ICB30L50F10PC Sensors, Transducers

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Proximity sensors measure the distance between a sensing surface and an object by detecting the displacement, presence or absence of an object using electromagnetic fields, sound or light waves. ICB30L50F10PC is an example of a type of proximity sensor that uses a solenoid.The ICB30L50F10PC is a type of passive inductive proximity sensor (PLC) specifically designed for the printed circuit board (PCB) industry. The sensor combines a high-sensitivity solenoid and a balanced resonant circuit, which produces a strong pulsed output signal when an object is detected. The PLC also contains a ferrite core and a winding which acts as the sensing element.The working principle of the ICB30L50F10PC is based on the induction of a current in the sensing element when a metal object (such as a PCB) is present in close proximity (normally less than 0.5mm). When the current induced in the sensing element reaches a certain threshold, the output of the PLC is activated and a signal is sent to the control system.The ICB30L50F10PC has a variety of applications in the PCB industry, including detecting defects in PCBs, checking the proper alignment between layers and positioning components accurately. The PLC can also be used in conjunction with the panel display and mechanical control to ensure the accuracy of the printing operation.The ICB30L50F10PC is an ideal choice for the PCB industry as it offers high sensitivity and reproducibility. It is also very easy to install due to its small size and low power consumption. The sensor is also extremely reliable and robust, which makes it suitable for a wide range of applications.Overall, the ICB30L50F10PC is a versatile and reliable proximity sensor, which can be used for a variety of applications in the PCB industry. Its easy to install design and robust construction make it an ideal choice for those looking for a reliable and accurate PLC to detect defects in PCBs, ensure accurate positioning and alignment, and provide accurate output signals. to a control system.

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