1424182-1

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Part Status:	Active

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142418-1 Application Field and Working Principle142418-1 is a type of electronic device used to measure the temperature of different objects. It is typically used in industrial applications for temperature measurement and monitoring or for instances when a certain temperature needs to be successfully maintained. It is typically used on instruments, instrument panels, or other surfaces that need to have a room temperature but a precise level of temperature.142418-1 consists of a thermocouple, an extension module, and a thermocouple monitor. The thermocouple is made of two dissimilar metals that are connected at one end and exposed to the environment. When the temperature changes at the juncture where the two metals are connected, it creates an electrical potential. This electrical potential is called a thermoelectric voltage, or simply “mV”.The extension module serves to amplify the thermoelectric voltage and convert it into a temperature reading on a digital display. The thermocouple monitor serves to monitor the thermoelectric voltage, ensuring that the temperature reading is accurate.When choosing the right size of 142418-1, it is important to consider its application area. For example, if the device is used in an oven, the extension module should be larger compared to if it is being used on a surface that needs to be maintained at a very low temperature.The working principle of this device is based on the principle of Seebeck effect, which states that when two different types of metal are connected in an electric circuit at two different temperatures, then a voltage is developed in the circuit and can be measured. In the case of 142418-1, the thermoelectric voltage (mV) as well as the temperature that is detected by this device is dependant on the type of thermocouple used and the extension module.The thermoelectric voltage is used to measure the temperature of the environment as well as the temperature of objects that is placed near the thermocouple. This temperature can then be displayed on the digital display of the device and monitored by technicians.The accuracy of these devices depends on the calibration that has been done prior to its use. The temperature readings can become inaccurate when the device is not regularly calibrated as this would deviations to the mV reading as a result of the thermoelectric effect no longer being exact. Therefore, regular calibration is important to ensure that the device can accurately detect the temperature.In conclusion, 142418-1 is a device that is commonly used in different industries to measure and monitor temperatures. It consists of a thermocouple that is connected to an extension module and a thermocouple monitor. Temperature readings can be accurately displayed on its digital display provided that the device is regularly calibrated.

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