Technologies

Oil Quality Monitoring

  • Real-Time Fluid Intelligence for Machinery Health

    • What Parameters Are Monitored?

    • Viscosity (lubrication performance)
    • Moisture Content (water % by volume)
    • Degree of Pollution (ISO 4406 particle count)
    • Metal Wear Particles (ppm by type: Fe, Cu, Al)
    • Electrical Resistivity (dielectric breakdown risk)

    Key Features & Benefits

    1

    Fewer Failures

    Predictive monitoring prevents unexpected breakdowns.

    2

    Longer Lifespan

    Optimal maintenance extends equipment service years.

    3

    Cost Savings

    Reduced spare parts & labor expenses.

    4

    Smart Oil Management

    Condition-based changes vs fixed schedules.

    5

    Minimal Surprise Stops

    Continuous protection minimizes production losses.

    How It Works

    • In-line/Oil Port Sensors collect data
    • Predictive Algorithms detect abnormal trends
    • Maintenance Alerts triggered by:
    • 5% viscosity change
    • >200ppm water content
    • ISO 4406 code shift

    Application Scenarios

    • Early Bearing Wear Detection – Alerts on abnormal ferromagnetic particles in hydraulic oil
    • Million-Dollar Protection – Prevents RMB 1M+ hydraulic pump failures
    • Uptime Assurance – Avoids multi-day production stoppages
    • Oil Condition Intelligence – Tracks real-time viscosity & moisture changes
    • 60% Fewer Failures – Optimized oil change intervals
    • 35% O&M Savings – Reduced maintenance costs

    Why Choose Oil Quality Monitoring?

    Early detection

    of abnormal wear

    Major savings

    (per large hydraulic system)

    Major reduction

    in oil disposal costs