IQ12-08NNOKT0S

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Proximity Sensors are devices that detect the presence of an object without physical contact occurring between the sensor and the object. The IQ12-08NNOKT0S is an example of such a sensor. It is an ultrasonic non-contact sensor that is popular for its flexibility and level of sensitivity.

The IQ12-08NNOKT0S works through a process of emission of ultrasonic pulses and the receiving and analyzing of reflecting pulses. It features an internal oscillator that is responsible for controlling the emitted sonic pulses. This oscillator is also responsible for starting and stopping the emission and for measuring the time difference between the emission of a pulse and the reflection of that same pulse.

The sensor has an 8 cm sensing range, and can detect objects up to 30 cm away from the sensor. It has a high repeat accuracy, and features an adjustable range and sensitivity settings so it can be customized to a particular environment. It is powered by 24 VDC and consumes only 0.1 uA in standby mode.

The IQ12-08NNOKT0S is designed for a wide range of applications. It is widely used in robotic applications for avoiding obstacles, guiding navigation and controlling obstacle-avoidance robots. It is also used in machinery security systems to detect and prevent obstacles from entering dangerous areas. The IQ12-08NNOKT0S is also often used in industrial automation to detect the presence of objects or people in hazardous areas, such as in hazardous material (Hazmat) storage and handling facilities.

Additionally, the IQ12-08NNOKT0S can be used for simple level-detection tasks, such as for controlling the fill levels of tanks, pipes and other vessels. It can also be used in automation applications where switching points must be determined accurately, such as when determining when to switch on and off motors, pumps and conveyor belts.

The IQ12-08NNOKT0S is a cost-effective and reliable proximity sensor that can improve the safety and efficiency of industrial applications. Its adjustable range and sensitivity settings make it customizable for a wide range of applications, and its high repeat accuracy makes it especially useful in robotic applications.

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