EE-SY413

EE-SY413 Application Field and Working Principle

EE-SY413 is an optical sensor with a reflective logic output, and is designed to detect through-beam type switching applications. This type of optical sensors provide reliable, contactless detection and are widely used in many monitoring systems that require fast switching speeds. These types of sensors are especially useful for applications where the object that needs to be detected is either too large or too far away to be easily detected by traditional contact sensors.

The EE-SY413 is an easy to use and cost-effective through-beam optical sensor, featuring a built in logic circuit that processes the output of the signal and generates a logical “high” or “low” signal when it detects an object or its absence. The device is designed to reliably detect the presence of any object that passes through its detection zone within a few milliseconds and will output a high level signal when the object is detected, and a low level signal when it is not.

The EE-SY413 is operated by a continuous IR light emitted from an LED that reflects off the object and is detected by a light receiver. When the light is not reflected back and falls on the light sensitive receiver, it generates a logic “high” or “low” signal. The logic high signal can then be used to activate an alarm, switch output, or any other function that can be triggered when an object passes through the detection zone.

The EE-SY413 is designed with a DIN-rail mountable housing making it easy to install and maintain in most industrial settings. It is also highly durable and resistant to temperature and vibration, which makes it even more suitable for environments that are prone to extreme temperature and vibration fluctuations. Additionally, the device is enclosed in a rugged dust and water-resistant casing, ensuring reliable operation even in harsh outdoor conditions.

The EE-SY413 is an excellent choice for various industrial applications and monitoring systems that require efficient and reliable detection of objects while being cost-effective and easy to install. Its logical output makes it an ideal choice for applications that must meet strict regulatory requirements and has proven to be an excellent choice for various automation and monitoring projects.