Zhuoxin

HT2-2-X6/S120 temperature resistant proximity switch Our company's temperature resistant proximity switch HT2-2-X6-T2/S120 temperature resistant proximity switch 10-30VC, for negotiation. Temperature resistant proximity switch, temperature resistant proximity switch, has been tested and can be used for a long time in an environment with a temperature of 150 degrees Celsius, and has been used in major steel mills. The external specifications of the temperature resistant proximity switch are M8; M12  M18  M30 CP40, etc. Zhuoxin Electric uses heat-resistant materials; Internal temperature resistant structure, stable signal output; Overcoming the stubborn problem of signal output disorder of domestic models at low temperatures; I C， Ceramic built-in protective structure, suitable for a wide range of environmental temperatures, -40 ° C; Mash; 180 ⪚ is used in manufacturing industries such as steel, metallurgy, and glass. Product: Rated current: 24mA Rated voltage: 10-30VDC Detection distance: 2mm 4mm 5mm 8mm 10mm 15mm Mm Type: Eddy Current Proximity Switch Reaction Frequency: 500Hz 800Hz HANGRON/Zhuoxin
Model: HT2-2-X6-T2/S120 or above HT2-2-X6/S120 Temperature resistant proximity switch can be customized according to customer requirements. Shandong Zhuoxin Electric is waiting for your good news& 1309-AL-42R/Magnetic switch proximity sensor based on eddy current effect. The coil has high-frequency current passing through it, and when the magnetic field of the coil exists on the conductor, the action of the alternating magnetic field causes eddy currents in the conductor. The magnetic field generated by eddy currents weakens the magnetic field of the coil and reduces its inductance. M12 proximity sensor can be used to measure physical quantities such as displacement and velocity. The topic of measuring turbine speed is to install an eddy current sensor on the turbine speed measuring plate, and then adjust the gap between the probe and the convex head of the speed measuring plate. Improper adjustment may result in probe damage and measurement errors. When the turbine is running, the sensor outputs a pulse signal proportional to the speed. The result of the pulse signal can be converted into the true speed of the turbine through a digital frequency meter. The measurement of equipment speed is an important parameter indicator that reflects the operating status of the equipment. If the critical speed is reached during device operation, resonance speed will occur< br/>