Oil quality transmitter OQD HUB

1, (The principle of the Sensor technology)Design principle of oil monitoring sensor:

The sensor introduces a very high-frequency AC voltage into the oil sample and precisely measures the energy storage capacity (capacitance) and conductivity (conductivity) of the oil sample.

When the oil product is used for an extended period of time and/Or as the degree of pollution deepens, the polarity factor of the oil variety will significantly increase. By combining these measurement factors (methods), we can evaluate how much change has occurred in the reduction of oil quality.

2,Principle of Oil Quality Testing:

Tan DeltaThe oil detection probe is based on the changes in the dielectric properties of the oil, and the oil sensor application technology is based on the dielectric loss factor. This technology greatly improves the sensitivity of indicating the quality of the oil compared to ordinary methods that only use a known dielectric constant for detection. For the vast majority of oil products, if pollution occurs, the attenuation factor can be0.005(New oil) changes to0.1The change ratio is20:1. Compared to the traditional method of detecting with a fixed dielectric constant, the variation ratio of this method is0.8:1(Usually from2.3Change to2.9），Tan DeltaThe sensitivity of oil monitoring methods has significantly increased by tens of times.

• Oil quality transmitter OQD HUBDurable and sturdy, the IP67 rated housing and high-quality industrial connectors make this device very reliable.
• Oil quality transmitter OQD HUBUsability - Simply configure your sensor with ID numbers 1-4 and insert it into the corresponding position in the OQD Professional Center.

• Display multiple sensors - Connect four sensors to an OQD professional (OQDp) and display and record all data in real-time.
• *Certification - OQD Professional Center * Certification works as a standard in most commercial and industrial applications.