Method for measuring kinematic viscosity of lubricating oil in pipeline through remote sensing
A technology of kinematic viscosity and lubricating oil, which is applied in the direction of flow characteristics, measuring devices, instruments, etc., can solve the problems of too large volume, the inability to determine the kinematic viscosity value of lubricating oil, and the inconvenience of monitoring the kinematic viscosity of lubricating oil on site, so as to improve efficiency, Improved measurement efficiency and ease of use
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[0019] [Example 1]
[0020] Obtain the viscosity-temperature curve equation of the oil to be tested "Great Wall TSA32 Turbine Oil" from the supplier:
[0021] y=303.1×0.9163 x +15.95
[0022] Among them, y is the kinematic viscosity value of the oil, mm 2 / s; x is the temperature of the oil, ℃.
[0023] Select the oil brand number used in the equipment: Great Wall TSA32 turbine oil. Align the infrared sensor of the device with the pipeline to be tested. The pipeline contains TSA32 turbine oil in operation. Since the pipeline is a metal pipe, its temperature can be approximated as the oil temperature of the turbine oil. After the device processes the data, it can be obtained: the current temperature is 56°C, and the corresponding kinematic viscosity is 18.22mm 2 / s.
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