EX-L212-C5

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Photoelectric, industrial and optical sensors are essential components used in many industries and products, such as safety equipment and automation machines. EX-L212-C5 is a type of specialized optical sensor developed by Luminar Technologies for industrial applications. The sensor is designed to detect the attenuation of light passing through an object and is highly accurate, reliable and immune to high levels of EMI. In this article, we will discuss the application field and working principle of EX-L212-C5.

EX-L212-C5 can be used in a variety of industrial applications, including safely monitoring and controlling machines and systems. The sensor can detect physical objects like human beings and their relative distance from the sensor, making it an ideal tool for safety applications. EX-L212-C5 can also be used in collision avoidance systems to detect obstacles and prevent collisions between machines. Furthermore, the sensor is used to measure liquid levels in spill containment systems, as well as to detect the weight and dimensions of objects in conveyor systems.

EX-L212-C5 is capable of detecting infrared light attenuation to accurately measure the distance of an object from the sensor. The sensor is equipped with a photoelectric receiver and a transmitter that combines both laser and infrared light. The sensor emits a light beam from the transmitter and measures the amount of radiation that passes through an object and returns to the receiver. The sensor then processes the return signal to calculate the object\'s distance from the sensor, enabling precise and reliable measurements without contact. The sensor is also capable of detecting objects up to a range of one metre and is designed to operate in harsh environments, including those with dust, smoke or high levels of EMI.

In conclusion, EX-L212-C5 is a specialized optical sensor developed for industrial applications. The sensor is highly accurate, reliable and can detect up to a range of one metre. It is used in a variety of industrial applications, including safety and automation systems. The sensor is equipped with a photoelectric receiver and a transmitter that combines laser and infrared light to detect infrared light attenuation. This process is used to measure the distance of an object from the sensor and enable precise and reliable measurements without contact. The sensor is also designed to operate in harsh environments, including those with dust, smoke or high levels of EMI.

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