Omron Photoelectric sensor E3Z-LL68

Description

Accurate Sensing with Cutting-Edge Technology

Introducing our premier photoelectric sensor, designed for high-speed performance and precision in various applications. This photoelectric sensor features a rectangular housing that efficiently combines advanced technology with durability. Equipped with a red laser class 1 light source, it ensures safe and effective operation, making it ideal for professional setups requiring reliable sensing distances.

Robust Design and Versatile Features

Our photoelectric sensor is engineered to provide outstanding background suppression with a sensing distance of up to 300 mm and a minimum sensing distance of 25 mm. The cuboid shape is not just aesthetically pleasing but also functional, allowing for easy mounting and integration into various systems. The manual adjustment setting method allows for tailored performance based on your specific needs, making this product perfect for an array of industrial and commercial settings.

Specifications and Operational Modes

With an impressive response time of 0.5 ms, this sensor efficiently detects changes, ensuring your system responds in real-time. The output type is NPN, with two operational modes: Light-ON and Dark-ON, providing flexibility for various applications. The sensor is designed for connectivity with an M8 – 4 pin connector, simplifying installation and installation in existing systems.

Crafted from high-quality PBT material, our photoelectric sensor houses a laser diode that emits precise red light, providing a spot size of just 0.5 mm for heightened accuracy. Operating on a power supply voltage of 12-24 V, it is suitable for diverse electrical setups.

Heighten your operational efficiency with our high-precision positioning features that this photoelectric sensor offers. Whether it’s for automated sorting or assembly line monitoring, ensure that your systems are equipped with the best in class sensing technology, ensuring accuracy and reliability at every stage of operation.