IMB22652C

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Proximity Sensors are used to detect the presence of an object without having physical contact with the target. The target object may be solid or liquid, including metal or non-metal. Among the many types of proximity sensors available, the IMB22652C is an inductive proximity sensor which provides non-contact, accurate sensing in industrial applications.

IMB22652C is designed to permit up to 2.5mm sensing distance and is available in both cylindrical and rectangular shapes. It is primarily used in applications where a metal target is to be detected, including the detection of trapped metal objects within machine parts, and for the direct measurement of size and position of the metal components.

The working principle of the IMB22652C is based on magnetic induction. It consists of two coils; a transmitter coil and a receiver coil, which is placed inside the sensing head of the sensor. When a metal object is placed near the sensing head, it enters the inductive field generated by the transmitter coil. This induces a current in the receiver coil; this current is then detected by the sensor\'s circuitry and registered as a signal.

IMB22652C is designed for use in harsh environmental conditions and can withstand temperatures ranging from -20 to +85 °C; it can also operate in both dry and wet environments. It is also equipped with built-in protection against short circuit, overvoltage and EMC interference, making it a reliable choice for industrial applications.

IMB22652C is most commonly used in metal manufacturing processes such as sawing, milling, grinding, grinding, punching and press work. It is also used in the detection of malfunctioning and defective parts during automated assembly lines and in the measurement of the size and position of metal components. Due to its high accuracy and good noise immunity, the IMB22652C is also used for object detection in applications such as robotics, process automation and industrial automation.

Overall, IMB22652C is an ideal choice for metal detection applications due to its robustness, high accuracy and resistance to electromagnetic interference. It is suitable for a wide range of industrial processes, from automated assembly lines to metal manufacturing. Its high sensitivity and low power requirements make it an ideal choice for any environment where metal detection is required.

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