Zhuoxin

Guangdong IFL2-12-10STP Capacitive Proximity Sensor The capacitive proximity sensor is a capacitive proximity switch with electrodes as the detection end. It consists of a frequency oscillation circuit, a detection circuit, an amplification circuit, a circuit, and an output circuit. There is a certain capacitance between the electrode and the ground during normal detection, which becomes a component of the oscillation circuit. When the object being tested approaches the detection electrode, due to the voltage applied to the detection electrode, the detection electrode will be subjected to electrostatic induction and polarization phenomenon will occur. The closer the object being tested is to the detection electrode, the more induced charges will be on the detection electrode. Due to the electrostatic capacitance on the detection electrode, as the amount of charge increases, the capacitance C of the detection electrode also increases. Due to the oscillation frequency of the oscillation circuit; It is inversely proportional to the capacitance, so when the capacitance C increases, the oscillation of the oscillating circuit weakens or even stops oscillating. The oscillation and stop states of the oscillation circuit are converted into switch signals by the detection circuit and output outward& nbsp; It should be noted that the measured object of the capacitive proximity sensor is a metallic conductor, and non-metallic conductors cannot be measured using this method for the travel limit switch Z4K235-11Z; T4K235-11Z; ZK4 235-11Z; T K4 235-11Z; Z4VH335-11Z
Travel limit switch ZR235-11Z
Travel limit switch ML441-11YT; M441-11; ML441-11YT; ML441-11YT; Z; M441-11Y Guangdong IFL2-12-10STP Capacitive Proximity Sensor IFL2-12-10STP Stainless Steel Proximity Sensor IFL2-12-10STP Corrosion Resistant Proximity Sensor IFL2-12-10STP Temperature Resistant Proximity Sensor IFL2-12-10STP Temperature Resistant Proximity Sensor IFL2-12-10STP Pressure Resistant Proximity Sensor IFL2-12-10STP Inductive Proximity Sensor The detection principle of the sensor is to detect magnetic losses caused by eddy currents generated on the surface of the conductor through the influence of an external magnetic field. The method of detecting impedance changes caused by the eddy current generated by the metal body of the detection coil by generating an AC magnetic field inside the detection coil. In addition, as another approach, it also includes aluminum detection sensors that detect frequency and phase components, and all metal sensors that only detect impedance changes through working coils. The state of the transformer occurs on the surface of the detection body and the sensor side. Logistics: SF Express, Shentong Express, Yuantong Express, Zhongtong Express, Tiantian Express, EMS Postal Express, and Rail Transit. T 422-01Y-1090/2512
T 422-01Y-1801/2512-1
T 422-01Y-2512
T 422-01Y-2512-10
T 422-10Y-1801/2512-1
T 422-10Y-2512
T 422-10Y-2512-10
TJ 422-01Y
TK 422-01Y
TK 422-01Y-Q
TK 422-01Y-T proximity switch NBN4-12GM40-Z0 proximity switch NJ4-12GM50- WS material level (coal blockage) switch G86Y2G; Limit switch M311F32 Limit switch G22H.22/1 Limit switch G22H.2/1 Blocking switch 20-39 RAMEY 220V 10A Speed sensor 60-23P