Dynamic Image Particle Sensor - SKA IFD-3H
Specifications and Parameters
| Item | Parameter |
|---|---|
| Monitoring indicators | Particle Counting: ISO4406/NAS 1638/ASTM D6786/User-defined Total ferromagnetic concentration/ppm ferromagnetic particle count and size distribution; Intelligent ferrography: wear particle classification and concentration of each type of wear particle, size distribution, morphology; Temperature: real-time liquid temperature |
| Particle detection range | 1～800μm |
| Number of particle channels | 8 |
| Sensitivity | 1μm (ISO4402) or 4μm (c) (GB/T18854, ISO11171) |
| Wear identification | Fatigue wear, sliding wear, cutting wear, fibers, impurities |
| Lens pixels | 5 million pixels Light compensation: automatic exposure, automatic linear compensation Imaging time: 2-5s, automatically output according to detection conditions |
| Particle counting standards | GJB420B/SAE4059F-CPC/ISO4406/GB/T14039/GJB420A、NAS1638/SAE4059F |
Product Introduction
Visualized real-time monitoring: "A picture is worth a thousand words"
SKA IFD-3HThe dynamic image particle sensor adopts the industry's first Linux-architecture high-definition imaging system, integrating high-speed detection, intelligent analysis, and compact design. It is equipped with a dynamic high-precision lens and a high-definition macro imaging module, and can complete real-time dynamic image capture in as fast as 2 seconds while oil is flowing, accurately detecting multi-dimensional indicators such as particle size distribution, quantity concentration, and moisture contamination.
Through the built-in AI analysis model, the system can intelligently classify particle morphology characteristics according to ISO/NAS1638, ASTM, and other standards, effectively distinguishing particle types such as cutting wear, fatigue wear, dust, and contamination.
Specifications and Parameters
| Item | Parameter |
|---|---|
| Monitoring indicators | Particle Counting: ISO4406/NAS 1638/ASTM D6786/User-defined Total ferromagnetic concentration/ppm ferromagnetic particle count and size distribution; Intelligent ferrography: wear particle classification and concentration of each type of wear particle, size distribution, morphology; Temperature: real-time liquid temperature |
| Particle detection range | 1～800μm |
| Number of particle channels | 8 |
| Sensitivity | 1μm (ISO4402) or 4μm (c) (GB/T18854, ISO11171) |
| Wear identification | Fatigue wear, sliding wear, cutting wear, fibers, impurities |
| Lens pixels | 5 million pixels Light compensation: automatic exposure, automatic linear compensation Imaging time: 2-5s, automatically output according to detection conditions |
| Particle counting standards | GJB420B/SAE4059F-CPC/ISO4406/GB/T14039/GJB420A、NAS1638/SAE4059F |
Main Application Areas
- Hydraulic Systems — Monitors particle contamination and wear debris in hydraulic oil to prevent component damage and extend system life.
- Gearboxes — Detects wear particles and ferrous debris in gearbox oil, enabling early fault diagnosis and predictive maintenance.
- Turbines — Tracks oil cleanliness and wear particle trends in turbine lubrication systems to ensure reliable operation.
- Compressors — Provides real-time oil condition monitoring for compressors, helping avoid unexpected downtime and costly repairs.
- Industrial Machinery — Ideal for various industrial machinery to monitor oil health, optimize maintenance schedules, and reduce operating costs.
Keywords：dynamic image particle sensor, oil particle counter, oil condition monitoring, ferrous particle detector, wear debris analysis, ISO 4406 particle counter, oil contamination sensor, inline oil monitoring
