64 channels
Analysis wave band (wide range): 120 ~ 850nm
Detection time (short): according to different sample types, generally less than 30 seconds.
Optical room (fine constant-temperature): 38 ℃ ± 0.2 ℃
Power supply: single-phase power supply with grounding protection. Voltage: 220VAC, Frequency: 50Hz, Service power: 1.8KVA
Environmental conditions: operating temperature: 10-30 ℃, Storage temperature: 0-45 ℃, Humidity: ≤ 85%

Measurement range of analysis elements:
The following tables list the measuring range of main analysis elements, based on which users can choose channels.

Main analysis elements of ferrous metals and their measurement range


Analysis Elements

Measurement Range

Wave Length (nm)

Analysis Elements

Measurement Range

Wave Length(nm)

C

0.0025-4.0

1930

W

0.005-22.0

2204

Si(1)

0.0008-4.0

2881

Ti

0.0005-3.0

3372

Mn(1)

0.001-3.0

2933

Cu(1)

0.001-1.0

3273

Mn(2)

0.01-20.0

2638

Cu(2)

0.005-7.5

2242

P

0.001-2.0

1782

Al

0.001-9.0

3944

S

0.001-0.35

1807

Sn

0.001-3.0

1899

Cr(1)

0.001-5.0

2677

Sb

0.002-0.2

2311

Cr(2)

0.01-35.0

2989

As

0.001-0.1

1890

Ni(1)

0.001-4.0

2316

B

0.0005-0.1

1826

Ni(2)

0.02-45.0

2185

Mg

0.001-0.2

2795

Mo

0.001-10.0

2816

La

0.005-0.50

4123

V

0.0008-6.0

3102

Co

0.001-2.5

2286

Pb

0.001-0.4

4057

Zn

0.003-0.05

2138

Bi

0.002-0.1

3067

Ce

0.002-0.1

4486

N

0.001-0.5

1492

Nb

0.005-3.0

3194

Main analysis elements of nonferrous metals and their measurement range

Analysis Elements

Measurement Range

Wave Length
(nm)

Analysis Elements

Measurement Range

Wave Length(nm)

Si

0.05-25.0

3905

Sm

0.0005-0.50

4467

Fe

0.005-0.5

2395

Ti

0.005-1.0

3372

Cu

0.05-13.0

5105

Cu

0.005-10.0

3273

Mn

0.001-3.0

2933

Ca

0.0005-0.1

4507

Ag

0.005-0.1

2828

Al

0.005-10.0

3944

P

0.001-2.0

1782

Sn

0.002-10.0

1899

B

0.002-0. 5

1807

Sb

0.005-0.5

2311

Cr

0.001-30.0

2677

As

0.001-0.1

1890

Cd

0.0005-0.

2989

Ga

0.0005-0.50

2472

Ni

500.001-3.50

3414

Mg

0.005-10.0

2795

Pr

0.001-0.50

4225

La

0.001-0.50

4123

Mo

0.001-10.0

2816

Co

0.001-0.5

2286

V

0.0005-6.0

3102

Zn

0.002-50.0

3345

Pb

0.005-0.5

2833

Sr

0.002-0.5

4607

Bi

0.001-0.5

3067

Nb

0.001-0.5

3194