Lots of explanation such as temperature detectors, temperature detector, temperatures, actuator, ranges, schematic diagram, temperature, and resistance temperature detectors are explained in this tutorial. This tutorial contains explanation related to resistance, sensor, temperature sensors, temperature ranges, equation, the thermal actuator, internal temperature detectors, and pyrometers.
In the tutorial we can read information such as sensors, temperature range, system, temperature measurement, the power source, the temperature sensor, schematic, and thermocouples. The following are excerpted from the tutorial:
Temperature sensors are vital to a variety of everyday products. For example, household ovens, refrigerators, and thermostats all rely on temperature maintenance and control in order to function properly. Temperature control also has applications in chemical engineering. Examples of this include maintaining the temperature of a chemical reactor at the ideal set-point, monitoring the temperature of a possible runaway reaction to ensure the safety of employees, and maintaining the temperature of streams released to the environment to minimize harmful environmental impact. While temperature is generally sensed by humans as “hot”, “neutral”, or “cold”, chemical engineering requires precise, quantitative measurements of temperature in order to accurately control a process.
In addition, the tutorial presents discussion regarding detectors, detector, temperature sensor, thermocouple, flowrate, thermometers, and thermometer.