Specially designed devices have the ability to measure both temperature and humidity. If you want to measure the amount of water vapor in the air, for instance, you can use temperature and humidity sensors.
Learn more about these devices, how they work, and the industries they’re used in in the sections below.
Why Do Some Industries Use Temperature and Humidity Sensors?
Both environmental temperature and humidity can significantly impact various processes, including physical, chemical, and biological processes. For that reason, it’s necessary to get an accurate measurement of these factors. So, numerous industries depend on a high-tech temperature pressure humidity sensor. Here are a few examples:
For this industry to produce quality products, it must measure and control temperature. Consider dairy manufacturing companies. They use temperature and humidity sensors during the fermentation and pasteurization processes. Otherwise, milk and milk-related products would spoil. Along with putting consumers at risk for listeria, Escherichia, and salmonella, that could put a company out of business. Not to mention the financial loss the company would face.
Food and Beverage Processing
The same thing applies to this industry. Especially when producing large quantities of food and beverage items, it’s vital to maintain quality control. That’s where air humidity measurement comes into play.
Metal Processing and Plastic Production
These industries must also control the workplace environment. As with the other industries, a sensor ensures superior quality products. However, there’s another reason why these industries use a temperature pressure humidity sensor. Due to the types of materials involved, an incorrect environment could jeopardize the workers’ safety.
Devices that Use Air Humidity Measurement
- Bimetallic Temperature Measurement Device – In this case, strips of two different types of metals fuse. As the device heats up, one side of the strip expands to a greater degree than the second strip. For air humidity measurement, this device identifies differences in the thermal expansion rate.
- Change-of-State Temperature Measurement Device – This type of device consists of things like pellets, liquid or lacquer crystals, and labels. On its display, a worker can easily see a change in appearance regardless of the temperature. Typically, companies that measure equipment temperature use this particular device.
- Fluid-Expansion Temperature Measurement Device – Here’s another example of a device used with temperature and humidity sensors. For the most part, this device falls into one of two categories. First, organic liquid and second, mercury. As a thermometer, this is what controls heat and cold in residential and commercial buildings.
- Additional Devices – Several additional devices use a temperature pressure humidity sensor. These include temperature transmitters, resistance temperature devices, and thermocouple temperature measurement devices.
Turn to a Trusted Source
At Comptus, we specialize in air humidity measurement solutions. For personalized assistance, give us a call. One of our team experts will gladly assist.