ZSSC4185BE2W

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ZSSC4185BE2W infrared sensor is a heavy-duty non-contact temperature measurement instrument. It is a multifunctional infrared thermal instrument commonly used in production industries and process control. It adopts the principle of radiation pyrometry to measure temperatures over a wide range, from -40 degrees to 2500 degrees Celsius, and can be used for various types of temperature measurement applications.

The ZSSC4185BE2W infrared sensor can be used to measure temperatures in hot processes such as hot metals, ceramics, moulding and casting materials, and in some cases can be used as a monitoring device for liquid-gas and solid-gas reactions. It has an obstacle avoidance system to detect, measure and count objects of different sizes, shapes and distances. It can also be used to measure changes in temperature over time and provide early warnings of potential hazards.

The ZSSC4185BE2W infrared sensor has an extremely fast response time, with the ability to detect and measure temperatures with a precision of 0.1 degrees Celsius. It has dual temperature alarm settings and an adjustable alarm threshold. It also has built in self-diagnostics and fault code display indicators.

The working principle of the ZSSC4185BE2W infrared sensor is based on the Law of Radiation. The radiation emitted by the heated sample is observed by the sensor head; the wavelength of the detected radiation is converted into temperature values. The values are then converted by the microprocessor and output to the digital display. By taking into account the distance between the sample and the sensor, the sensor can accurately measure the temperature of the sample.

In summary, the ZSSC4185BE2W infrared sensor has a wide range of application fields ranging from industrial process control, automotive, and medical applications. Its fast response time and accurate temperate measurement make it an excellent choice for applications requiring reliable and accurate temperature readings. Its obstacle avoidance feature also makes it suitable for monitoring processes that involve objects with varying sizes, shapes and distances.

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