Multi-parameter oil quality sensor

1、Multi-parameter oil quality sensor Product Introduction

Multi-parameter oil quality sensor can monitor parameters such as trace moisture, free water, dielectric constant, iron particles, pressure, and fluid level.Multi-parameter oil quality sensor is used for real-time, online monitoring of lubricating oil health and wear. Continuous monitoring of the oil condition improves condition-based maintenance efficiency, optimizes oil change intervals, and reduces reliance on offline analysis.

Multi-parameter oil quality sensor integrates electrochemical impedance spectroscopy (EIS) to detect oil impedance spectra, ultrasonic viscosity monitoring to detect oil viscosity and density, inductive magnetic field analysis to assess equipment wear, and micro-water monitoring to detect trace amounts of moisture and water activity in the oil. It can also monitor dissolved and free water, thus obtaining the oil's health status. Based on our years of experience in online oil monitoring, it analyzes the oil health index. It assesses the wear of lubricating oil additives, monitors oil aging, and determines oil contamination levels.

Multi-parameter oil quality sensor helps users improve equipment asset health management, assisting in maintenance decisions based on real-time monitoring results and preventing abnormal wear and corrosion caused by oil aging and contamination.

2、Multi-parameter oil quality sensor Features

Wide range of applications, suitable for all lubricating oils

Simultaneous measurement of multiple parameters allows for timely detection of lubricating oil contamination and aging, helping users optimize oil change intervals.

Adsorption-based wear particle concentration monitoring enables timely assessment of equipment wear conditions.

Includes pressure monitoring; real-time oil level monitoring prevents abnormal equipment wear caused by excessive or insufficient oil.

No need for customer-calibrated free water; sensor features automatic calibration.

Analyzes oil contamination sources for more targeted oil fault analysis.

Big data oil analysis algorithms help customers solve diagnostic challenges; includes built-in health index analysis.

24/7 uninterrupted monitoring provides timely feedback on oil status.

Strong compatibility; compatible with CAN-J1939 and RS485-Modbus RTU.

Suitable for oil monitoring under high-speed flow conditions; no need for static oil monitoring; stronger viscosity interference resistance than similar sensors; robust and durable.

Integrated structural design for easy installation.

3、Multi-parameter oil quality sensor Application areas

Lubricating oil is the "blood" of critical equipment. Lubricating oil failure directly leads to abnormal wear of mechanical structures and critical functional components, a major cause of large equipment failures and serious accidents.

Multi-parameter oil quality sensor can continuously monitor the aging and contamination levels of the oil in the hydraulic system 24 hours a day, providing real-time feedback on the oil's operating status. This helps users avoid or mitigate equipment failures caused by lubricating oil failure.

Multi-parameter oil quality sensor can be widely used in industries such as power, mining, cement, shipbuilding, military, industrial manufacturing, papermaking, petrochemicals, transportation, metallurgy, aviation, oil fields, and ports, for applications such as wind turbine gearboxes, aircraft/helicopter gearboxes, hydraulic transmission systems, machining centers, steam turbines, gearboxes, and gasoline/diesel engines.

4、Multi-parameter oil quality sensor Technical parameters

Ferromagnetic Wear Particle Concentration

Detection Range: 0~100%

Resolution: 0.01%

Dielectric Constant

Dielectric Constant: 1~6

Dielectric Constant Accuracy: ±0.01 (Absolute Accuracy)

Water Activity

Measurement Range: 0~1aw

Measurement Accuracy:

0~0.6±0.02aw

0.6~0.9±0.03aw

0.9~1±0.04aw

Response Time (Typical): <1 minute

Dissolved Water Content

Measurement Range: 0~10000ppm, 0~1% (Applicable to mineral transformer oil)

Measurement Accuracy: ±10%

Free Water Content

Quantity Range (Absolute Accuracy): 0~5% (±0.1%), 5%~reversal point (±2%), 0~100%

Temperature Stability: 0.01% water/℃

Resolution: 100ppm

Viscosity

Dynamic Viscosity: 1~10000CP, Accuracy: 2%

Kinematic Viscosity: 1~12000CST, Accuracy: 2%

Density

Measurement Range: 600kg/m^3~1300kg/m^3

Accuracy: 2%

Pressure and Level

Pressure Range: 0～100kPa……0～2MPa

Overload Pressure: 1.5 times full-scale pressure

Accuracy: ±0.5%F.S.BFSL 25℃

Total Error: ±1.0%F.S. (including calibration error and temperature drift)

Level Range: 0~1000mm (customizable)

Accuracy: ±0.5%F.S.BFSL 25℃

Temperature

Measuring Range: −40~120°C

Accuracy (at+25°C): ±0.2°C

Operating Temperature: −40~+85°C

Storage Temperature: −40~+85°C

Permissible Oil Temperature: −40~+120°C

Health Index: 0~100 (Health level and alarm points can be customized according to customer needs)

Output

Digital Signal: RS485-Modbus RTU (RS232, CAN-J1939, CANopen optional)

Other
Mechanical Interface: G1

Pressure Range: Up to 10 MPa

Materials: Hard anodized aluminum, stainless steel (material optional)

Protection Rating: IP67

Power Supply: DC 9V~36V

Power Supply Current: <5mA + Load Current

Transmitter Weight: <300g

Total Package Weight: <370g

Cable Specification: M8, 4 cores

Cable Length: 2 meters

Standards Compliance: CE certified EN 61326-1 EN 61326-2-3 ICES-003 Class B