MIC384-3BMM

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Temperature sensing technology is a significant field in many industries as it is necessary to monitor and measure the levels of temperature. This technology is used in many industrial, automotive and safety applications, such as monitoring the temperature of air, water and other fluids in agricultural equipment, boilers, refrigeration systems and many others. The MIC384-3BMM is one example of a temperature sensor that provides both analog and digital output, and is extensively used in a variety of applications.

The MIC384-3BMM temperature sensor is an immersion sensing device that allows for accurate temperature measurement in a compact form factor. It can be installed in any kind of process containing a liquid or gas, and is particularly suited for measuring the temperature of machinery, engines, pumps, equipment, and other industrial tools. When the temperature rises, it triggers a signal on an analog line to indicate the amount of temperature change.

The MIC384-3BMM temperature sensor has a NTC (Negative Temperature Coefficient) thermistor element integrated inside a stainless steel housing. This thermistor, or resistor, is sensitive to changes in temperatures and signals the temperature change via an analog output. This thermistor element responds in a linear fashion to small changes in temperature, giving it a highly accurate output. The MIC384-3BMM also has an external temperature sensing probe that can be inserted in the environment where it needs to measure the temperature. This can be very useful for monitoring temperatures in remote locations where wired temperature sensing is not possible.

The MIC384-3BMM temperature sensor is capable of measuring temperatures from -50˚C to +150˚C in its analog scale and signal range. It is available in two types of configurations, either with a built-in 12V power supply or with an external 24V power supply. This temperature sensor also has two types of output: an analog output (4-20mA) for signal sensing, and a digital output for higher accuracy. The digital output is capable of providing an 8-bit or 16-bit output depending on the model, for more precise monitoring and measurement of temperatures.

The MIC384-3BMM temperature sensor also includes a calibration adjustment feature which allows it to be fine-tuned for the specific application. The calibration can be done through an optional PC software, as well as using external hardware. Additionally, the temperature sensor also features multiple protections that make it very robust and reliable. It has several protections such as reverse polarity, anti-static, and surge protections, which ensure the sensor is able to operate in harsh environments with no interference.

Temperature sensors like the MIC384-3BMM temperature sensor are extensively used in many industries to measure the temperature in various processes. The sensor is easy to install and calibrate, and provides highly accurate and reliable measurements of temperatures, for a variety of applications. The optional PC software makes it easy to adjust and fine-tune the calibration of the sensor, making it a very versatile and useful tool for industrial and automotive applications.

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