PA18CLD04TOM6

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Optical sensors detect the presence of a subject by using light. Employing such detection, they enable the system to operate with highly sensitive and accurate information. An example of an optical sensor is a Photoelectric sensor, which senses changes in the level of light. The most widely used industrial sensors are the PA18CLD04TOM6, a photoelectric sensor.

Features of the PA18CLD04TOM6

The PA18CLD04TOM6 is a small pocket-sized industrial photoelectric sensor. It is designed for reliable long-distance sensing of objects with infrared and red light sources. It is most suitable for use in modern industrial automation systems. It is known for its high reliability and long durability. It has an advanced circuit design and a durable construction.

It features a primary photoelectric detector and a secondary optical amplifier, allowing it to detect light up to distances of six meters. It also features a built-in timer that can be adjusted to any time period from 1 second to 30 minutes. The sensor also includes a temperature compensation feature that allows for better accuracy in different operating conditions. The sensor is also highly resistant to dust and water, making it ideal for use in industrial environments.

Applications of the PA18CLD04TOM6

The PA18CLD04TOM6 is suitable for a variety of applications, such as machine vision, access control systems, robotics, automation systems, and optical detection.

In machine vision applications, the photoelectric sensor can be used to detect objects in the camera\'s view. It is used to sense objects and give the robot an accurate and reliable reference to guide it to a target. It can also be used to detect objects and move them from one location to another.

In access control systems, the sensor is used to detect unauthorized access. A detector with infrared light is used to detect presence and relay the information to the controller. It is also used in robotics and automation systems to detect objects and perform tasks.

The PA18CLD04TOM6 sensor is also used for optical detection. It can detect objects up to distances of six meters. This makes it ideal for use in areas such as airports, ports, and other places of high security.

Working Principle of the PA18CLD04TOM6

The working principle of the PA18CLD04TOM6 is based on the following principles: infrared transceiving, built-in timer, and temperature compensation.

The infrared transceiving principle is based on the principle that when light hits an object, it will be absorbed by the object, and some of the energy will be re-emitted at a different wavelength. The PA18CLD04TOM6 is designed to detect infrared and red light sources, and it can detect objects regardless of ambient light and surface reflectivity.

The built-in timer allows the sensor to set a specific time period. When the timer reaches the designated time, the sensor will emit a signal. This helps the system to determine the exact position of the object it is sensing.

The temperature compensation feature of the PA18CLD04TOM6 allows it to work accurately in various temperatures. It will also work at fast speeds, enabling it to detect objects quickly.

Conclusion

The PA18CLD04TOM6 is a powerful and reliable optical sensor. It is suitable for a variety of applications in the field of industrial automation, including machine vision, access control systems, robotics, and optical detection. It has excellent features such as infrared transceiving, built-in timer, and temperature compensation, making it one of the most reliable and durable photoelectric sensors available.

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