CCD Direct Reading Spectrometer - BEIJING CAP HIGH TECHNOLOGY CO.,LTD

5. Specifications and Technical Parameters

5.1 Product Name and Model

1. Product Name: Full Spectrum Direct Reading Spectrometer

2. Product Model: WL15A

3. Detector: CCD

5.2. Optical system

1. Paschen-Runge Optical Structure, Vacuum Roland Grating Spectrometer.

2. Semi-Submersible Vacuum Chamber Incident Lens Cleaning Device.

3. Micro Displacement Device for Incident Slit, High Precision Reverse Coating Incident Slit,

10 microns.

4. Grating: Roland round grating; Cutting line: 2400 lines /mm; Focal length: 400 mm.

5. Spectrometer Wavelength Range: 120--900nm.

6. Light Room: ultra-thin constant temperature integrated light room, automatic constant temperature 35℃, accuracy ±0.1℃.

5.3. Electronic Systems

1. Peak voltage sampling circuit.

2. Vacuum measuring circuit of spectrometer optical chamber.

3. ARM chip high-speed USB multi-channel synchronous data acquisition, 16* 100K synchronous sampling.

4. 16-channel high-precision CCD, Toshiba TCD1304, 3648 pixels, total pixel: 58368 high-resolution full spectrum acquisition.

5. AD Acquisition: 16-bit single-pixel digital-to-analog conversion.

6. Refrigeration Device: CCD refrigeration noise reduction, low noise, high sensitivity.

7. Signal Transmission: optical fiber digital coding transmission, strong anti-interference.

5.4 Excitation Light Source

1. Full frequency digital excitation light source: excitation frequency 100-1000Hz.

2. Digital excitation energy regulation.

3. Double spark combined discharge: sample excitation is more stable.

4. Argon pressure electronic induction protection device: excitation is safer, keep constant excitation pressure.

5. Optical fiber instruction transmission: discharge inductance and capacitor parameter setting.

5.5. Gas Path

1.Flow meter pressure adjustment: input pressure, 0.25 MPa.

2. Flow meter indicator adjustment: <5L/min.

3. Argon constant flow setting valve: 0.2-0.5L /min.

5.6. Sample Table

1. Open sample table: it can be adapted to larger style analysis.

2. Stainless steel platform: durable.

3. Double gas path excitation device: horizontal and vertical double gas path is used for sample excitation, which is conducive to stable excitation of samples.

5.7 Vacuum

1. Ultra-thin vacuum body: small vacuum pump can be configured.

2. Vacuum: vacuum-control is less than 2Pa.

3. Intermittent vacuum control device: pumping 3-5min, keep-time >3 hours, ensure that the light chamber is always in a highly sensitive state, to avoid oil and gas pollution.

4. Vacuum pump: with defend and counterattack oil device, ensure that the light chamber is not polluted by vacuum pump oil.

5.8. Power Supply

1. Single-phase 220V 50Hz, standby power: about 100W; excitation working power: about 600W.

2. Vacuum pump independent power supply power: about 500W.

5.9. Appearance Structure

1. Overall size (unit: mm) : L*D*H:684 (L) ×584 (D) ×350 (H).

2. Total weight: about 70kg.

5.10. Analysis Software

1. Run the Chinese analysis software under the Chinese Windows system, switch the multi-language version according to the requirements, set the analysis parameters, and select the time of excitation, flushing and ignition and explosion, which can be completed automatically.

2. Automatic data acquisition, least square principle automatically fit the working curve.

3. Analysis curve automatic two-point or single point standardization.

4. Automatic control sample correction, an analysis curve, you can choose multi-point control-sample adjust.

5. Optional output mode: strength, strength ratio, concentration, correction concentration.

6. In the same point can be repeated or multiple excitation, delete one or multiple excitation results.

7. Automatically calculate average values, SD and RSD.

8. Automatic correction of interference between elements and background correction.

9. Common library of standard substances.

10. The test results can be printed out and saved on disk. The printing format can be arranged by itself, or Word documents can be generated for saving.

11. The test results can be transmitted over a long distance through the network and computer standard port.

12. The software with fault diagnosis and self-testing procedures, automatically generated data files, and it can be remote to determine the fault of the instrument.

13. Multi control-sample analysis switch, convenient analysis, labor saving.

14. Data processing system: standard configuration of brand computer, printer, industrial standard USB communication port, better compatibility, more convenient to use.

5.11 The Core Components of an Instrument

Sequence	Name	Brand	Producing Area	Notes
1	The light chamber	Captech
2	grating	German Zeiss	Germany
3	Incident lens and lens	German Zeiss	Germany
4	The CCD detector	Toshiba	Japan
5	Vacuum pump	Zhejiang flying over	Zhejiang
6	Optical fiber	Agilent USA	The United States
7	Pressure transducer	Honeywell USA	The United States
8	Solenoid valve	Omron Japan	Japan
9	Incident slit device	Captech
10	Excitation light system	Captech
11	Data acquisition system	Captech
12	Pneumatic system	Captech
13	Analysis software	Captech

5. Specifications and Technical Parameters

5.1 Product Name and Model

1. Product Name: Full Spectrum Direct Reading Spectrometer

2. Product Model: WL15A

3. Detector: CCD

5.2. Optical system

1. Paschen-Runge Optical Structure, Vacuum Roland Grating Spectrometer.

2. Semi-Submersible Vacuum Chamber Incident Lens Cleaning Device.

3. Micro Displacement Device for Incident Slit, High Precision Reverse Coating Incident Slit,

10 microns.

4. Grating: Roland round grating; Cutting line: 2400 lines /mm; Focal length: 400 mm.

5. Spectrometer Wavelength Range: 120--900nm.

6. Light Room: ultra-thin constant temperature integrated light room, automatic constant temperature 35℃, accuracy ±0.1℃.

5.3. Electronic Systems

1. Peak voltage sampling circuit.

2. Vacuum measuring circuit of spectrometer optical chamber.

3. ARM chip high-speed USB multi-channel synchronous data acquisition, 16* 100K synchronous sampling.

4. 16-channel high-precision CCD, Toshiba TCD1304, 3648 pixels, total pixel: 58368 high-resolution full spectrum acquisition.

5. AD Acquisition: 16-bit single-pixel digital-to-analog conversion.

6. Refrigeration Device: CCD refrigeration noise reduction, low noise, high sensitivity.

7. Signal Transmission: optical fiber digital coding transmission, strong anti-interference.

5.4 Excitation Light Source

1. Full frequency digital excitation light source: excitation frequency 100-1000Hz.

2. Digital excitation energy regulation.

3. Double spark combined discharge: sample excitation is more stable.

4. Argon pressure electronic induction protection device: excitation is safer, keep constant excitation pressure.

5. Optical fiber instruction transmission: discharge inductance and capacitor parameter setting.

5.5. Gas Path

1.Flow meter pressure adjustment: input pressure, 0.25 MPa.

2. Flow meter indicator adjustment: <5L/min.

3. Argon constant flow setting valve: 0.2-0.5L /min.

5.6. Sample Table

1. Open sample table: it can be adapted to larger style analysis.

2. Stainless steel platform: durable.

3. Double gas path excitation device: horizontal and vertical double gas path is used for sample excitation, which is conducive to stable excitation of samples.

5.7 Vacuum

1. Ultra-thin vacuum body: small vacuum pump can be configured.

2. Vacuum: vacuum-control is less than 2Pa.

3. Intermittent vacuum control device: pumping 3-5min, keep-time >3 hours, ensure that the light chamber is always in a highly sensitive state, to avoid oil and gas pollution.

4. Vacuum pump: with defend and counterattack oil device, ensure that the light chamber is not polluted by vacuum pump oil.

5.8. Power Supply

1. Single-phase 220V 50Hz, standby power: about 100W; excitation working power: about 600W.

2. Vacuum pump independent power supply power: about 500W.

5.9. Appearance Structure

1. Overall size (unit: mm) : L*D*H:684 (L) ×584 (D) ×350 (H).

2. Total weight: about 70kg.

5.10. Analysis Software

2. Automatic data acquisition, least square principle automatically fit the working curve.

3. Analysis curve automatic two-point or single point standardization.

4. Automatic control sample correction, an analysis curve, you can choose multi-point control-sample adjust.

5. Optional output mode: strength, strength ratio, concentration, correction concentration.

6. In the same point can be repeated or multiple excitation, delete one or multiple excitation results.

7. Automatically calculate average values, SD and RSD.

8. Automatic correction of interference between elements and background correction.

9. Common library of standard substances.

10. The test results can be printed out and saved on disk. The printing format can be arranged by itself, or Word documents can be generated for saving.

11. The test results can be transmitted over a long distance through the network and computer standard port.

12. The software with fault diagnosis and self-testing procedures, automatically generated data files, and it can be remote to determine the fault of the instrument.

13. Multi control-sample analysis switch, convenient analysis, labor saving.

14. Data processing system: standard configuration of brand computer, printer, industrial standard USB communication port, better compatibility, more convenient to use.

5.11 The Core Components of an Instrument

Sequence	Name	Brand	Producing Area	Notes
1	The light chamber	Captech
2	grating	German Zeiss	Germany
3	Incident lens and lens	German Zeiss	Germany
4	The CCD detector	Toshiba	Japan
5	Vacuum pump	Zhejiang flying over	Zhejiang
6	Optical fiber	Agilent USA	The United States
7	Pressure transducer	Honeywell USA	The United States
8	Solenoid valve	Omron Japan	Japan
9	Incident slit device	Captech
10	Excitation light system	Captech
11	Data acquisition system	Captech
12	Pneumatic system	Captech
13	Analysis software	Captech

Our target industries:

Foundry, smelting, machinery, aerospace, environmental protection, university scientific research and other industries.
The instrument can do common category analysis, it can be provided for you with reference:

Wl8a-pro, WL15A direct reading spectrum analyzer low detection limit. When spark light source is used for solid metal and alloy samples, the detection limit can reach 1 ~ 10 ppm, which is limited to the analysis of homogeneous solid metal materials.

The application of photoelectric direct reading spectrometer in the field of material analysis is complicated.

One of the most widely used areas is the steel industry, iron and steel are a ferrous metal. Materials with carbon content greater than 2.14% are usually called iron (cast iron), and iron matrix alloys with carbon content lower than this are called steel. According to the different content range of elements in the material, the steel is divided into carbon steel (containing C, Si, Mn, P, S five elements, also called plain carbon steel or carbon steel), low alloy steel (on the basis of plain carbon steel adding other alloy elements to change the mechanical and chemical properties of the material, the total alloying element is less than 5%), medium alloy steel (the total alloying element content is between 5% and 10% on the basis of plain carbon steel), high alloy steel (the total alloying element content is more than 10% on the basis of plain carbon steel).In direct reading spectrum analysis, different materials are carried out in different analysis procedures, so it is more practical to classify materials according to element content. In normal use mainly by the use of materials to classify steel: structural steel, tool steel, die steel, heat resistant steel, mechanical parts with steel.

Steel sample Steel and Iron material Tinplate sample	Iron Steel and Alloy Main analysis elements: C, Si , Mn, P, S, Cr, Mo , Ni, Al, Cu, Nb , Co, Mg, Pb , Sn, Ca, Sb , Ta, Bi, La, Ce, Se, Zr, an so on. Iron Matrix application range of each program: Common brand:：10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, 75, 80, 85, 15Mn, 20Mn, 25Mn, 30Mn, 35Mn, 40Mn, 45Mn, 50Mn , 60Mn, 65Mn, 70Mn, 05F, 08F, 10F, 20F, Q215, Q235, 20Mn2, 30Mn2, 35Mn2, 40Mn2, 45Mn2, 50Mn2, 20MnV, 27SiMn, 35SiMn, 42SiMn, 20SiMn2MoV, 25SiMn2MoV, 37SiMn2MoV, 15Cr, 15CrA, 20Cr , 30Cr, 35Cr, 40Cr, 45Cr, 50Cr, 38CrSi, 12CrMo, 15CrMo, 20CrMo, 30CrMo, 35CrMo, 40CrMo, 12CrMoV, 35CrMoV, 12Cr1MoV, 25CrMoVA, 25CrMo1VA, 38CrMoAl, 40CrV, 50CrVA, 15CrMn, 20CrMn , 40CrMn, 20CrMnSi, 25CrMnSi, 30CrMnSi, 30CrMnSiA, 20CrMnMo, 55Si2Mn, 55Si2MnB, 55SiMnVB, 60Si2Mn, 60Si2MnA, GCr4, GCr9, GCr15, GCr15SiMn, GCr18Mo, G20CrMo, G20CrNIMo, G20CrNi2Mo Whitened gray cast Iron, Nodular Cast Iron, and White Cast Iron Common brand: HT100, HT150, HT200, HT250, HT300, HT350, QT400, QT450, HT500, QT600, QT700, QT800, QT900. The number after the letter in the above brand indicates the minimum tensile strength of the material. KmTBNi4Cr2-DT, KmTBNi4Cr2-GT, KmTBCr9Ni5, KmTBCr2, KmTBCr8, KmTBCr12, KmTBCr15Mo, KmTBCr20Mo, KmTBCr26, RTCr, RTCr2, RTCr16, RTSi5, RTQSi4, RTQSi4Mo, RTQSi5, RTQAl4Si4, RTQAl5Si5, RTQAl22.
CopperSpecimen Copper materials	Copper and Copper Alloys Generally divided into four categories: . Red Copper: refers to Pure Copper. The main breeds have Oxygen-Free Copper, Red Copper, Phosphorus Deoxidized Copper, Silver Copper. . Brass: it refers to Copper and Zinc-Based Alloys, which can be subdivided into Simple Brass and Complex Brass. . Bronze: it refers to Copper base alloys except Copper-Nickel Alloys and Copper-Zinc Alloys, mainly including Tin Bronze, Aluminum Bronze and Special Bronze. . White Copper: it refers to Copper-Nickel Alloys, Copper and Copper Alloys. Main analytical elements: Zn, Al, Sn, Pb, Mn, Fe, Ni, As, and so on.
Aluminum samples Aluwerkstoff	Aluminum and Aluminum Alloy Main analytical elements: Si, Fe, Cu, Mg, Mn, Ti, Zn, and so on. It is mainly divided into the following departments: 1 series: corresponding subroutine Al110 features: aluminum content is 99.00% or more. 2 series: corresponding subroutine Al110 features: an aluminum alloy containing Copper as the main compound element. 3 series: corresponding subroutine Al110 features: Aluminum alloy with Manganese as the main alloying element 4 series: corresponding subroutine Al110 features: mainly Silicon, not commonly used 5 series: corresponding subroutine Al110 features: mainly Magnesium. 6 series: corresponding subroutine Al110 features: mainly Magnesium and Silicon. Mg2Si is the main strengthening phase and it is the most widely used alloy at present. 6061, 6063 are most, other 6082, 6160, 6125, 6262, 6060, 6005, 6463. .............
Lead sample	Lead and Lead Alloys Main analytical elements: Cu, Ni, Fe, Sb, Be, Cd, Se, and so on.
Magnesium and Titanium samples	Mg Magnesium Alloy Ti Titanium Alloy
Et al.	...............