Element analysis - Seiko Instruments GmbH
Element analysis - Seiko Instruments GmbH
Element analysis - Seiko Instruments GmbH
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SII<br />
SEA (<strong>Element</strong> Monitor) Series Catalog<br />
~~.-<br />
•••• ; .0 •••••<br />
.~~-- .
SEA Series<br />
For Analyzing material composition to deteet elements<br />
in any object or part, based on non-destruetive and<br />
non-contact fluorescent X-ray <strong>analysis</strong>.<br />
Uses include detection of banned materials for WEEE<br />
& RoHS, ELVcompliance, soi! contamination, or<br />
hazardous matter in chemical and mineral exploration<br />
industries.<br />
Other applications include <strong>analysis</strong> material<br />
eomposition in archeology, food contamination, food<br />
packaging, gem purity, and steel and no-ferrous<br />
meta!.<br />
The energy dispersion method enables<br />
rapid <strong>analysis</strong> of sam pies with nearly on<br />
pretreatment required. A high resolution<br />
semiconductor detector enables<br />
simultaneous <strong>analysis</strong> of multiple elements,<br />
Analyzes solid, liquid, and powder sampies.<br />
Smooth perfomance of qualitative and<br />
quantitative <strong>analysis</strong> of unknown sampies in<br />
even as little as one minune,<br />
Superior <strong>analysis</strong> software for smooth<br />
qualitative and quantitative <strong>analysis</strong> of<br />
sam pies fram obtained spectrum.<br />
Easy-to-use software that includes:<br />
• Auto identification<br />
• Comparison display<br />
.Bulk FP<br />
• Bulk ealibration<br />
• Routine <strong>analysis</strong><br />
• Costomizing<br />
The SEA2001, the first SEA<br />
series model, was developed<br />
by the Scientific <strong>Instruments</strong><br />
Division of <strong>Seiko</strong> <strong>Instruments</strong><br />
Inc. (today SII NanoTechnology<br />
Inc.) In 1987. It was succeeded<br />
by the SEA 201 0 and SEA21 00<br />
models each with performance<br />
improvements of a standard<br />
desk-top XRF analyzer, The<br />
latest and fourth generation<br />
model in the SEA series is the<br />
SEA2200.<br />
Also within the SEA group are<br />
the SEA5000 series aimed at<br />
microsccpic <strong>analysis</strong>, the<br />
SEA200 portable system for<br />
outdoor <strong>analysis</strong> and large<br />
sampie measurement, and the<br />
SEA 1OOOA,the authority in<br />
hazardous substance<br />
measurements.<br />
Today over 2000 SEA series<br />
models are used worldwide for<br />
a variety of analytical and<br />
inspection purposes.<br />
Steel and nonferrous metals<br />
• Main component and impure campanent <strong>analysis</strong><br />
of allays and no-ferrous metals<br />
• Raw material anaylysis<br />
.Ore anaylysis<br />
• Analysis of main components and<br />
Foods<br />
Contamination<br />
.Analysis of forelgn<br />
material in foods<br />
• <strong>Element</strong> <strong>analysis</strong><br />
of animal feed<br />
• Analysis of impurRies<br />
in food cootainer<br />
Environment<br />
• Soil <strong>analysis</strong><br />
• <strong>Element</strong> <strong>analysis</strong><br />
of waste water<br />
• <strong>Element</strong> <strong>analysis</strong><br />
of bumed ash<br />
• Duanaative anaiysis of<br />
hazardous substanc<br />
within piastics and metals<br />
impurities is precious metals<br />
• Refining slag <strong>analysis</strong><br />
Chemieals<br />
• Analysis of impurities within catalysts<br />
• Analysis of impurities within rubber<br />
• <strong>Element</strong> <strong>analysis</strong> 01 pigments<br />
.Analysis of impurities in petroleum<br />
and crude oil<br />
• Analysis of main components and<br />
impurities in plating solutions<br />
SEA<br />
Ceramies<br />
eCeramic element <strong>analysis</strong><br />
• Glass element <strong>analysis</strong><br />
• Cement element <strong>analysis</strong><br />
Electrical and<br />
electronic components<br />
.Coating thickness and<br />
composition measurement<br />
of eletronic oomponents<br />
.ThiCkness and<br />
composition measurement<br />
cf multi-Iayer flims on rear<br />
electrodes<br />
.AnaIysis of main oomponents<br />
and impurities in soIder<br />
Other fields<br />
• <strong>Element</strong> <strong>analysis</strong> of<br />
archeologicai sampies<br />
• <strong>Element</strong> <strong>analysis</strong> of gem stones<br />
best for large<br />
I~U~~d~~~naIYSiS,<br />
sampies<br />
Best for the WEEE&RoHS,<br />
ISEA1000A<br />
and ELV <strong>analysis</strong><br />
2
Excellent Tool for the WEEE & RoHS and ELV Compliance<br />
High sensitivity measurement hardware.<br />
Software that achieves high precision measurement in the shortest time.<br />
Easy-to-use software<br />
Intelligent correction software that monitors Chlorine, Thickness, and Shape for accurate result.<br />
How the precision control software works<br />
With conventional methods, measurement time is<br />
first set then the sampie measured. Nonetheless,<br />
since dispersion (error)variesfrom sampie to<br />
sampie, of two sampies measured at equal time<br />
settings, one sampie may require less time to<br />
achieve the required precision, resulting in wasted<br />
measurement time while another sampie may<br />
require more time than what is set to achieve<br />
adequate measurement precision.<br />
This software allows you to set the value of permissi<br />
able error so that the measurement automatically<br />
ends when error is less than the set value.<br />
f.i!"!;u:.i.D<br />
• Cd concentration:<br />
·PE<br />
E<br />
0-<br />
3<br />
E 0-<br />
3<br />
Measurement<br />
100ppm<br />
time<br />
~<br />
• Cd concentration:<br />
• PVC<br />
100ppm<br />
~L1!!!i_,<br />
• Cd concentration: 100ppm<br />
• PE +Sr lire retardant<br />
E 0-<br />
3<br />
E 0-<br />
3<br />
Measurement<br />
time<br />
Optimum measurement end time<br />
Optimum measurement end time<br />
Optimum measurement end time<br />
.s<br />
~<br />
Accurate correction for<br />
shape and thickness is done<br />
through scattering.<br />
.Thickness correction results 01<br />
100ppm Cd with in hard PVC.<br />
0 300<br />
w 350 Thickness1 D Corrected mmfor Calibration Thickness<br />
'"<br />
"[<br />
~c<br />
200 150<br />
X i"<br />
250 0<br />
,.,<br />
g 100<br />
.~ 8<br />
~<br />
'~,;,<br />
Secondary<br />
(Patent Pending)<br />
Difference is determined and correction performed based on<br />
the material. Correction can be done for both soft PVC and<br />
hard PVC,<br />
E<br />
400<br />
~ 350<br />
w<br />
~ 300<br />
1; 250<br />
~<br />
~ 200<br />
c<br />
o<br />
.'§ 150<br />
C<br />
g 100<br />
8<br />
~ 50<br />
x 0<br />
o Soft pvc Calibration<br />
o Correctedtor pvc<br />
Cd, Pb measurements<br />
The amount of chlorine is<br />
measured before measuring<br />
for hazardous substances<br />
When using the calibration method, measured<br />
values will greatly vary depending one the<br />
amount of chlorine in the sampie.<br />
-<br />
!~~I<br />
• ~ " j!1i 31 74350 , I 140 93 33 83 B4 11- 110 3' 10 45 19 117 1110 53 !dHI'~ ", ,<br />
~~ 1986, 2H 1- B40 i2 80 DI :Im:<br />
240-<br />
"1-<br />
o51 n"<br />
190 o- 1270 , B911 LI<br />
- ~<br />
D-<br />
CI Btt L
Hazardous Substance High<br />
Sensitivity Measurement<br />
SEA 1OOOAis equipped<br />
detector<br />
with a<br />
that does not require liquid<br />
nitrogen (LN2) cooling. X-ray<br />
intensity is up to 72 times that of<br />
conventional systems using newly<br />
developed<br />
filters and optimized<br />
detection layout. Global voltage<br />
capability allows use without any<br />
transformer. Built -in CCD camere<br />
allows measurement of a specific<br />
location<br />
on sam pies.<br />
[ HS (Hazardous Substance) Monitor )<br />
SII<br />
•.<br />
~~b\1000A<br />
-.<br />
Equipped with<br />
electronic cooling. No<br />
liquid nitrogen<br />
required. No worries<br />
about the cost,<br />
safety, and supply of<br />
liquid nitrogen.<br />
Compact enough<br />
to be setup in a<br />
narrow space at<br />
the inspection site<br />
(900X700mm)<br />
but is capable of measuring large<br />
sampies (370X320mm).<br />
Different language<br />
versions of<br />
operation<br />
software including English, Chinese<br />
(simplified and traditional), and<br />
Korean.<br />
.Software windows of hazardous substance judgement software<br />
"'-""--J"'>'HO,,~ ""'",,, ~"*",,,"":i: _" '
High Sensitivity<br />
Fluorescent X-rays are efficiently detected<br />
by employing a large area detector and<br />
minimizing distance between sam pie and<br />
detector.<br />
• Spectrum of 5.8ppm Cd in polyethelene<br />
High precision<br />
(built-in peak separation software)<br />
Deconvolution of spectrum difficult to separate is<br />
possible with the new digital peak deconvolution<br />
software (DPD) and Si (Li) detector .<br />
IISpectrum of Si (Li) detector<br />
Large sampie ehamber<br />
Large chamber that can easily contain a<br />
laptop computer.<br />
370 (w) X 320 (D) X 155 (H)mm.<br />
CPS<br />
• Hg200 ppm Spectrum in PVC that contains<br />
much Pb<br />
"* DPD (Digrtal Peak Decomposition)<br />
0.00 m (40mil)<br />
Example of <strong>analysis</strong> by miero X-ray beam<br />
Qualitative and quatitative <strong>analysis</strong> anywhere on small metal parts is possible by the 1 mm<br />
X-ray beam.<br />
10.00<br />
.Measurement 30.00 40.00 20.00<br />
Au<br />
Cr Fe Conditions 120.00 .X-ray .Quantitative Spectrum Results<br />
0.00 Ni<br />
[cps)<br />
80.00<br />
e Voltage: 50kV<br />
0.00<br />
Stage options<br />
eSample Changer (turret)<br />
Maximum 12 sam pie continuous<br />
measurement<br />
Material Cr Mn Ni Fe<br />
Au coating<br />
thickness<br />
72.85 18.05 7.57 5000.00 1.53 (wt%) (IJm) 1.03 (IJm)<br />
eExternally driven X-V stage<br />
Able to measure anywhere on a sampie<br />
Inside the chamber (Stroke 40mm)<br />
Image !rom laptop version controller<br />
.SEA 1OOOA Specifications<br />
<strong>Element</strong>s 900 AC100 90kg • Hazardous (W) Small Atomic Si 370(W) 4-Mode-Auto<br />
Solid, 1mm(4mil), Color Laptop Inkiet KLM Spectrum MS-WORD'" MS-EXCEL® x Semiconductor 700 120V, marker air CCD Powdered, substance (D) nos. or Xcooled 200 320(D)X xDesktop<br />
Dimensions<br />
Weight Power Options Measurement,<br />
Camera 460 5mm(200mil) 13(AI) display, Switching X-ray 240V±10%, (H judgment Supply Detector Liquid to 155(H)mm Quantitative Statlstlcal X-ray Printer Qualitative Report Subtraction 92(U) tube (Printer (Ln2 Auto Station<br />
(Rh: • software (Optional) Creation<br />
Thln Spectrum 10A Sampie Extenmally not Processing<br />
target) sw~ch<br />
Analysis<br />
required) film included) Changer(turret)<br />
FP calibration matching driver method (OS; Auto display, X- Ysoftware(material method MS-Windows ID, stage Bulk Comparison FP, Calibration XP~) discrimlnation)<br />
display<br />
5
SEA Series Options<br />
Speetrum Matching<br />
Determines which<br />
among the<br />
registered sam pie<br />
library an unknown<br />
sam pie is nearest.<br />
Bulk Analysis<br />
* Option setting in<br />
SEA5000 series,<br />
(FP)<br />
Constituent <strong>analysis</strong><br />
without a reference<br />
standard,<br />
~~<br />
, Cr<br />
;<br />
'i
Unparalleled Performance Offering New Value in Flu<br />
---~--,"<br />
Fluorescent X-ray Analyzer<br />
I<br />
Optimum Analysis of WEEE & RoHS,<br />
ELV, and other typical applications<br />
Fluorescent X-ray analyzer achieves unparalleled sensitivity without liquid nitrogen<br />
High resolution and light element capability enables simple <strong>analysis</strong> of a variety of materials. High count<br />
rate detector reduces measuring time to 1110 or less of conventional models. The optimum system for<br />
WEEE & RoHS, and ELV measurements.<br />
Capable of a wide variety of applications<br />
r'\<br />
SIINT innovation: High count rate detector and precision<br />
r----<br />
contral software drastically reduces measuring time.<br />
Measuring time is 1/10 that of conventional instruments.<br />
1.20<br />
1.00<br />
Pb 100ppm in brass<br />
(SEA1200VX~<br />
•<br />
Capable of Light <strong>Element</strong><br />
Analysis (Option)<br />
Vacuum capability allows<br />
measurements fram Na<br />
to U.<br />
• Measurement 01 Peoncentration in electroless Ni coatings<br />
IA llJl9cps aiI.spc . SI! •<br />
Ci) 0.80<br />
fr<br />
~<br />
~ 0.60<br />
0.40<br />
0.20<br />
0.00<br />
8.00<br />
1099cps!<br />
B<br />
vacwrn.spc<br />
energy<br />
(keV)<br />
Our new detector does not require liquid nitrogen yet<br />
achieves a count rate and resolution that far exceeds<br />
conventional detectors that use liquid nitrogen.<br />
The optimum performance has been achieved by peak<br />
deconvolution (DPD).<br />
,,m<br />
,.<br />
0.00 k,V ~<br />
Operation Software<br />
'"<br />
112.3ik,V<br />
Real<br />
data<br />
DPD Simulation Pb_La line real data<br />
Operability depending on operator experience<br />
32.00<br />
28.00<br />
24.00<br />
R20.00<br />
3<br />
'~16.00<br />
14.0<br />
Two modes of operation pravide separate levels of<br />
operation for staft and basic users. Operation is<br />
simple for novice users by selecting the best recipe<br />
for that sampie. Various settings are automated.<br />
mi1.Ml:.r".,_<br />
'~12.00<br />
&00 10.00 12.00 14.00 16.00<br />
energy (keVl<br />
-2.0 1 5 9 13 17 21 2529 33<br />
energy (keV)<br />
....•.. meas ....•• Pb_La Zn_L.B ~ BLla
" ~ -<br />
orescent X-ray Analysis<br />
eConfiguration<br />
Measurement<br />
Head<br />
Sam pie<br />
LN Free Detector achieves smooth and<br />
high reliable daily operation; one advantage<br />
is couple of minutes of its idling time, and<br />
the other is easy of use without worrying<br />
about cumbersome LN<br />
refilling procedure.<br />
·,<br />
eVortex Principle<br />
Negative Electrode<br />
Anode<br />
CCD<br />
Camera<br />
~olor<br />
••--------~<br />
Computer<br />
<br />
I<br />
Front-Side<br />
0 ';
. -. ...<br />
• Pb in Pb-free solder<br />
• ••<br />
.Cd and Pb in Br and Sb rich plastic .Cd, Pb, & Cr in Brass<br />
40.00<br />
30.00<br />
ill:u<br />
9.00<br />
6.00<br />
7.00<br />
6.00<br />
8.<br />
35.00<br />
4.00.40<br />
1.20 Cd<br />
12.00 10.00 C, 12.00 6.00 24.00 0.00 1.40<br />
Pb<br />
0.80<br />
6.00 600 (i) 18.00 0.20<br />
.~ >- 24.00 energy 6.00 (keV)<br />
20.00<br />
'~12.00 §<br />
J<br />
10.00<br />
2.00<br />
0.00<br />
1.00<br />
0.60<br />
~ z<br />
'0;<br />
'f 4.00<br />
.~ 3.00<br />
.~ 20.00<br />
Pb<br />
2.00<br />
10.00<br />
12.00 16.00 20.00<br />
24.00<br />
0.00<br />
6.00 8.00 10.00 12.00 14.00 16.00 18.00<br />
energy (keV)<br />
Sam pies: Sn-Cu Solder<br />
Conditions<br />
Measurement Area: 8.0mmClJ<br />
Measurement Time: 10 sec<br />
Results<br />
Pb Coneentration: Average Value 463ppm<br />
10-second Measurement: CV 4.5%<br />
energy<br />
(keVJ<br />
Sam pies: Cd100ppm, Pb200ppm in a soft PVC<br />
sam pie that eontains Br5% and Sb4%<br />
Conditions<br />
Measurement<br />
Area: 8.0mmClJ<br />
Measurement Time: Cd: 20see Pb: 10see<br />
Results<br />
Cd Coneentration: Average Vaiue 109pprn<br />
20-seeond Measurement: CV 8.2%<br />
Pb Coneentration: Average Value 192ppm<br />
10-seeond Measurement: CV 5.0%<br />
Sampies: Cd 70ppm, Pb 990ppm, Cr 1010ppm<br />
in Brass sampie<br />
Conditions<br />
Measurement Area: 8.0mmClJ<br />
Measurement Time: Cd :30see Pb & Cr: 1Osee<br />
Results<br />
Cd Coneentration: Average Value 72.2ppm<br />
30-seeond Measurement: CV 8.5%<br />
Pb Coneentration: Average Value 1040ppm<br />
10-seeond Measurement: CV 11.3%<br />
Cr Concentration: Average Value 1143ppm<br />
10-seeond Measurement: CV 107%<br />
~~~stallation<br />
eSEA1200VX<br />
Example<br />
I' 1080 "I<br />
rf'····,<br />
,001 ~<br />
[ I = I 1~1C1Jj<br />
L-580------1<br />
L460-J<br />
Vaeuum Pump: 150(W)X427(D)X228.5(H)mm 17kg<br />
Printer: 460(W)X242(D)X192(H)mm 4kg<br />
(Unit:mm)<br />
L ~ . _<br />
~<br />
.Specification<br />
<strong>Element</strong>s Measured : Atomie Numbers 11 (Na) to 92(U)<br />
Sampletype<br />
: Solid, Powder, Liquid<br />
Source<br />
: Small air-eooled tube (Rh target)<br />
Voltage: 15kV, 30kV, 40kV, 50kV Current: 1mA<br />
Detector<br />
. Vortex® Si semiconduetor (No LN2 required)<br />
Analysis area<br />
: 1mm (40 mil) and 5mm (200 mil) (auto switehing)<br />
Sampie Observation<br />
: Color CCD Camem<br />
Filter<br />
Sampie Chamber<br />
: 5 filter auto switehing<br />
: 430(W)X320(D)X200(H)mm<br />
239(W)X280(D)X66(H)mm (in vaeuum)<br />
X-my Station<br />
: Laptop or Desktop computer<br />
(OS: MS-Windows XP®)<br />
Printer(Options)<br />
. Ink Jet Printer<br />
Qualitative Analysis funetions : Speetrum measurement, Auto ID, Comparison display<br />
Quantitative Analysis : _B_u_lk_F_P_, _C_a_lib_r_a_tio_n<br />
_<br />
funetions KLM marker display, Subtraetion display<br />
Statistics Funetion : MS-EXCEL® installed<br />
Report Function Dimensions: MS-WORD® installed<br />
Dimensions : 1080(W)X750(D)X810(H)mm (not include printer)<br />
Weight<br />
: 90Kg<br />
Power : AC 100 to 120V, 200 to 240 V ±10%, 10A<br />
Options: *Preeision control judgment (hazardous substanee judgment software)<br />
*Speetrum matching software (material identifieation)<br />
* This film calibration eurve software<br />
*Sample changer<br />
*Measurerment area : 3mmcD<br />
*Vaeuum pump Ccapable of light element <strong>analysis</strong>)<br />
*Standard referenee material (for metal foils, for hazardous substanee)<br />
eWindows, Word,& Excel® are the registered trademarks of Microsoft<br />
e SIINT maintains agiobai SEA sales and service network. For global inquires please<br />
contact SIINT International Sales and Marketing Department ft 03 (6280) 0066<br />
SII<br />
<strong>Seiko</strong> <strong>Instruments</strong> <strong>GmbH</strong> NanoTechnology<br />
Siemensstrasse 9<br />
63263 Neu-Isenburg, Germany<br />
Tel.: +49 6102 297 0 ; Fax: +49 6102 297 222<br />
info@seiko-instruments.de www.SIINT.EU<br />
*printed on1 00% recyded paper Note: These specifications are subuject to change due to product improvement pJinted in japan SNT-0703E