Oil spectrometer

BT-9000Oil spectrometerIt can directly inject samples to detect the elemental content of wear metals, pollutants, and additives in lubricating oil, hydraulic oil, fuel, coolant, grease, industrial circulating water and other samples, and then determine the degree and location of faults such as wear, sealing, and overheating of large equipment, realizing the monitoring of the operating status, fault diagnosis, and fault warning of key oil equipment. Therefore, oil spectral analysis can provide early warning of major equipment failures. Through real-time analysis and trend analysis of spectral analysis data, potential hazards of equipment can be identified in advance, maintenance plans can be optimized, equipment failure rates can be reduced, proactive preventive maintenance can be achieved, and operating costs can be significantly reduced. Instruments are widely used in fields such as military, aviation, shipping, nuclear power, wind power, electricity, petrochemicals, mining, rail transportation, engineering machinery, university research, and oil testing institutions for oil quality monitoring, equipment wear monitoring, and fault diagnosis analysis. They are standard analytical methods in the field of oil analysis.

Applicable standards: ASTM D6595, ASTM D6278, NB/SH/T 0865, SN/T 1652, DL/T 1550

Oil spectrometer

Instrument features:

1. Suitable for simultaneous determination of various metal elements such as wear metals, pollutants, and additives in oil.

2. The standard configuration can simultaneously measure 24 analytical elements (aluminum, barium, boron, calcium, chromium, copper, iron, lead, magnesium, molybdenum, nickel, phosphorus, potassium, silicon, silver, sodium, tin, titanium, vanadium, zinc, manganese, cadmium, lithium, antimony). The detection channels can be flexibly increased according to different needs, and adding elements does not require hardware changes.

3. Built in working curve.

4. No need for sample pre-treatment, direct injection, single test for about 40 seconds, adjustable time, and results obtained after one measurement.

5. Low usage cost, with only standard graphite disk electrodes, rod electrodes, and sample cups as consumables.

6. Disk electrode material: Made of graphite (spectral purity), non ceramic material.

7. Adopting aggregated optical fibers to ensure instrument resolution.

8. The light chamber is equipped with a sealed and isolated heat exchanger, effectively blocking the invasion of dust, water mist, and oil mist.

9. The equipment has an exhaust structure to prevent cross contamination.

10. No need for argon gas, no need for cooling water.

11. Integrated fully enclosed frame structure design, resistant to impact and deformation; Multi panel design with reasonable internal partition intervals.

12. Equipped with built-in voltage regulator, no dedicated grounding device is required.

Technical parameters:

• Optical system

Pashen Runge Pashen Runge Roland circular optical structure, focal length: 500mm

High performance holographic concave diffraction grating with grating lines of 2700L/mm

Optical resolution 0.006nm

Spectral range: 190-900nm

Dual cell: Short wave cell spectral line range: 190nm~470nm; Long wave excitation chamber spectral line range: 470nm~900nm

The host and the light room have bidirectional independent constant temperature control, with a temperature control accuracy of 40 ℃± 1 ℃ and adjustable temperature

Bidirectional excitation high-performance spark light source

Power supply: 220V ± 10% 50/60Hz

• Power consumption: ≤ 1kw Fuse current: 16A

• Working temperature range: -40 ℃~50 ℃, maximum allowable temperature change ± 5 ℃/hour

• Dimensions: 1040mm × 460mm × 700mm

• Instrument weight: 125kg