Ga-Edx 9600e ASTM D4294 Xrf Oil Element Composition Analyzer Sulfur and Chlorine Analyzer Tester

• Customization: Available
• After-sales Service: Online
• Warranty: 1 Year
• Model NO.: GA-EDX 9600E
• Type: Xrf Analyzer
• Weight: 0-100Kg
• Transport Package: Plywood Case
• Specification: 48*40*40cm
• Trademark: GONOAVA
• Origin: China
• HS Code: 9024800000
• Production Capacity: 200

Product Description

GA-EDX 9600E ASTM D4294 XRF Oil Element Composition Analyzer Sulfur and Chlorine Analyzer Tester
Achine advantage
Advanced sulfur-in-oil analyzer
Advanced metals-in-lubricant analyzer
Advanced precision
Advanced reliability and robustness
Advanced software and data management

Overview
The Sulfur in Oil XRF analyzer Complying with ASTM Method 4294
EDX9600E can be used to test and monitor total sulfur concentration in the production of oils and fuels. Compliant, repeatable and accurate elemental analysis is a given but additional value is generated in several parts in your oil production and refinery. EDX9600E complies with international test methods and regulations, such as ISO 13032, ISO 20847, ISO 8754, ASTM D4294, ASTM D4929, JIS K2541-4, IP 336 and IP 496.
The advanced performance of EDX9600E can also be extended to the more applications including  
>The wear metals analysis of lubricants to optimize and adapt production processes complied with ASTMD7751/ ASTM D6481/ASTM D5059
>The determination of low levels of chlorine for optimal desalting and corrosion control
>The determination of low levels of S, Ni, V, Ca and Fe to prolong your catalysts' life and improve their performance and the analysis of the sulfur content during fuel production and blending

GA-EDX 9600E ASTM D4294 XRF Oil Element Composition Analyzer Sulfur and Chlorine Analyzer Tester
Features and Benefits
•Rugged elemental analyzer for repeatable and reproducible results in laboratories
production environments
• Intuitive interface is displayed on the large, industrial touchscreen.
• Streamlined software and one-touch measurement start makes it easy for any operator
to get high quality results.
• Training for routine analysis takes only minutes.
• Atmospheric compensation allows analysis without the need for helium or vacuum purge,
minimizing the cost per analysis.
• Automatic carbon/hydrogen (C/H) ratio correction allows the analysis of multiple types of
oils and fuels to be made on a single calibration, simplifying analyzer setup and operation
• X-ray tube and detector are operated in conditions designed to ensure long-term reliability.
• Built for tough environments.
• On-board data storage of up to 100,000 results, including spectra
• Low cost of maintenance

GA-EDX 9600E ASTM D4294 XRF Oil Element Composition Analyzer Sulfur and Chlorine Analyzer Tester
Specifications

Detector	High Resolution SDD
Excitation Source	50 watts high efficiency Ag/Rh tube 50kv Max,1000Max
Working temperature	-20 to 50 °C
Measuring time per sample	30-130 seconds
Sample Type	Liquid, powders and solids
Factory Calibration	Low sulfur: 10ppm- 100ppm High sulfur: 0.01%-5%
Detection Limit of Sulfur	3ppm
Instrument Dimension	380×372×362mm(L*W*H)
Weight	30 kg
External Connection	USB Port
Test Report	Excel, PDF
Spares and Consumables	Sample test Mylar Oil analysis sample cup Sampling spoon Test window film

High precision results without daily calibration needed
Precision Test report of Sulfur in oil standard samples 

Unit:	PPM	Test Time: 100 seconds
Test No.	Calibration Curve	Sulfur-300ppm	Sulfur-1000ppm	Sulfur-10000ppm
1	Crude Oil	297	1001	10080
2	Crude Oil	293	998	9993
3	Crude Oil	305	1017	9982
4	Crude Oil	295	1008	9918
5	Crude Oil	291	1007	9978
6	Crude Oil	309	990	10068
7	Crude Oil	312	995	9986
8	Crude Oil	316	1015	9999
9	Crude Oil	307	1010	9918
10	Crude Oil	313	999	9928
11	Crude Oil	302	1016	9958
Certified Value of sulfur(ppm)		300	1000	10000
Average Test Result(ppm)		304	1005	9983
Standard Deviation Sn		8.64	9.10	53.96
RSD		2.85%	0.91%	0.54%

   

Precision Test report of Metals in lubricants standard samples 

Unit:	PPM	Test Time: 60 seconds
No.	Calibration	Ca	Ti	V		Cr		Mn	Fe	Ni
1	Lubricant	318	304	300		307		308	309	308
2	Lubricant	278	305	294		299		305	303	298
3	Lubricant	323	302	300		313		303	306	303
4	Lubricant	279	309	300		304		305	305	299
5	Lubricant	318	310	300		304		306	305	306
Certified Value		300	300	300		300		300	300	300
Average		303.2	306	298.8		305.4		305.4	305.6	302.8
Standard Deviation Sn		22.643	3.3912	2.6833		5.1284		1.8166	2.1909	4.3243
Error ppm		3.2	6	-1.2		5.4		5.4	5.6	2.8
RSD		7.47%	1.11%	0.90%		1.68%		0.59%	0.72%	1.43%
No.	Calibration	Cu	Zn	Mo	Ag		Cd		Pb
1	Lubricant	299	300	315	307		295		297
2	Lubricant	300	304	306	305		299		297
3	Lubricant	305	307	308	306		311		297
4	Lubricant	299	303	306	306		328		298
5	Lubricant	304	304	305	324		313		294
Certified Value		300	300	300	300		300		300
Average		301.4	303.6	308	309.6		309.2		296.6
Standard Deviation Sn		2.881	2.51	4.062	8.0808		13.008		1.5166
Error ppm		1.4	3.6	8	9.6		9.2		-3.4
RSD		0.96%	0.83%	1.32%	2.61%		4.21%		0.51%