ASTM D6595 Rotary Disc Electrode Atomic Emission Spectrometer (ROE-AES)
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ASTM D6595 Rotary Disc Electrode Atomic Emission Spectrometer (ROE-AES)

Brand KN

Product origin Dalian,China

Delivery time deliver as soon as received payment

Supply capacity 30 sets one month

Wear metals and contaminants in a used oil test specimen are evaporated and excited by a controlled arc discharge using the rotating disk technique. The radiant energies of selected analytical lines and one or more references are collected and stored by way of photomultiplier tubes, charge coupled devices or other suitable detectors. A comparison is made of the emitted intensities of the elements in the used oil test specimen against those measured with calibration standards.

ASTM D6595 Rotary Disc Electrode Atomic Emission Spectrometer (ROE-AES)

KN-6595 Rotary Disc Electrode Atomic Emission Spectrometer (ROE-AES)

Overview

    KN-6595 Rotary Disc Electrode Atomic Emission Spectrometer (ROE -AES) which is capable of directly testing the contents of various metallic elements in liquid samples, such as lubricating oil, hydraulic oil, fuel oil, and etc., and finishing the analysis of various elements with a single injection with a single injection within 2 minutes. No sample pretreatments, auxiliary gas or cooling water is needed before and during the instrument is operating. Because of the strong adaptability to the environment, this instrument can be operated in warship or in the field. The instrument conforms to the ASTM D6595 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 and ASTM D6728 Standard Test Method for Determination of Contaminants in Gas Turbine and Diesel Engine Fuel by Rotating Disc Electrode Atomic Emission Spectrometry. 

    The instrument can be widely used in fields of oil quality monitoring for large equipment, such as aircrafts, warships, high-speed railways, engineering machinery, and etc. It can be applied to the monitoring of mechanical wear and fault diagnosis analysis. It is commonly applied to the field of metallic elements analysis in oil.

Technical principle

ASTM D6595 

 

The Oil Analysis Spectrometer is Mainly Composed of Excitation System, Optical System and Readout System

  1. The arc or spark generated by the discharge of the excitation system directly acts on the oil sample to be tested, and the outer electrons of the element are excited to generate characteristic spectral lines. The graphite disk electrode continuously rotates to bring the oil between the counter electrodes. There is a huge potential difference between the graphite disk electrode and the rod electrode. When the potential difference between the electrodes reaches the discharge state, a high voltage discharge occurs at the gap between the counter electrodes, generating an arc or spark, providing an instantaneous high temperature, which makes the oil sample on the disk electrode burn, and the oil sample will be burned, vaporized and plasma-i zed. The instantaneous high temperature in the discharge gap, can fully excite various elements in the oil sample and produces many stable emission spectra. The spectral signal is flexibly introduced into the Roland circle spectroscopic system through the UV optical fiber.

  2. The optical system uses the grating on the Roland circle to collect and split the characteristic spectral lines of the excited elements (the larger the focal length is, the more grating lines are available; and the higher the resolution is, the better the spectroscopic effect will be); the detector receives and photo-electrically converts all characteristic spectral lines.

  3. The readout system periodically reads the charges on the detector and converts them to digital signals, including the intensity of the characteristic spectral lines of elements, because the intensity is proportional to the element concentration, the readout system uses the external standard method to analyze, process and output the data to obtain the content of the detected elements.

ASTM D6728


Monitoring Significance

ROE-AES 

 

Features

The oil analysis spectrometers have been used for a long time, the oil monitoring equipment is not only widely recognized by various military customers, industrial customers and commercial oil laboratories, but also a reliable and effective oil monitoring technology; it can not only realized the condition monitoring of key-oil-equipment, but also be used for the quality control of oil products. 

  1. It is suitable for the simultaneous determination of multiple elements of various metal elements, such as wear metals, pollutants and additives in oils

  2. The standard configuration simultaneously determines 24 elements, including Ag, Al, Ba, Ca, Cd, Cr, Cu, Fe, K, Li, Mg, Mn, Mo, Na, Ni, P, Pb, Sb, Si, Sn, Ti, V, Zn and Bi. Detection channels can be flexibly increased according to different needs, when adding analysis target elements, no hardware changes are required.

  3. Built-in working curve

  4. It is needless to pretreat the samples, direct injection, ~40s for a single test, the testing-time is adjustable, the results will be obtained after only one measurement.

  5. Low cost of use, the consumable materials includes only the standard graphite disc electrodes, bar electrodes,sample cups.

  6. Uses not ceramic but spectrally pure graphite material as the disc electrode.

  7. Using concentrated optical fiber to ensure the resolution of the instrument.

  8. The light chamber is equipped with a closed isolation heat exchanger to effectively prevent dust, water mist and oil mist from invading.

  9. It includes exhaust structure, prevention of cross-contamination.

  10. Neither argon gas nor cooling water is needed. Integrated fully closed frame structure design, impact resistance, deformation resistance;

  11. Multi-panel design, reasonable internal partition interval.


ASTM D6595


Software

Expert spectral analysis software is not only easy to be operated, but also includes the following functions: 

  1. The detection is done with the press of a button

  2. With the built-in working curve, it can work normally after simple calibration with standard reference oil

  3. Dynamic drift correction to improve the stability of the optical system

  4. It has export and automatic storage functions

  5. Automatic pixel calibration (spectral tracing)

  6. Working curve correction

  7. Reference line setting

  8. Spectral lines were automatically selected

ASTM D6728

 

Measuring range

No.

Name

Symbol

Range (ppm)

1

Aluminum

Al

0~1000

2

Barium

Ba

0~6000

3

Boron

B

0~1000

4

Cadmium

Cd

0~1000

5

Calcium

Ca

0~6000

6

Chromium

Cr

0~1000

7

Copper

Cu

0~1000

8

Iron

Fe

0~1000

9

Lead

Pb

0~1000

10

Magnesium

Mg

0~6000

11

Manganese

Mn

0~1000

12

Molybdenum

Mo

0~1000

13

Nickel

Ni

0~1000

14

Phosphorus

P

0~6000

15

Silicon

Si

0~1000

16

Silver

Ag

0~1000

17

Sodium

Na

0~6000

18

Tin

Sn

0~1000

19

Titanium

Ti

0~1000

20

Vanadium

V

0~1000

21

Zinc

Zn

0~6000

22

Potassium

K

0~1000

23

Lithium

Li

0~1000

24

Antimony

Sb

0~1000

Technical parameters

Optical system

  1. Optical system: Pashen-Runge, Roland circle optical structure, Roland focal length: 500mm

  2. High-performance holographic diffraction grating, Grating notching 2700L/mm

  3. Optical resolution: 0.006nm

  4. Spectral range: 190-900nm

  5. Double chamber system:

    Short wave chamber wavelength: 200~470nm

    Long wave chamber wavelength: 470~800nm

  6. Both Roland circle and the host machine are equipped with a constant temperature system to maintain constant temperature independently, 40±1°C; the constant temperature is adjustable, which is effectively suitable for too high or too low environment temperature condition


Detector

  1. Cluster optical fiber signal transmission dual-layer, multi-CCD detection spectrum system

  2. The linear array of multiple CCDS is arranged in a Roland circular shape, which realizes continuous and simultaneous detection of the whole band, and facilitates later development of other elements

  3. High performance CCD detector, each CCD with 3648 pixels

  4. Ultraviolet band spectral enhancement detection technol-ogy, enhances the ultraviolet band light intensity, and prolongs the life


Excitation light source

  1. Bidirectional high performance excitation light source, 14000V ignition pulse, digital discharge parameter setting, digital pulse generator, digital offline pulse control 

  2. Dual-phase zero-crossing signal detection technology, avoiding high-voltage spark electromagnetic compatibility interference, and improving voltage stability


Excitation chamber

  1. Rod electrode holder for automatic adjustment of electrode pole distance device, ensure that the height of electrode spacing is consistent for all measurements

  2. The excitation room has a visual window, which can visualize the whole excitation process

  3. Complete safety monitoring and protection functions, including excitation chamber door safety lock, sample cup, disc electrode, rod electrode, spark gap sensing monitoring device (laser light source automatic position-ing), with safety alarm and automatic flameout function, so as to ensure user safety.

  4. Semi-permeable cutoff to prevent oil sputtering contami-nation and filter stray light.

  5. Aluminum fire extinguishing device, to prevent volatile sample ablation to produce flames.


Computer system

  1. Operating system: Instrument control and data manage-ment software based on Windows platform

  2. External connection of the control computer


Power Supply and Environment Requirements

  1. Power: 220V±10%, 50/60Hz, AC power, Built-in pressure stabilizing device, no special grounding device is required

  2. Power consumption: ≤1kwFusing current: 16A

  3. The range of operating temperature: -40~50℃

  4. The variation allowance of the maximum temperature: ±5℃/h

  5. Operating humidity: 0~90%, no condensation

  6. Working altitude: ≤7000m


Size and Weight

  1. Size: 1040mm(length) X460mm(width) X700mm(height)

  2. Weight: 125kg



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