Ty-9900 Type Inductively Coupled Plasma Emission Spectrometer

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Min. Order / Reference FOB Price
1 Piece	US $30,000-50,000/ Piece

Port:	Shanghai, China
Production Capacity:	500piece/Month
Payment Terms:	L/C, T/T, D/P, Western Union, Paypal

Application:	Laboratory Apparatus
Warranty:	1 Year
Detection Method:	Spectrograph
Advantage:	High Resolution
Principle:	New Spectrometer
Wavelengths:	UV and Vis

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Basic Info

Model NO.: TY-9900

Dispersive Element: Grating Spectrometer

Light Number: Monochromator

Certification: ISO9001, CE

Customized: Possible

Wavelength Range: 190-500nm (3600L/mm Optical Grating) or 190-800nm

Resolution: 0.006nm (3600L/mm Optical Grating) or 0.01nm (2400

Wavelength and Repeatability of Error: Wavelength Indication Error<=0.02nm

Scanning Interval: 0.0004nm

Analysis of Range of Elements: More Than 70 Kinds of Metal and Nonmetal Elements

Linear Range: 7 Orders of Magnitude Above, and The Effect of Imb

Analysis Speed: 25 Elements Per Minute Scan

Trademark: Drawell

Transport Package: Standard Export Package with Pure English

Origin: Shanghai, China

HS Code: 9027300000

Product Description

TY-9900 Type inductively coupled plasma emission spectrometer

Product Introduction

DW-TY-9900 as large precision inorganic analytical instruments, widely used in rare earth analysis, analysis of precious metals, nonferrous metal, alloy materials, electronic products, medicine, metallurgy, geology, soil, petroleum, chemical industry, commodity inspection, environmental protection and other departments and neodymium iron boron, silicon, iron, tungsten, molybdenum, from ultra trace constants to the qualitative and quantitative analysis. It integrates light, machine, electricity, computer, analysis technology in one of the high-tech products, with a fast test speed, wide measurement range, accurate and reliable analysis results and so on. Due to the use of computer technology, intelligent instrument, screen display, text and data acquisition, processing and so on have reached the current domestic advanced level, is a lot of industry ideal analytical instrument.

Main performance parameters

Wavelength range: 190~500nm (3600L/mm optical grating) or 190~800nm (2400L/mm optical grating);
Resolution: 0.006nm (3600L/mm optical grating) or 0.01nm (2400L/mm optical grating)
Wavelength and repeatability of error: wavelength indication error ≤0.02nm, Repeatability≤0.003nm;
Scanning interval: 0.0004nm;
Repeatability: RSD≤1.0%;
Stability: RSD≤1.5%;
Detection limit: ppb level;
Analysis of range of elements: More than 70 kinds of metal and nonmetal elements;
Linear range: 7 orders of magnitude above, and the effect of imbibition is extremely low;
Analysis speed: 25 elements per minute scan.

Parts parameters in detail

RF generator (RF)
Circuit type: inductive feedback self-excited oscillation circuit, coaxial cable output, matching tune, take power feedback signal, the closed-loop automatic control;
Operating frequency: 40.68MHz±0.05%;
Frequency stability: ≤0.05%;
Output power: 800~1200W;
Output power stability: ≤0.2%;
Electromagnetic leakage radiation intensity: About 20 cm from the fuselage, electric field intensity: E<2 V / m.

Sampling device

Output working coil: inner diameter 25mm, 3 turns;
Torch tube: three heart-shaped, quartz torch 20mm diameter tube;
Coaxial spray: outside diameter 6mm;
Double tube fog chamber: outside diameter 35mm;
Observation position: longitudinal observation height and horizontal observation before and after, it can be adjusted to the best by the software;
Standard Specification for argon flow meter and carrier gas pressure gauge:
Plasma gas flow meter: (100~1000)L/h (1.6~16L/min);
Assist gas flow meter: (10~100)L/h (0.16~1.66L/min);
Carrier gas flow meter: (10~100)L/h (0.16~1.66L/min);
Carrier gas regulator valve: (0~0.4Mpa)L/h;
Cooling water: water temperature: 15~25ºC flow>5L/min hydraulic pressure>0.1Mpa cooling water: electrical resistivity>1MΩ.

Optical splitter

Light path: Czerny-Turner;
Focal length: 1000mm;
Grating specifications: Ion etched holographic grating; scribed line density 3600L/mm, scribed line area: 80×110mm(Or groove density 2400L/mm, scribed line area: 80×110mm);
Bottom line of the dispersion rate: 0.26nm/mm;
Resolution: ≤0.006nm all band;
Scanning wavelength range: 190~500nm,3600L/mm grating; 190~800nm, 2400 L/mm grating;
Scanning interval: 0.0004nm;
Exit and entrance slit: 20μm×25μm;
Mirror specifications:(78×105×16)mm;
Lens: φ30,1:1 imaging;
Mirror specifications: concave type;
Beam splitter thermostatic device: 26ºC±1ºC.

Metering system

Photomultiplier tube specifications: R212U or R928;
Photomultiplier tube negative pressure: -200~-1000V, automatic adjustment, stability<0.05%;
Photomultiplier current measuring range: 10-4~10-12A;
Signal acquisition for V/F exchange: 1mV corresponding to 100Hz;
Sampling circuit: Using high precision operational amplifier, the sensitivity and accuracy of the instrument is greatly improved;
Instrument data collection: through the serial port and computer connection, so as to simplify the circuit to make the connection more convenient;
Metering mode: single and multiple element sequence measurement.

Operating software

Operating system: Windows XP operating platform;
Determination of the number of wavelengths: arbitrary choice;
Above analysis speed: 25 per minute elements;
Database: more than 110 thousand lines of spectral lines;
Multi-window: in the end of the measurement results can be displayed in the window to retain the last time the results of the same time, the measurement of the next sample;
Standard addition method: software to have the standard addition method, in order to use in different conditions and applications;
Analysis mode: the default mode of the software is the best analysis mode, which has the function of instrument diagnosis, spectrum analysis, several measurement methods and several integration models, and so on;
Historical database: in the historical database, you can print the batch analysis results that you want to print at the same time;
Data output: software support for laser printer analysis results.

Attached Table TY-9900 Corresponding table element detection limit (Detection limit unit: ppm)

	Detection Limit	Wavelength		Detection Limit	Wavelength		Detection Limit	Wavelength		Detection Limit	Wavelength
Ag	0.003	328.07	Al	0.008	309.27	As	0.03	189.04	Au	0.008	242.80
B	0.002	249.77	Ba	0.002	455.40	Be	0.001	313.04	Bi	0.04	223.06
Ca	0.002	393.37	Cd	0.002	214.44	Ce	0.02	413.76	Co	0.004	238.62
Cr	0.003	205.55	Cu	0.002	324.75	Dy	0.008	353.17	Er	0.005	337.27
Eu	0.001	381.97	Fe	0.002	238.20	Ga	0.02	294.36	Gd	0.007	342.25
Ge	0.02	209.43	Hf	0.008	277.34	Hg	0.02	194.23	Ho	0.004	345.60
I	0.1	206.24	In	0.04	230.61	Ir	0.02	224.27	La	0.002	394.91
Li	0.002	470.78	Lu	0.005	261.54	Mg	0.005	279.55	Mn	0.005	257.61
Mo	0.004	202.03	Nb	0.005	309.42	Nd	0.03	401.23	Ni	0.008	221.65
Os	0.004	225.59	P	0.05	213.62	Pb	0.03	220.35	Pd	0.02	340.46
Pr	0.02	390.84	Pt	0.02	214.42	Rb	0.3	780.02	Re	0.006	221.43
Rh	0.02	233.48	Ru	0.02	240.27	Sb	0.03	206.83	Sc	0.008	361.38
Se	0.06	196.09	Si	0.008	251.61	Sm	0.02	359.26	Sn	0.02	289.98
Sr	0.008	407.77	Ta	0.03	226.23	Tb	0.02	350.92	Te	0.04	214.28
Th	0.04	283.73	Ti	0.002	334.94	Tl	0.04	190.86	Tm	0.004	313.13
U	0.08	385.96	V	0.003	309.31	W	0.015	207.91	Y	0.001	371.03
Yb	0.001	328.94	Zn	0.002	202.55	Zr	0.002	343.82

Ty-9900 Type Inductively Coupled Plasma Emission Spectrometer