E3L-2LE4-50

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E3L-2LE4-50 Application Field and Working Principle

Optical Sensors, also known as Photoelectric Sensors, are an important tool for process automation in industrial applications. The E3L-2LE4-50 is one of the popular optical sensors known for its compact size and reliable performance.

The E3L-2LE4-50 is primarily used in automation processes for detecting objects and materials. It is capable of detecting and distinguishing between different materials and objects such as metal, plastic, paper, and wood. It can also detect non-metallic objects including ice and sticky residues. It is commonly used in material handling systems and robotic applications.

The E3L-2LE4-50 is a versatile and multi-functional optical sensor, with a variety of advantages and advantages over other photoelectric sensors. It has a compact size and is lightweight to facilitate the installation and handling in any workspace. Its coatings are resistant to dust and other environmental agents to improve its durability and performance.

Working Principle

The E3L-2LE4-50 is a dependable and reliable photoelectric sensor that works using the properties of light. It uses an emitter to emit a beam of light and a receiver to pick up the reflection of the light off a target object. By using specific optics, the sensor can detect objects with various sizes and shapes.

When the sensor spots an object, it will automatically set off an electrical signal to trigger a specific action. This signal is known as the output and can be used to start a robotic application, control a system, or monitor a process. Its sensitivity and detection range can be adjusted by the user to accommodate different materials, objects, and environmental conditions.

Applications

The E3L-2LE4-50 is primarily used in automation processes for detecting objects and materials such as metals, plastic, paper, wood, and nonmetals such as ice and sticky residues. It is commonly used in material handling applications, robotic assembly systems, and in the automotive manufacturing industry. Due to its adaptable design, it can cope with dynamic environmental changes, allowing for improved production processes and less downtime.

It is also an essential component for integrated safety systems for production lines such as robotic safety systems. These systems include emergency stops and safeguards, and are an important element of zero defect production processes.

Conclusion

The E3L-2LE4-50 Optical Sensor is an important tool for process automation in industrial applications. It is versatile, reliable, and provides accurate results for detecting objects and materials. Its low cost, small size, and durable design make it an ideal solution for use in material handling systems, robotic applications, and production lines.

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