E3Z-G81-M1J 0.3M

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E3Z-G81-M1J 0.3M photoelectric sensors are typically used in an industrial or manufacturing setting. These sensors provide an easy and accurate way to monitor and control the presence of manufactured parts and materials. The sensors are designed to detect presence/absence of objects, and can also be used for controlling incoming and outgoing material on conveyors, sorting and counting objects, and providing information to a PLC.

The E3Z-G81-M1J 0.3M photoelectric sensor can detect both static and dynamic object presence. It utilizes an optical transmitter that is mounted onto the object and transmits a signal to the receiver. The receiver will then pick up the signal and when a sufficient level of signal is detected, it will trigger the output of the sensor, indicating that there is an object present. Depending on the type of application, the indicators can range from LED indicators to contact outputs, such as relays.

The E3Z-G81-M1J 0.3M photoelectric sensor has an adjustable sensing distance, ranging from 0.3m to 1.0m, depending on the model. This allows the user to adjust the range of detection based on the object\'s size and the environment. Additionally, the sensors come in both narrow and wide beam sensing modes for detection of narrow or wider objects. The sensors can also be used in areas with high ambient light, as the beam will not be affected.

The E3Z-G81-M1J 0.3M photoelectric sensors are rugged and durable, making them ideal for industrial environments. They have a long operating life of up to 5 million cycles, and are resistant to dust, water, oil, and are impact resistant. The sensors also have built-in EMI/RFI immunity, noise-resistant designs, and voltage and current overload protection.

The E3Z-G81-M1J 0.3M series of photoelectric sensors provide a simple and reliable way to detect the presence of objects in an industrial or manufacturing setting. Thanks to their adjustable sensing range, durable construction, and noise-resistant designs, these sensors can be used in nearly any environment and provide an accurate and reliable way to monitor and control the presence of manufactured parts and materials.

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