WL2SG-2E1135

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Optical Sensors have a wide range of applications due to their versatility in a variety of applications including photoelectric, industrial, and many others. WL2SG-2E1135 is a type of optical sensor specifically designed for use in industrial applications. In this article we will explore the application field and working principle of the WL2SG-2E1135 optical sensor.

The WL2SG-2E1135 optical sensor is designed to detect the presence of a light beam without physical contact. It can be used in many industrial applications such as for detecting the presence of objects at low levels, as a safety device for industrial robotics, or for monitoring machinery operations. The WL2SG-2E1135 utilizes an integrated infrared LED and an optical receiver, which can detect the presence of an external light beam such as one emitted by a laser. This enables it to detect small objects or light sources at a large distance of up to three meters.

In general, optical sensors work by converting an optical signal into an electrical signal. The WL2SG-2E1135 uses a simple two-wire system to convert the optical signal to an electrical signal. When an external light beam is detected, the LED light is absorbed which causes a rise in current, which is then detected by the optical receiver. The signal is then sent to the application for further processing.

The WL2SG-2E1135 is designed to be highly reliable and has a long lifetime. Its operating temperature range is -20 to +80°C and its output is TTL compatible and is capable of working with both NPN and PNP outputs. The device has a large dynamic range which allows it to detect small light sources at large distances. Additionally, the unit is self-contained and requires no external power supply, making it extremely convenient to install and use in industrial applications.

The WL2SG-2E1135 is a versatile optical sensor and can be used in a variety of industrial applications. Its small size and ability to detect light sources at large distances makes it ideal for sensing the presence of small objects in a large area. Additionally, its compatibility with both NPN and PNP outputs makes it suitable for a wide variety of applications. Finally, its long-lifetime and reliability mean that it can be used in a variety of environments with minimal maintenance.

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