9966-6500

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Proximity sensors are widely used in industrial automation and other applications for the detection of objects without physical contact. The 9966-6500 is one of the most extensively used proximity sensors for industrial automation and comes in various shapes and sizes.

The 9966-6500 proximity sensor works by emitting an electromagnetic field from a coil on the sensor which is then picked up by another coil which is very sensitive to the emitted field. When an object enters the electromagnetic field, the sensor is able to detect it and output a signal to the system. This signal is then used to control a variety of operations such as switching on and off a machine, or to indicate when an object is detected.

The 9966-6500 is available in three different ranges - short range (SR), long range (LR) and very long range (VLR). The SR range has a detection range of up to 25mm and is used for detection of very small objects such as screws or rivets. The LR range has a detection range of up to 100mm and is used for detecting bigger objects such as tools and machines. The VLR range has a detection range of up to 300mm and is used for detection of very large objects such as pallets or containers.

The 9966-6500 proximity sensor is used in a wide variety of applications including automotive, industrial manufacturing, and automation systems. In the automotive industry it is used to detect objects such as vehicles or obstacles on the road to help control the speed and direction of the car. In the industrial manufacturing and automated systems it is used to detect the presence of objects for processes such as welding, painting, and casting. The 9966-6500 is also used in robotics and medical equipment to detect precise motion and positioning.

The 9966-6500 proximity sensor is a robust and reliable device that is used in countless applications due to its ability to detect objects without any physical contact and its wide range of operating distances. It is an essential component of modern automation systems as it increases production efficiency and helps to reduce errors in processes.

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