ZW-S07 0.3M

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Optical sensors, also known as photoelectric sensors, are devices used to measure the distance between the sensor and an object. The ZW-S07 0.3M optical sensor belongs to this category of sensors and is used to measure distances up to 0.3M (1 ft). This sensor features an LED emitter that projects a beam of light in the vicinity of the object, and a photoelectric receiver that measures the reflected rays. It then uses this data to determine the distance between the object and the lens of the sensor.

This optical sensor is quite versatile and can be used in a number of industries and applications. For instance, it is commonly used in automation systems and robotics to detect the distance between the robot and objects in its area. It can also be used for automotive, assisted driving, and parking systems, in order to detect the proximity of vehicles and obstacles. Additional applications include precision assembly, product identification, and surface coating.

In order to work properly, the ZW-S07 0.3M optical sensor needs to be set to a specific distance of between 0.6M and 0.3M (2 ft and 1 ft). This is known as the sensing range. Once the range is set, the sensor is ready to detect objects that come within its vicinity. When an object is detected, the sensor will emit a signal to notify the host system that an object has been detected.

This signal is measured by the sensor’s receiver, which initially receives only the projected light from the emitter. When the light is reflected off an object, the receiver recognizes the difference in the received light and sends a signal to the host system. The signal is then used to detect the object’s distance and size. By utilizing this signal, the host system can differentiate between objects and provide the necessary control outputs accordingly.

When it comes to accuracy, the ZW-S07 0.3M optical sensor offers excellent performance. It has a 0.2M (0.65 ft) accuracy range and a 0.003M (0.01 ft) resolution. This allows it to accurately determine the distance of objects, no matter how small or large they are. Additionally, this sensor has an advanced laser cutting process, which results in an improved accuracy and a long lifetime of the product.

The ZW-S07 0.3M optical sensor is also highly reliable and can operate in a wide range of temperatures, from -13°F to +158°F. As for the electric connection between the host system and the sensor, it requires two signals. First is the power supply, which needs to be 5V or 24V DC, and the other is the trigger signal, which needs to be 12V DC.

In conclusion, the ZW-S07 0.3M optical sensor is a versatile and reliable device that can be used for a wide range of applications. Featuring an LED emitter, a photoelectric receiver, and a cutting-edge laser cutting process, this sensor can accurately measure the distance of objects to within 0.2M (0.65 ft). It also has a high temperature range and requires an electrical connection of two signals. Thanks to its features and precision, the ZW-S07 0.3M optical sensor is an ideal choice for many industrial and commercial applications.

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