Wireless Oil Sensor | Real-Time Oil Condition Monitor

Product Overview

The Wireless Oil Sensor provides integrated measurement and processing of viscosity, density, dielectric constant and temperature. It uses miniaturized high-precision sensing units with intelligent algorithms for multi-parameter fusion detection. During a single measurement process, the sensor captures oil responses under different physical fields and combines the resulting data in real time, with its viscosity module based on advanced vibration measurement principles.

Product Description

Oil analysis has traditionally meant sampling, laboratory testing and waiting days for results. The Wireless Oil Sensor moves oil-condition monitoring online and into the machine itself. It integrates measurement and processing of the four parameters that define oil health — viscosity, density, dielectric constant and temperature — in a single compact device, and delivers results wirelessly so maintainers see oil condition in real time without visiting the asset.

The underlying measurement approach is sophisticated yet compact. Miniaturized high-precision sensing units apply intelligent algorithms to fuse multi-parameter data; during a single measurement pass, the sensor observes how the oil responds under different physical fields and combines that data in real time. The viscosity module, in particular, is built on advanced vibration measurement principles, deriving viscosity from the damping characteristics of a vibrating element immersed in the oil — a proven technique that works without complex mechanical assemblies.

Because the sensor is wireless, it can be installed on machines where routing signal cables would be impractical — mobile equipment, enclosed gearboxes and rotating systems. Continuous, real-time oil data means contamination, degradation and dilution events are caught as they develop rather than days later in a lab report. For fleets and plants running large numbers of oil-lubricated assets, this transforms oil analysis from an occasional offline check into a continuous online health signal.

Key Features

• Integrated measurement of viscosity, density, dielectric constant and temperature
• Miniaturized high-precision sensing units
• Multi-parameter fusion via intelligent algorithms
• Viscosity measured through advanced vibration measurement principles
• Real-time data combination from multiple physical fields in one pass
• Wireless delivery for flexible installation

Technical Specifications

Applications

Online lubricating and hydraulic oil condition monitoring, mobile and rotating equipment fleet management, predictive maintenance for oil-lubricated machinery, and remote oil quality surveillance.