WTB9L-3N2461

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Optical sensors are useful tool to measure changes in a variety of operational conditions, for example, temperature, pressure, pressure and vibration, among others. The WTB9L-3N2461 is an example of such Optical Sensors, classified in the group of Photoelectric, Industrial. This article will discuss the application fields and the working principles of the WTB9L-3N2461 optical sensor.

The WTB9L-3N2461 is an industrial optical sensor that offers extremely fast signal processing times, enabling precision industrial control. It is ideal for controlling temperature ranges in a variety of industrial applications, such as plastic injection molding, measurement and control of process lines and robots, and power plant or turbine operation. The WTB9L-3N2461 features a 0.0002-second cycle time and nanometric accuracy for more precise results in temperature control. It also offers adjustable parameters for sensor frequency and the operating temperature range.

The working principle of the WTB9L-3N2461 is based on the uses of a target source and a receiver. The WTB9L-3N2461 belongs to the group of Optical Sensors, and is designed to directly measure the temperature of the object it is positioned in front of. It works by transmitting infrared energy from the emitter to the target object, where it reflects the energy back to the receiver in the form of a temperature-dependent output signal. This signal is then processed to generate the information required for precise temperature control.

The design of the WTB9L-3N2461 is optimized for high-precision temperature measurement. It is equipped with a two-element optical system, consisting of LEDs and photodiodes, which allows for higher resolution readings. Its detection range extends from -20 °C to +90 °C and is able to accurately detect and monitor temperatures up to 1000 °C. Additionally, the sensor offers short cycle times with a response time of 0.0002 seconds, allowing it to accurately monitor and control positional changes in a fraction of a second.

In conclusion, the WTB9L-3N2461 industrial optical sensor is ideal for precise temperature and process control in various industrial applications. Its fast signal processing feature, adjustable parameters and nanometric accuracy make it an ideal choice for industrial operators that require intense and high-precision temperature measurements. The sensor’s two-element optical system makes it especially suited for rapid and accurate response time, making it an invaluable tool in industrial settings.

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