The core advantages of this inline hydraulic oil particle counter include non-invasive online monitoring, which does not affect the normal operation of the hydraulic system. It is equipped with a high-precision laser detection module, which can accurately detect the particle size and concentration in hydraulic oil, and has strong anti-interference ability to avoid measurement errors caused by oil flow fluctuations. It supports adjustable sampling frequency to meet the needs of different monitoring scenarios, and is equipped with a threshold alarm function, which will automatically send out alarm signals when the oil contamination exceeds the standard. The 304 stainless steel housing has good corrosion resistance, suitable for harsh industrial site environments.
This inline hydraulic oil particle counter has the following detailed technical specifications: the installation interface uses G1/2 female thread, which is compatible with most standard hydraulic pipeline interfaces; the detection range covers 4μm to 70μm, which meets the international standard for hydraulic oil contamination detection; it can withstand a maximum working pressure of 30bar, suitable for most industrial hydraulic systems; the operating temperature range is -20℃ to 80℃, which can adapt to various extreme site environments; the signal output supports 4-20mA analog signal and RS485 Modbus digital signal, which can be seamlessly connected to industrial PLC systems; the recommended working oil flow rate is 1~5L/min, and the sampling frequency can be adjusted between 1 and 10 times per second; the overall protection level reaches IP65, which can meet the dustproof and waterproof requirements of industrial sites.
This inline hydraulic oil particle counter is mainly applicable to various hydraulic system scenarios. In the wind power generation industry, it can be used for real-time monitoring of the cleanliness of gearbox hydraulic oil to avoid equipment wear caused by oil contamination. In the engineering machinery industry, it can be used for online monitoring of the hydraulic system of excavators, cranes and other equipment to detect oil contamination in time and carry out maintenance. In the industrial injection molding industry, it can be used to monitor the cleanliness of hydraulic oil of injection molding machines to ensure the stability of product processing quality. It can also be used for hydraulic system monitoring of marine equipment and industrial pumping stations to ensure the safe operation of the equipment.
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