WTB9M4-3N2411

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Optical sensors are among the most widely used industrial sensors in various applications including automotive, medical, manufacturing, consumer and industrial goods, among other industries. Particularly, photoelectric optical sensors are the most versatile, accurate, and reliable sensor for detecting the presence and position of objects and even measuring its parameters, such as distance and dynamics. WTB9M4-3N2411 is a photoelectric optical sensor utilized for various industrial applications.

The WTB9M4-3N2411 photoelectric sensor is a highly accurate and sensitive infrared light reflector that accurately detects objects 10 mm away. Its modular form is fully shielded and the incident beam is adjustable. This makes the sensor suitable for many different applications. It also has robust construction and the results are consistent even in the most challenging industrial environments.

The major advantage of using photoelectric optical sensors is that they are highly accurate and low power consuming. The WTB9M4-3N2411 operates at a supply voltage of 12 to 24V DC and consumes only 40 mA. It has an adjustable sensing range from 0 to 7.2 meters, and a response time of 12 ms, making it suitable for a range of applications, including the measurement of speed, displacement, position, and count objects.

The WTB9M4-3N2411 optical sensor is typically used in industrial applications, such as detection and positioning objects in manufacturing processes. This can be used to detect parts or objects both in motion and at rest. It can detect the presence or absence of an object which will then activate the subsequent operation or process. This versatility is ideal for applications in warehousing, manufacturing, and packaging, as well as automotive and electronics production. For example, it can be used to accurately detect the presence of parts in assembly lines or when objects are transferred from one conveyor system to another. Additionally, WTB9M4-3N2411 can also be used to detect the presence of objects in storage bins and warehouse shelves.

The working principle behind this optical sensor is that it uses an infrared emitting diode (LED) in combination with a receiver to detect objects. The transmitter emits a beam of infrared energy across the gap between the LED and the receiver. When an object interrupts the beam, the receiver detects the decrease in energy levels resulting in a primary output signal. This signal is the principle basis for the detection of presence or absence of objects.

WTB9M4-3N2411 optical sensor is also characterized by a good level of noise immunity that gives its users an edge when using it in noisy industrial environments. It can distinguish between slow motion objects or obstructions and fast moving objects. This provides better accuracy and better results when sensing objects. Furthermore, it also has a selection of output options for additional flexibility.

In sum, WTB9M4-3N2411 photoelectric optical sensor is a highly efficient, accurate, and reliable industrial sensing solution. Its many features make it ideal for detection and positioning of objects in the industrial environment. Due to its modular form, adjustable incident beam, and the robust construction, the sensor is suitable for applications ranging from manufacturing and warehousing to automotive and electronics production. The working principles behind the sensor make it virtually immune to noise, giving it an upper hand when sensing objects in noisy industrial environments.

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