PQM-10 Online Lubricating Oil Wear Particle Sensor Introduction: PQM-10 (HQWDS-10) wear particle sensor is an industry-leading metal particle sensor that can safely and reliably monitor the wear of friction pairs such as gear boxes, bearings, etc. PQM-10 (HQWDS-10) wear particle sensor can realize online, full flow monitoring of wear metal particles in lubricating oil, and timely capture ferromagnetic and non-ferromagnetic wear metal particles in the oil, PQM-10 (HQWDS-10) wear particle sensor can monitor that the size of ferromagnetic metal particles is more than 100mm, and the size of non ferromagnetic metal particles is more than 250mm, and can count the number, quality and occurrence rate of metal particles within each size range, and accumulate data for trend analysis. The sensor can also effectively eliminate false alarms caused by blisters and bubbles. The sensor can not only be directly installed on the main oil circuit, but also be installed in series through the bypass. Through timely capture and analysis of metal particles in the lubrication system, reliable early warning and life prediction are provided for mechanical equipment. Test principle: use the disturbance generated by metal particles when the oil flows through the area to be tested with magnetic field of the sensor to change the magnetic line of force or magnetic flux related to the number of wear particles in the detection area, and calibrate to detect the number of wear particles. According to the feature that the signal phase of non ferromagnetic particles is opposite to the information phase of ferromagnetic particles, the types of particles are distinguished, and the size of wear particles is determined according to the amplitude of the signal. characteristic: 1.On line monitoring, 100% capture of metal particles generated by wear 2.Continuously monitor the wear of friction pairs such as gearbox and bearing, and estimate the remaining life of equipment 3.Robust mechanical structure, can be used in harsh environments, and is easy to install 4.Signal output mode is digital communication mode Technical parameters: Model: PQM-10 Through hole diameter mm: Φ seven Detectable size range (µ m): Minimum ferromagnetic particles: 100; Minimum non ferromagnetic particles: 300 Flow rate (L/min): 0.9~30 Weight (kg): 3 Overall dimension (mm) (length × wide × High): 115 × one hundred and twenty-five × ninety Connection: SAE flange
Introduction: PQM-10 (HQWDS-10) wear particle sensor is an industry-leading metal particle sensor that can safely and reliably monitor the wear of friction pairs such as gear boxes, bearings, etc. PQM-10 (HQWDS-10) wear particle sensor can realize online, full flow monitoring of wear metal particles in lubricating oil, and timely capture ferromagnetic and non-ferromagnetic wear metal particles in the oil, PQM-10 (HQWDS-10) wear particle sensor can monitor that the size of ferromagnetic metal particles is more than 100mm, and the size of non ferromagnetic metal particles is more than 250mm, and can count the number, quality and occurrence rate of metal particles within each size range, and accumulate data for trend analysis. The sensor can also effectively eliminate false alarms caused by blisters and bubbles. The sensor can not only be directly installed on the main oil circuit, but also be installed in series through the bypass. Through timely capture and analysis of metal particles in the lubrication system, reliable early warning and life prediction are provided for mechanical equipment. Test principle: use the disturbance generated by metal particles when the oil flows through the area to be tested with magnetic field of the sensor to change the magnetic line of force or magnetic flux related to the number of wear particles in the detection area, and calibrate to detect the number of wear particles. According to the feature that the signal phase of non ferromagnetic particles is opposite to the information phase of ferromagnetic particles, the types of particles are distinguished, and the size of wear particles is determined according to the amplitude of the signal.
