Wind Power Oil Multifunctional Sensor - SKA JW-V6M8S2
Ferromagnetic Wear Particle Measurement Range: 40~99μm, 100~199μm, 200~299μm, 300~399μm, ≥400μm, detection rate ≥80%
Ferromagnetic Metal Wear Particle Measurement Range: 150~199μm, 200~299μm, 300~399μm, 400~499μm, ≥500μm, detection rate ≥80%
Dynamic Viscosity Range: 1~1000cP, Resolution 0.1cP, Measurement Accuracy ±5% or ±5cP
Density Range: 600~1250kg/m³, Resolution 0.1kg/m³, Measurement Accuracy ±3% or ±5kg/m³
Moisture Content Range: 0~5000ppm, Resolution 1ppm, Measurement Accuracy ±10% or ±10ppm
Product Introduction
I. Product Overview of SKA JW-V6M8S2 Wind Power Oil Sensor
圣凯安As a pioneer enterprise in the field of oil online monitoring sensors, has been committed to the research and production of related products, aiming to provide customers with excellent preventive maintenance solutions.
Wind Power Oil Multifunctional SensorSKA JW-V6M8S2Integrates multiple detection components, including ferromagnetic and non-ferromagnetic metal wear particles, viscosity, density, temperature, water activity, and moisture content, etc. In addition, optional free water and dielectric constant detection components are available, achieving integrated monitoring of oil wear status and oil characteristics.
圣凯安The wind power multifunctional oil monitoring sensor device is compactly designed and ruggedly built, particularly suitable for oil condition monitoring of gearboxes and other heavy industrial equipment, and is a reliable product in the fields of preventive maintenance and advanced intelligent manufacturing.
II. Product Features of SKA JW-V6M8S2 Wind Power Oil Sensor
-
High-Precision Metal Wear Particle Detection:The wind power oil sensor incorporates industry-leading high-precision and high-stability detection components, using Faraday electromagnetic induction principle to capture in real-time and cumulatively count 40-micron ferromagnetic metal particles and 150-micron non-ferromagnetic metal particles.
-
Temperature and Flow Rate Measurement:Integrated with internal temperature measurement and oil flow rate measurement functions, ensuring the sensor is always in good working condition while guaranteeing the representativeness of oil samples tested.
-
Real-time Monitoring of Wear Conditions:Real-time monitoring of wear conditions in wind power gearboxes and other heavy industrial equipment, through continuous detection of wear debris and oil physicochemical indicators, facilitating early fault detection, reducing maintenance costs, and preventing serious accidents.
III. Working Principle of SKA JW-V6M8S2 Wind Power Oil Sensor
-
Metal Wear Particle Measurement:Built-in multiple high-performance coil sets, using Faraday electromagnetic induction principle to capture and count metal wear particles in real-time.
-
Moisture and Water Activity Measurement:Using polymer polyimide film capacitance to measure water activity in oil, combined with PT100 Class A platinum resistance, achieving real-time detection of dissolved water activity in oil.
-
Dielectric Constant and Moisture Content Measurement:Through interdigitated gold electrodes and high-resolution capacitance sampling chips, real-time diagnosis of subtle electrical property changes in oil, detecting oil quality, dielectric constant, and moisture content.
Main Application Areas
- Wind Turbine Gearbox Monitoring — Real-time tracking of wear particles, viscosity, and moisture in gearbox oil to prevent premature failure and extend service life.
- Heavy Industrial Equipment — Continuous oil condition monitoring for compressors, hydraulic systems, and turbines to reduce downtime and maintenance costs.
- Predictive Maintenance Programs — Provides actionable data on oil degradation and contamination to support condition-based maintenance strategies.
- Smart Manufacturing — Integrates with industrial IoT systems for automated oil health assessment and process optimization.
Keywords：wind power oil sensor,multifunction oil sensor,oil condition monitoring,wear particle sensor,oil viscosity sensor,oil density sensor,oil moisture sensor,gear oil monitoring
