9966-4500

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Proximity Sensors

Proximity sensors provide a non-contact detection and sensing solution to many different applications. They work by detecting the presence of an object without any physical contact and typically trigger an electrical output when the object moves within a certain range. The 9966-4500 series of proximity sensors are an ideal choice for many applications due to their multiple sensing ranges and reliable detection output response.

Application Field

The 9966-4500 series of proximity sensors can be used in a wide variety of applications, including automatic doors, machinery automation, material handling, and safety and hazardous area detection. It is ideal for monitoring the motion of moving objects as well as sensing the movement of objects in automated systems.

The 9966-4500 series can be mounted in different locations to provide detection in difficult to access areas. Because these sensors transmit signals to an external device or processor rather than require contact, they can be used to detect the presence of objects without physically coming into contact with them. This makes them especially useful for safety and hazardous area detection as they can detect the presence of objects without entering the hazardous areas.

The 9966-4500 series sensors are also well suited for a variety of material handling applications, where their detection capabilities can be used to track the movement of items or ensure that objects are not moved out of a certain position. Additionally, these sensors can be used to monitor the movement of machinery or detect material jamming in automated systems.

Working Principle

The 9966-4500 series proximity sensors work by emitting an electromagnetic field around the object being monitored. When an object comes into proximity with the electromagnetic field, its presence is detected by the sensor. The sensor then sends an electrical signal to an external processor or device, indicating that the object has been detected.

These sensors have two types of output mode, which are active and passive. Active output mode works by transmitting an internal signal, which can be detected by the external processor or device. This mode is typically used in applications requiring long-distance detection. Passive output mode works by creating an external signal when an object is detected. This type of output is more commonly used in applications that require short-distance detection.

The 9966-4500 series of proximity sensors are also equipped with multiple sensing ranges, enabling them to detect objects with greater accuracy. Each sensor also has adjustable detection sensitivity settings, providing users with greater control and flexibility in how they use the sensors.

The 9966-4500 series of proximity sensors are powered by either AC or DC current, allowing for operation in a variety of environments. The sensors are also constructed from durable materials, making them suitable for industrial and harsh environments.

In conclusion, the 9966-4500 series of proximity sensors provide a reliable and accurate non-contact detection and sensing solution for a wide range of applications. Their multiple sensing ranges and adjustable control settings offer users a greater level of control and flexibility in their operations, while their durability makes them suitable for industrial and harsh environments.

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