1. Detection capability: Capable of detecting the content and concentration of wear particles in equipment engine oil, transmission oil, hydraulic oil, and gear oil, and analyzing the quantity of wear particles, as well as the size and morphology of contaminant particles.

2. Selection criteria: viscosity, moisture content

3. Cleaning capability: Capable of cleaning the instrument's own oil circuit

4. Self-checking capability: Equipped with an instrument self-checking function

5. Grain imaging size: 5-1000μm

6. Maximum magnetomotive force (F) of abrasive deposition: 1200 AN

7. Imaging pixel: 5 million

8. Particle classification: fatigue wear/sliding wear/cutting wear/fiber/impurity/bubble

9. Moisture detection: saturation 0.04-1aw, moisture content 1-10000ppm

10. Abrasive particle spectrum sheet: The resolution of the abrasive particle spectrum sheet is 1024 ×768 pixels, with a scale bar

11. Detection flow rate: 5~20ml/min

12. Single test duration: ≤3min

13. Oil sampling: aspiration

14. Diagnostic suggestion: Implement wear state determination and autonomously generate inspection reports

15. Instrument operation: keyboard + mouse/touch screen (optional)

16. Data statistics management: It can perform statistical calculations and trend chart analysis of wear status based on units, equipment types, or individual equipment

17. Human-Machine-Environment: The human-machine interaction is friendly, with a simple and intuitive interface; the functional structure of the equipment is reasonably arranged, making it easy to operate and use.

18. Reliability: Mean time between failures ≥ 100 times

19. Testability: It features self-checking, fault display, and post-detection maintenance prompt functions

20. Operating mode: AC220V (always online), built-in lithium battery (continuous operation for 4 hours)

21. Compatible fluids: hydraulic oil, gear oil, diesel engine oil, black fluids

22. Data transmission: RS485, USB

1. Wide applicability: The system is capable of efficiently monitoring wear particles in various types of oils, including hydraulic oil, gear oil, and diesel engine oil. Whether it is hydraulic oil and gear oil with good light transmittance or diesel engine oil with poor light transmittance, accurate wear particle image acquisition and analysis can be achieved.

2. High-precision imaging capability: Even in the case where the light transmittance coefficient of hydraulic oil and gear oil is less than 2.0, the system is capable of acquiring clear brightfield imaging of wear particle spectra, and clearly identifying the morphological characteristics of small wear particles, wear particle chains, and larger wear particles in different oil samples.

3. Ability to adapt to highly attenuated oils: In oils with low light transmittance, such as diesel engine oil, and an attenuation coefficient greater than 5.0, the system can effectively utilize dark field imaging technology to accurately capture wear particle images. This ensures that even if the oil becomes blackened due to factors such as oxidation and carbon buildup, clear reflectance spectral images can still be obtained.

4. Powerful spectral analysis function: Through imaging of reflective spectral slices, the system can accurately analyze the characteristics of wear particles in the oil, including key parameters such as particle size, shape, and distribution, providing precise data support for equipment fault diagnosis and early warning.

5. Efficient oil monitoring: This microscopic imaging system not only operates stably in various oils but also provides real-time and precise wear particle monitoring results, assisting users in equipment maintenance and wear prediction, thereby effectively enhancing production efficiency and equipment safety. The sensor flow channel cross-sectional area is ≥6mm; the optical magnification for wear particles is ≥3.

6. Exportable intelligent wear analysis system - detection report: core wear indicators, particle size distribution, etc.