Oil multi-element spectrometer

Oil multi-element spectrometerCan be used to measure the content of constant, trace, and trace elements in various oils; High efficiency, fast testing, simplicity, stability, reliability, wide applicability, low limit, strong anti-interference ability, and high degree of automation.

Measurable elements61Numerous species;

The element detection limit is low, reachingppbmagnitude; Fast analysis speed, measurable in one minute4More than one element;

Simultaneous analysis of multiple elements can achieve sorting of element order and quantity;

The dynamic range is linearly wide, up to5Multiple orders of magnitude, simultaneous measurement of high and low content;

Oil multi-element spectrometerExecution standard:

ASTM D6595Test Method for Determination of Wear Metals and Contaminants in Used Lubricating Oil or Used Hydraulic Fluid by Electrode Atomic Emission Spectroscopy-Standard Test Method for Determination of Wear Metals and Contaminants in Used Lubricating Oils or Used Hydraulic Fluids by Rotating Disc Electrode Atomic Emission Spectrometry.

ASTM D6728 Standard Test Method for Determination of Pollutants in Gas Turbine and Diesel Engine Fuels by Rotary Electrode Atomic Emission Spectroscopy-Standard Test Method for Determination of Contaminants in Gas Turbine and Diesel Engine Fuel by Rotating Disc Electrode Atomic Emission Spectrometry

NB/SH/T 0865National Energy Administration standard "Determination of Wear Metals and Pollutant Elements in Lubricating Oil in Use - Rotating Disc Electrode Atomic Emission Spectroscopy Method"

SN/T 1652National Inspection and Quarantine General Administration Import and Export Industry Standard "Detection Method for Pollutants in Fuel Oil of Gas Turbine and Diesel Engine for Import and Export - Rotating Disk Electrode Atomic Emission Spectroscopy"

DL/T 1550National Energy Administration Power Industry Standard "Determination of Copper and Iron Content in Mineral Insulated Oil - Rotating Disc Electrode Emission Spectroscopy Method"

JJF(Military Industry)1752018Calibration Specification for Oil Emission Spectrometer

Instrument Introduction:

The multi-element emission spectroscopy analysis system for oil is suitable for measuring various oil elements and is widely used in fields such as aerospace, power, petroleum, chemical, transportation, ports, metallurgy, machinery, automobile manufacturing, refrigeration, electronics, semiconductors, engineering machinery, hydraulic systems, etc. It detects various elements in hydraulic oil, lubricating oil, transformer oil (insulation oil), turbine oil (turbine oil), gear oil, engine oil, aviation kerosene, antifreeze, water-based hydraulic oil, and detects various elements in water, acid, organic liquids, polymer solutions, etc.

Using an oil multi-element emission spectroscopy analysis system to accurately determine the elemental composition and concentration of trace metal abrasive particles, pollutants, and additives in oil samples, in order to accurately grasp information such as equipment wear status, equipment lubrication status, and lubricant pollution status;

By conducting statistical analysis and trend analysis on historical data (detection results and equipment maintenance records), comprehensively grasp the wear trend and lubrication status change trend of equipment;

Based on these statistical analysis results, alarm limits can be set for detection results to alert potential equipment failures and ensure that the equipment is always in normal working condition.

Software Introduction:

Having tens of thousands of spectral lines, we provide you with more validation and evaluation.

*The graphical diagnostic function is implemented through parameter settings to achieve measurement conditions.

PICP-V2.1The Chinese version of the software hasPULUODY GROUPThe essence of the precision measurement technology platform, combined with standard technical support from multiple organizations such as the American Society for Testing and Materials, the Society of Petroleum Engineers, and the American Society of Automotive Engineers, is functional.

PICP-V2.1Chinese version software features *, with automatic switching between Chinese, English, Korean, and Japanese (limited to export type only), capable of qualitative, semi quantitative, and quantitative analysis; Data reprocessing and optimization functions;

Automatically test element content and generate test reports;

It has functions such as data storage, averaging, mapping, filtering, and database processing. The test report can be selected according to user needs, including method name, instrument model, element, wavelength, intensity, content, relative standard deviation, unit, inspector, remarks, approver, etc. At the same time, the analysis results can be saved aspdfThewordTheexcelThetextWaiting for files to facilitate user analysis.

Technical Indicators:

Element content:0.01ppm-10000ppmRepeatability:RSD≤1.5％； Stability:RSD≤2％；

essence indeed Degree:3%Testing speed (related to methods):4More than one element/per minute

Element Range:

Conventional detection elements and detection limits

Standard testing:24Seed (μ)g/L）1PPbfor1PPmOne thousandth of it

aluminium-AlBarium-BaBoron-BCadmium-CdCalcium-CaChromium-CrCopper-CuIron-FeLead-PbMagnesium-MgManganese-MnMolybdenum-MoNickel-NiPhosphorus-PSilicon-SiSilver-AgSodium-NaTin-SnTitanium-TiVanadium-VZinc-ZnPotassium-KLithium-LiAntimony-Sb

Additive detection elements and detection limits

Standard testing:8Seed (μ)g/L）1PPbfor1PPmOne thousandth of it

strontium-SrBismuth-BiArsenic-ASIndium-InZirconium-ZrTungsten-WCobalt-CoCerium-Ce

According to the analysis of reused oil:

Metal abrasive particles: aluminum-AlCadmium-CdChromium-CrCopper-CuIron-FeLead-PbMagnesium-MgManganese-MnMolybdenum-MoNickel-NiSilver-AgTin-SnTitanium-TiVanadium-VZinc-ZnStrontium-Sr；

Pollutant: Boron-BCalcium-CaPotassium-KSilicon-SiSodium-Na；

Additive: Barium-BaBoron-BCalcium-CaChromium-CrCopper-CuMagnesium-MgMolybdenum-MoPhosphorus-PSilicon-SiZinc-ZnLithium-Li

Other testing: Please request relevant information from the periodic table to confirm the testing capability and spectrum verification.

Detector:

Detector:PULUODY GROUPSeventh generation precision measurement technology typespectrumDetector;

Detection range:≥ 31Seed elements

Spectral range:200~1000mmScanning range:190～800 nm

Resolution:≤0.015nm

Working frequency:27.12MHz；≤0.05%

Output power:8001600W；≤0.2%

Engraving density:2400L/mm；

Engraved area:80×110mmOther explanations:

enter sample Quantity: greater than1ml

Working temperature: room temperature~45degree

Working humidity:0~90%No condensation water

customizableOther projects:

water live Sex:

Measuring range:0~1aw

Measurement accuracy:±0.02, can be done byNISTThePTBTheBEVWaiting for institutions to trace the source.

slight quantity Water:

Measuring range:0.1~100000PPM

Measurement accuracy:±3PPM.

stick Degree:

Dynamic viscosity:0~500Li Po(cp)

piece grain Degree:

Measuring range:1Mm～450Mm；

spirit Min Degree:1Mm（ISO 4402）Or 4Mm（C）（ISO 11171TheGB/T18854）；

Measurement channel:1000通道；

Special detection: custom detection1~100MmParticles,0.1MmArbitrary detection;

Research and development testing:16Channel or32通道、64通道（383Standard testing settings);

Coincidence accuracy:10000grain/mL（5%Coincidence error);

NAS 1638：00~12level

ISO 4406：0~28level

GJB 420B：000~12level

PCrequirements

PCHost: CompatibleDELLTheHPTheLENOVOWaiting for all products at home and abroad

PCSystem: RequirementsWIN XPThe above systems or Apple（IOSCustomization required)

Testing system:

CN：PICP-V2.1Chinese version software

UK：PICP-V2.1English version software

For specific and detailed operations, please call the Prologi Service Center!